Shelly Script Easy_Call _[v1.2]_ (Blu Shellys lokal nutzen)

_[Deleted]_

Mit dem Easy_Call Script kann man sehr einfach ein Blu Event { single_push } mit einer Action/Call { Schalte das Licht im Wohnzimmer an } lokal verknüpfen.

{ ohne Cloud oder Internet Anbindung }

Die Verknüpfung muss in der actionMap { eine Art Tabelle } unter Config eingetragen werden, es sind auch Callbacks möglich, worüber man mehrere Geräte auf einmal, mit einem Event schalten kann. (lokale Szenen)

Das Script gibt beim starten für 15 Minuten alle Blu Shellys in der Nähe im Script Log aus, so dass man die id`s der Blu Geräte leicht finden und mit wenigen Klicks kopieren kann. Standardmäßig ist die dafür zuständige Option "easy_Start" auf true gesetzt { also aktiviert }, man kann sie aber auch auf false setzen { also deaktivieren }.

Preview "easy_Start" :

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Das hier ist die actionMap, sozusagen das Herz des Scripts, in der man eine id, ein event und einen call eintragen muss:

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Alles, was in einer Zeile steht { in der selben Klammer ist }, ist miteinander verbunden, es ist eine Action. Der Name ganz am Anfang kann frei gewählt werden.

Als Id kann eine Blu id { mac } oder Shelly id { "type:channel" } angegeben werden, als Event ist jedes Blu Event oder normales Shelly Event möglich.

Unter call: muss man ein Script Call nach den Shelly.call() Vorgaben eintragen, mehr dazu hier ----> https://shelly-api-docs.shelly.cloud/gen2/0.14/Scri…ures#shellycall

Extra Infos:

Wenn im Call eine Callback-Funktion angegeben ist, wird der Callback-Funktion als zusätzliches Argument ein Objekt übergeben, das sowohl die möglichen "user_daten" als auch alle "event_daten" enthält. Ein Beispiel hierfür ist im Skript enthalten, für die eigentliche Skriptfunktion ist diese Beispiel Funktion jedoch nicht notwendig. Callback Funktionen können nur oberhalb der actionMap definiert werden. Es ist zudem auch möglich in den Callbacks mit Call(), weitere Shelly.call()´s durchzuführen, nach den Shelly.call() Vorgaben.

Zusammengefasst:

Das EasyCall Script erlaubt es einem recht einfach komplexe Aktionen für Shelly Blu Events und normale Events lokal auf dem Gerät zu erstellen, die genauen Namen der Blu Events stehen als Kommentar oben im Script.

Update(01.02.2024): Upgrade Blu_Events v2.3.1 Hotfix

Update(16.02.204): Upgrade Blu_Events v2.4 & Toolbox v1.0

Status: getestet unter FW 1.2.0

(Aufgrund eines FW 1.2.0 Bugs werden einige print() Ausgaben nicht in der Shelly Script Console angezeigt) Mehr dazu hier

kombinierte Shelly Script Version:

Easy_Call v1.2 + Blu_Events v2.4

JavaScript

/*---------------------------------Supported Blu Events--------------------------------------------
Blu *all:        ---> "alive"      "single_push"     "hold_push"     "pairing_push"  "unknown_push"
Blu Door/Window: ---> "open"       "closed"
Blu Motion:      ---> "no_motion"  "motion_detected"
Blu Button:      ---> "wake_up"    "single_push"     "double_push"   "triple_push"   "long_push"
--------------------------------------------------------------------------------------------------*/
let eDebug= false, //Create debug output, true/false, set this only to true for short periods!


//Some Callback Exampel
var Lux_Limit= 200; //Lux limit, motion illuminance must be less than set limit.
function Garten_an(result,data){
  //--> print("Any Callback: ----> ",arguments); //Try printing all Callback data 
  arguments[1] ? data= arguments[1]: data= arguments[0]; //Check for result data 
  if(data.event_data.illuminance > Lux_Limit) return; //Check for Lux Limit
  Call("Switch.Set",{id:0, on:true},0,0,eDebug); //Turn on Light
}


//____Easy_Call_Config____
//  easy_Start  true/false, shows for 15 min, after a script start, blu "mac" ids near your Shelly. 
var easy_Start= true,    
    actionMap= {
    "Normal_Test":      {id: "switch:1",             event: "toggle",            call: ["Http.get",{url: "http://127.0.0.1/relay/0?turn=on"},0,0,eDebug] },
    "Blu_Test":         {id: "b4:35:22:fe:68:97",    event: "single_push",       call: ["Switch.Toggle",{id:0},0,0,eDebug] },
    "Licht_Garten_an":  {id: "b5:35:22:fe:68:97",    event: "motion_detected",   call: ["",{},Garten_an,0,eDebug] },
    "Licht_Garten_aus": {id: "b5:35:22:fe:68:97",    event: "no_motion",         call: ["Switch.Set",{id:0, on:false},0,0,eDebug] },
    
};//Entries name Restriction: without Space!, unique entries only!
  

//__Config_Blu_Events__
var battery_Fix= true, //Drop, 0% battery BTHome packages on Reboot Event, true/false 
    activeScan= true, //Active or Passiv Bluetooth Scan, only used when BT Gateway false! 
    get_All= false, //Get all data available and ship it in a Event, default false
    debug= false; //Create debug output, true/false, set this only to true for short periods.

//~~~~~~~ Easy_Call v1.2 ~~~~~~~~~~
function Check_Event(d){ //Checking for Event Match
    try{
        let blu= 0, normal= 0;
        if(easy_Start && !tH1) tH1= Timer.set(1000*60*15,0,function(){easy_Start= false;}); //15min Timer for easy_Start
        
        //Filter for blu Events
        if(bluShellys || easy_Start) blu= Efilter(d,{inData: true,filterValue: ['GBLE'], filterKey: ['mac','device_type','device_state']},eDebug); //Check for Blu Data
        if(blu && blu.GBLE){
             if(easy_Start) print('Found Device: Blu _[',blu.device_type,']_ ---event---> _[',blu.device_state,']_ \n id: ---> ',blu.mac);
             for(a in actionMap){
                 if(actionMap[a].mac && actionMap[a].mac === blu.mac && actionMap[a].event === blu.device_state){
                     if(actionMap[a].call[2]) { //Check for Callback and pack event_data for Callback
                         Call(actionMap[a].call[0],actionMap[a].call[1],actionMap[a].call[2],{event_data:d.info,user_data:actionMap[a].call[3]},actionMap[a].call[4]);
                     }else{
                         Call(actionMap[a].call[0],actionMap[a].call[1],actionMap[a].call[2],actionMap[a].call[3],actionMap[a].call[4]);
                     }
                 }
             }
        }  
        
        //Filter for normal Events
        if(dList.length < 1) return;
        normal= Efilter(d,{device: dList, filterKey: ['event']},eDebug);
        if(!normal) return; //Exit if useless Data
        for(a in actionMap){
            if(actionMap[a].event === normal.event){
                if(actionMap[a].call[2]) { //Check for Callback and pack event_data for Callback
                    Call(actionMap[a].call[0],actionMap[a].call[1],actionMap[a].call[2],{event_data:d.info,user_data:actionMap[a].call[3]},actionMap[a].call[4]);
                }else{
                    Call(actionMap[a].call[0],actionMap[a].call[1],actionMap[a].call[2],actionMap[a].call[3],actionMap[a].call[4]);
                }
           }
        }
    }catch(e){ErrorMsg(e,'Check_Event()',debug);} //Error Handler
}
var dList= [], bluShellys= false;
function Read_actionMap(a){ //Read actionMap
    try{
        //Check for valied actionMap Entrys
        function cK(s){return typeof s !== 'string';}
        if(!actionMap[a].id || !actionMap[a].event || !actionMap[a].call || cK(actionMap[a].id)  || cK(actionMap[a].event) || !Array.isArray(actionMap[a].call)){ 
            throw new Error('Wrong actionMap Parameter, dropped actionMap Entry ----> '+actionMap[a].id+' --> '+actionMap[a].event);
        }
        //Check for Blu mac
        if(actionMap[a].id.length === 17) {
            print("Info: add --> Blu Device ---> ",actionMap[a].id);
            actionMap[a].mac= actionMap[a].id; 
            delete actionMap[a].id;
            bluShellys= true;
        }
        //Add normal shellys to device List
        if(actionMap[a].id) print("Info: add --> Normal Device ---> ",actionMap[a].id);
        if(actionMap[a].id) dList.push(actionMap[a].id); //Device List
     }catch(e){ErrorMsg(e,'Read_actionMap()',debug);} //Error Handler
}

//========= Blu_Events v2.4 =========
let activeScan= true; //Active or Passiv Bluetooth Scan, only used when BT Gateway false! 
//notUsed-->let _cid = "0ba9"; //Allterco, Company ID(MFD)
let devID1= "SBBT"; //Blu Button1, deviceID, --> SBBT-002C
let devID2= "SBDW"; //Blu Door/Window, deviceID --> SBDW-002C
let devID3= 'SBMO'; //Blu Motion, deviceID, --> SBMO-003Z
let uuid= "fcd2"; //BTHome, Service ID --> UUID(16bit)
let bluMap= {//Device Parameter, you can find the full BTH Device List at 'https://bthome.io/format'
    //bthObjectID:[Property,Datatype,Factor/Unit],
    '0xf0':['device_type_id','uint8','split2'], //All Blu Devices, special case [default --> uint16]
    '0xf1':['firmware_version','uint8','split4'], //All Blu Devices, special case [default--> uint32]
    '0xf2':['extra_data','uint8','split3'], //All Blu Devices, special case [default--> uint24] --> maybe FW version? 
    '0x00':['pid','uint8'], //All Blu Devices
    '0x01':['battery','uint8','%'], //All Blu Devices
    '0x3a':['button','uint8'], //All Blu Devices
    '0x05':['illuminance','uint24',0.01], //Blu Motion & D/W
    '0x45':['temperature','sint16',0.1], //Blu Motion & H&T
    //notUsed-->'0x1a':['door','uint8'], //Blu D/W
    //notUsed-->'0x20':['moisture','uint8'], //Unknown
    '0x41':['distance','uint16',0.1], //BLU Sonic
    '0x03':['humidity','uint16',0.01], //BLU H&T
    '0x2d':['window','uint8'], //Blu D/W
    '0x3f':['rotation','int16',0.1], //Blu D/W
    '0x21':['motion','uint8'], //Blu Motion
};
function CreateEvent(obj){ //Create Blu data and send Blu Events
    try{
        //Somehow filter for device_type, with out local names
        obj.gen= 'GBLE'; obj.device_type= 'Unknown-Type';
        if(typeof obj.button === 'number' && !obj.illuminance || obj.device_type_id === '2.1') obj.device_type= 'Button';
        if(typeof obj.illuminance === 'number' && !obj.motion || obj.device_type_id === '2.2') obj.device_type= 'Door-Window';
        if(typeof obj.motion === 'number' || obj.device_type_id === '2.5') obj.device_type= 'Motion';
        //notUsed-->obj.device_type || obj.device_type_id ? obj.gen= 'GBLE': obj.device_type= 'Unknown-Type';
        //Create device_states
        switch(obj.device_type){
          case 'Button':
              obj.device_state= obj.input;
              break;
          case 'Door-Window':
              obj.window === 0 ? obj.device_state= obj.input||'closed': obj.device_state= obj.input||'open';
              break;
          case 'Motion':
              obj.motion === 0 ? obj.device_state= obj.button_input||'no_motion': obj.device_state= obj.input||'motion_detected';
              break;
          default:
              obj.device_state= 'unknown_state';     
        }
        if(obj.input) delete obj.input;
        if(obj.firmware_version){
            obj.device_state= 'alive';
            if(battery_Fix && obj.battery === 0) delete obj.battery; //Workaround a Blu FW_Update Battery Bug
            if(battery_Fix && get_All && obj.battery_string) delete obj.battery_string; //Workaround a Blu FW_Update Battery Bug
        }
        if(debug) print('\nDebug: Blu_data:\n',obj);
        Shelly.emitEvent(''+obj.device_state, obj); //Sending Event
        if(debug) print('Debug: sending Event __[',obj.device_state,']__');
    }catch(e){ErrorMsg(e,'SendEvent()',debug);}
}
function CheckInput(bI){ //Check for Blu Button Events
    try{
        if(typeof bI !== 'number') return null;
        let buttonMap= ['wake_up', 'single_push', 'double_push', 'triple_push', 'long_push', 'pairing_push', 'default_reset_push'];
        if(bI > 6 && bI !== 254) bI= 'unknown_push';
        if(bI < 7) bI= buttonMap[bI];
        if(bI === 254) bI= 'hold_push';
        return bI;
    }catch(e){ErrorMsg(e,'CheckInput()',debug);}
}
function DeviceName(name){ //Check for locale Device Name
    try{
        if(!name) return 'Hidden-Device';
        if(Cut(name,devID1)) return 'Blu-Button1';
        if(Cut(name,devID2)) return 'Blu-Door-Window';
        if(Cut(name,devID3)) return 'Blu-Motion'; 
        return 'Unknown-Device--> '+ name;
    }catch(e){ErrorMsg(e,'DeviceName()',debug);}
}
function Unpack(d,m,r,l){ //Create BTHome obj and Unpack BTHome data
    try{
        //Setup declaring variabel and functions
        if(typeof d !== "string" || d.length < 3) return null;
        var obj= {mac: m, rssi: r, device_name: DeviceName(l)}, spC= 0, tmp= []; //Add extra data   
        function Int_To_uInt(int, bytes){
            let mask= 1 << (bytes - 1);
            if(int & mask) return int-(1 << bytes);
            return int;
         }
        //Unpack Info BTHome Byte
        byte= d.at(0); //Getting first Byte as dezimal
        if(byte & 0x01) obj.encryption= true; //Getting encryption;
        if(obj.encryption) throw new Error('BThome Service Data encripted, encription is not supported!');
        if(get_All){ 
            obj.bthome_version=  byte >> 5; //Getting BTHome Version
            (byte & 0x02) ? obj.interval= 'irregular': obj.interval= 'regular'; //Get transmission interval
            if(obj.bthome_version !== 2) throw new Error('Wrong BThome Version: found v.'+obj.bthome_version+' only v.2 supported!');
        }else{delete obj.encryption; if(obj.device_name === "Hidden-Device") delete obj.device_name;} //Reduce data
        d= d.slice(1); //Delete useless Info byte
        //Unpack BThome Values
        for(let value of d){ //Search for matching BTHome hex ID
            if(d.length < 1) break;
            if(!spC) byte= btoh(d[0]); //Getting BTHome object ID
            let bluData= bluMap['0x'+byte]; //Getting blu Data
            if(bluData === undefined){ //Debug handling
                print('Error: Unknown BThome Data--> HexID: 0x',byte,', you can add more id from the full objID list--> https://bthome.io/format');
                obj.new_BTH_HexID= byte;
                obj.new_Data= btoa(d);
                obj.info= 'Please send the newBTH_HexID and newData to this script developer so that they can integrate it.';
                break;
            }
            if(!spC) d= d.slice(1); //Delete usless bth ID byte
            // Merge value bytes
            let max= Number(Cut(bluData[1],'int','int'))/8; //Getting max Bytes out of dataType
            if(d.length < max) throw new Error('Wrong DataType, '+d.length+' Bytes, payload to big for DataType: '+bluData[1]+' max->'+max);
            if(max === 1) value= d.at(0);
            else if(max === 2) value= (d.at(1) << 8) | d.at(0);
            else if(max === 3) value= (d.at(2) << 16) | (d.at(1) << 8) | d.at(0);
            //notUsed-->else if(max === 4) value= (d.at(3) << 24) | (d.at(2) << 16) | (d.at(1) << 8) | d.at(0);
            d= d.slice(max); //Delete useless value Bytes
            if(!Cut(bluData[1],'u','u')) value= Int_To_uInt(value,max*8); //Convert int to uint
            if(value === undefined) break; //Exit value loop
            //Adding String/Unit to value
            let is_Str= typeof bluData[2] === 'string';
            if (typeof bluData[2] === 'number') value= value*bluData[2]; //Adding factor
            if(is_Str && !spC && Cut(bluData[2],'split')) spC= Number(Cut(bluData[2],'split','split'))+1; //Get split counter
            if(spC){
                tmp.push(value); //Saving value for special case
                spC--; //reduce split counter
            }else{
                obj[bluData[0]]= value; //Saving value
            }
            if(is_Str && !spC && get_All) value= ''+value+bluData[2]; //Adding unit
            if(is_Str && !spC && get_All) obj[bluData[0]+'_string']= value; //Saving String Value
            if(spC === 1){
                value= [];
                for(let i in tmp){
                    value[(tmp.length-1)-i]= tmp[i]; //Reverse Array
                }
                tmp= []; //Clear useless data
                obj[bluData[0]]= value.join('.'); //Join FW version into String
                spC= 0; //Exit special case
            }
        }
        return obj;
    }catch(e){ErrorMsg(e,'Unpack()',debug);}
}
var old_pid= [-1,-1,-1,-1], old_mac= [-1,-1,-1,-1], iX= 0;
function ScanCB(e,r) { //BT Scan Loop
    try{
        if(e !== 2 || !r) return; //Exit if empty scan
        if(!r.service_data || !r.service_data[uuid]) return; //Exit if not BTHome data
        let obj= Unpack(r.service_data[uuid],r.addr,r.rssi,r.local_name); //Create BTHome Obj & Unpack BTHome Data
        if(!obj) throw new Error('Failed to unpack service_data --> _[ '+btoa(r.service_data[uuid])+' ]_');
        //Anti Double msg Logic 
        if((obj.pid === old_pid[0] && obj.mac === old_mac[0])||(obj.pid === old_pid[1] && obj.mac === old_mac[1])||
           (obj.pid === old_pid[2] && obj.mac === old_mac[2])||(obj.pid === old_pid[3] && obj.mac === old_mac[3])
        ) return;//Exit if double msg 
        if(debug) print('Debug: Anti Double, saved Data:',iX,'\n',old_pid,'\n',old_mac);
        if(iX >= old_pid.length) iX= 0;
        old_pid[iX]= obj.pid; old_mac[iX]= obj.mac;
        iX++ //increas counter;
        if(!get_All && obj.pid) delete obj.pid; //reduce data
        if(debug){ //Debug output
            r.service_data[uuid]= btoa(r.service_data[uuid]);
            r.advData= btoa(r.advData);
            print('\nDebug: BT_data:\n',r,'\nDebug: BTHome_data:\n', obj);} 
        r= undefined, e= undefined; //Delete useless data
        obj.input= CheckInput(obj.button);
        if(!obj.input) delete obj.input; //Delete useless data
        CreateEvent(obj); //Creating Event out of bthObj
    }catch(e){ErrorMsg(e,'ScanCB()',debug);}
}

tH1= 0; //Global "easy_Start"" Timer Handler
function Main(){ //Main syncron Script Code
    BLE.Scanner.Start({duration_ms: -1, active: activeScan}, ScanCB); //Sub to passiv BT Scanner, start a new scan if no scanner is runnning
    BLE.Scanner.isRunning() ? print('Status: BLE.Scanner is scanning in Background.'): print('Status: BLE.Scanner cannot be initiated, check your Bluetooth settings!');
    Object.keys(actionMap).forEach(Read_actionMap); //Read actionMap
    Shelly.addEventHandler(Check_Event); //Start Check_Event() Loop
}

//Toolbox v1.0(base), a universal Toolbox for Shelly scripts
function Efilter(d,p,deBug) { //Event Filter, d=eventdata, p={device:[], filterKey:[], filterValue:[], noInfo:true, inData:true}->optional_parameter 
    try{
        let fR= {}; //d.info= d.info.data; 
        if(p.noInfo){fR= d; d= {}; d.info= fR; fR= {};} if(p.inData && d.info.data){Object.assign(d.info,d.info.data) delete d.info.data;}
        if(!d.info) fR.useless= true; if(p.device && p.device.length && p.device.indexOf(d.info.component) === -1) fR.useless= true;
        if(p.device && p.device.length && !fR.useless && !p.filterKey && !p.filterValue) fR= d.info;
        if(p.filterKey && !fR.useless) for(f of p.filterKey) for(k in d.info) if(f === k) fR[k]= d.info[k];
        if(p.filterValue && !fR.useless) for(f of p.filterValue) for(v of d.info) if(Str(v) && f === v) fR[Str(v)]= v;
        if(deBug) print('\nDebug: EventData-> ', d, '\n\nDebug: Result-> ', fR, '\n');
        if(Str(fR) === '{}' || fR.useless){return;} return fR;}catch(e){ErrorMsg(e,'Efilter()');}}
function ErrorChk(r,e,m,d){ //Shelly.call error check
    try{
        aC--; if(aC<0) aC= 0;
        if(d.CB && d.uD) d.CB(r,d.uD); if(d.CB && !d.uD) d.CB(r);
        if(!d.CB && d.uD) print('Debug: ',d.uD); if(e) throw new Error(Str(m)); 
        if(Str(r) && Str(r.code) && r.code !== 200) throw new Error(Str(r));
        }catch(e){ErrorMsg(e,'ErrorChk(), call Answer');}}
function Cqueue(){ //Shelly.call queue
  try{
      if(!cCache[0] && !nCall[0]) return; 
      while(cCache[0] && aC < callLimit){if(cCache[0] && !nCall[0]){nCall= cCache[0]; cCache.splice(0,1);}
      if(nCall[0] && aC < callLimit){Call(nCall[0],nCall[1],nCall[2],nCall[3],nCall[4]); nCall= [];}} if(tH9){Timer.clear(tH9); tH9= 0;}
      if(nCall[0] || cCache[0])if(cSp <= 0) cSp= 0.1; tH9= Timer.set(1000*cSp,0,function(){tH9= 0; Cqueue();});}catch(e){ErrorMsg(e,'Cqueue()');}}
function Call(m,p,CB,uD,deBug){ //Upgrade Shelly.call
    try{
        let d= {};
        if(deBug) print('Debug: calling:',m,p); if(CB) d.CB= CB; if(Str(uD)) d.uD= uD; if(!m && CB){CB(uD); return;}
        if(aC < callLimit){aC++; Shelly.call(m,p,ErrorChk,d);}else if(cCache.length < cacheLimit){
        cCache.push([m,p,CB,uD,deBug]); if(deBug) print('Debug: save call:',m,p,', call queue now:',cCache.length); Cqueue();
        }else{throw new Error('to many Calls in use, droping call: '+Str(m)+', '+Str(p));}}catch(e){ErrorMsg(e,'Call()');}}
function Str(d){ //Upgrade JSON.stringify
    try{
        if(d === null || d === undefined) return null; if(typeof d === 'string')return d; 
        return JSON.stringify(d);}catch(e){ErrorMsg(e,'Str()');}}
function Cut(f,k,o,i){ //Upgrade slice f=fullData, k=key-> where to cut, o=offset->offset behind key, i=invertCut
    try{
        let s= f.indexOf(k); if(s === -1) return null; if(o) s= s+o.length || s+o; if(i) return f.slice(0,s); 
        return f.slice(s);}catch(e){ErrorMsg(e,'Cut()');}}
function Setup(){ //Wating 2sek, to avoid a Shelly FW Bug
    try{
        if(Main && !tH9){tH9= Timer.set(2000,0,function(){print('\nStatus: started Script _[', scriptN,']_');
        if(callLimit > 4){callLimit= 4;} try{Main();}catch(e){ErrorMsg(e,'Main()'); tH9= 0; Setup();}});}}catch(e){ErrorMsg(e,'Setup()');}}
function ErrorMsg(e,s,deBug){ //Toolbox formatted Error Msg
     try{
         let i=0; if(Cut(e.message, '-104: Timed out')) i= 'wrong URL or device may be offline';
         if(Cut(e.message, 'calls in progress')) i= 'reduce _[ callLimit ]_ by 1 and try again, its a global variabel at the end of the toolbox';
         if(s === 'Main()' || deBug) i= e.stack; if(Cut(e.message, '"Main" is not')) i= 'define a Main() function before using Setup()';
         print('Error:',s || "",'---> ',e.type,e.message); if(i) print('Info: maybe -->',i);}catch(e){print('Error: ErrorMsg() --->',JSON.stringify(e));}}
var tH8= 0, tH9= 0, aC= 0, cCache= [], nCall= [], callLimit= 4, cacheLimit= 40, cSp= 0.1; //Toolbox global variable
var Status= Shelly.getComponentStatus, Config= Shelly.getComponentConfig; //Renamed native function 
var info= Shelly.getDeviceInfo(), scriptID= Shelly.getCurrentScriptId(), scriptN= Config('script',scriptID).name; //Pseudo const, variabel
//Toolbox v1.0(base), Shelly FW >1.0.8
Setup();

Alles anzeigen

solo Shelly Script Version:

Easy_Call v1.2

JavaScript

/*---------------------------------Supported Blu Events--------------------------------------------
Blu *all:        ---> "alive"      "single_push"     "hold_push"     "pairing_push"  "unknown_push"
Blu Door/Window: ---> "open"       "closed"
Blu Motion:      ---> "no_motion"  "motion_detected"
Blu Button:      ---> "wake_up"    "single_push"     "double_push"   "triple_push"   "long_push"
--------------------------------------------------------------------------------------------------*/
let eDebug= false, //Create debug output, true/false, set this only to true for short periods!


//Some Callback Exampel
var Lux_Limit= 200; //Lux limit, motion illuminance must be less than set limit.
function Garten_an(result,data){
  //--> print("Any Callback: ----> ",arguments); //Try printing all Callback data 
  arguments[1] ? data= arguments[1]: data= arguments[0]; //Check for result data 
  if(data.event_data.illuminance > Lux_Limit) return; //Check for Lux Limit
  Call("Switch.Set",{id:0, on:true},0,0,eDebug); //Turn on Light
}


//____Easy_Call_Config____
//  easy_Start  true/false, shows for 15 min, after a script start, blu "mac" ids near your Shelly. 
var easy_Start= true,    
    actionMap= {
    "Normal_Test":      {id: "switch:1",             event: "toggle",            call: ["Http.get",{url: "http://127.0.0.1/relay/0?turn=on"},0,0,eDebug] },
    "Blu_Test":         {id: "b4:35:22:fe:68:97",    event: "single_push",       call: ["Switch.Toggle",{id:0},0,0,eDebug] },
    "Licht_Garten_an":  {id: "b4:35:22:fe:68:97",    event: "single_push",   call: ["",{},Garten_an,0,eDebug] },
    "Licht_Garten_aus": {id: "b5:35:22:fe:68:97",    event: "no_motion",         call: ["Switch.Set",{id:0, on:false},0,0,eDebug] },
    
};//Entries name Restriction: without Space!, unique entries only!
  
var debug= false; //Create full debug output, true/false, set this only to true for short periods!
//~~~~~~~ Easy_Call v1.2 ~~~~~~~~~~
function Check_Event(d){ //Checking for Event Match
    try{
        let blu= 0, normal= 0;
        if(easy_Start && !tH1) tH1= Timer.set(1000*60*15,0,function(){easy_Start= false;}); //15min Timer for easy_Start
        
        //Filter for blu Events
        if(bluShellys || easy_Start) blu= Efilter(d,{inData: true,filterValue: ['GBLE'], filterKey: ['mac','device_type','device_state']},eDebug); //Check for Blu Data
        if(blu && blu.GBLE){
             if(easy_Start) print('Found Device: Blu _[',blu.device_type,']_ ---event---> _[',blu.device_state,']_ \n id: ---> ',blu.mac);
             for(a in actionMap){
                 if(actionMap[a].mac && actionMap[a].mac === blu.mac && actionMap[a].event === blu.device_state){
                     if(actionMap[a].call[2]) { //Check for Callback and pack event_data for Callback
                         Call(actionMap[a].call[0],actionMap[a].call[1],actionMap[a].call[2],{event_data:d.info,user_data:actionMap[a].call[3]},actionMap[a].call[4]);
                     }else{
                         Call(actionMap[a].call[0],actionMap[a].call[1],actionMap[a].call[2],actionMap[a].call[3],actionMap[a].call[4]);
                     }
                 }
             }
        }  
        
        //Filter for normal Events
        if(dList.length < 1) return;
        normal= Efilter(d,{device: dList, filterKey: ['event']},eDebug);
        if(!normal) return; //Exit if useless Data
        for(a in actionMap){
            if(actionMap[a].event === normal.event){
                if(actionMap[a].call[2]) { //Check for Callback and pack event_data for Callback
                    Call(actionMap[a].call[0],actionMap[a].call[1],actionMap[a].call[2],{event_data:d.info,user_data:actionMap[a].call[3]},actionMap[a].call[4]);
                }else{
                    Call(actionMap[a].call[0],actionMap[a].call[1],actionMap[a].call[2],actionMap[a].call[3],actionMap[a].call[4]);
                }
           }
        }
    }catch(e){ErrorMsg(e,'Check_Event()',debug);} //Error Handler
}
var dList= [], bluShellys= false;
function Read_actionMap(a){ //Read actionMap
    try{
        //Check for valied actionMap Entrys
        function cK(s){return typeof s !== 'string';}
        if(!actionMap[a].id || !actionMap[a].event || !actionMap[a].call || cK(actionMap[a].id)  || cK(actionMap[a].event) || !Array.isArray(actionMap[a].call)){ 
            throw new Error('Wrong actionMap Parameter, dropped actionMap Entry ----> '+actionMap[a].id+' --> '+actionMap[a].event);
        }
        //Check for Blu mac
        if(actionMap[a].id.length === 17) {
            print("Info: add --> Blu Device ---> ",actionMap[a].id);
            actionMap[a].mac= actionMap[a].id; 
            delete actionMap[a].id;
            bluShellys= true;
        }
        //Add normal shellys to device List
        if(actionMap[a].id) print("Info: add --> Normal Device ---> ",actionMap[a].id);
        if(actionMap[a].id) dList.push(actionMap[a].id); //Device List
     }catch(e){ErrorMsg(e,'Read_actionMap()',debug);} //Error Handler
}

tH1= 0; //Global "easy_Start"" Timer Handler
function Main(){ //Main syncron Script Code
    Object.keys(actionMap).forEach(Read_actionMap); //Read actionMap
    Shelly.addEventHandler(Check_Event); //Start Check_Event() Loop
}

//Toolbox v3.7-Alpha(Cut), a universal Toolbox for Shelly scripts
function Efilter(d,p,deBug) { //Event Filter, d=eventdata, p={device:[], filterKey:[], filterValue:[], noInfo:true, inData:true}->optional_parameter 
    try{
        let fR= {}; //d.info= d.info.data; 
        if(p.noInfo){fR= d; d= {}; d.info= fR; fR= {};} if(p.inData && d.info.data){Object.assign(d.info,d.info.data) delete d.info.data;}
        if(!d.info) fR.useless= true; if(p.device && p.device.length && p.device.indexOf(d.info.component) === -1) fR.useless= true;
        if(p.device && p.device.length && !fR.useless && !p.filterKey && !p.filterValue) fR= d.info;
        if(p.filterKey && !fR.useless) for(f of p.filterKey) for(k in d.info) if(f === k) fR[k]= d.info[k];
        if(p.filterValue && !fR.useless) for(f of p.filterValue) for(v of d.info) if(Str(v) && f === v) fR[Str(v)]= v;
        if(deBug) print('\nDebug: EventData-> ', d, '\n\nDebug: Result-> ', fR, '\n');
        if(Str(fR) === '{}' || fR.useless){return;} return fR;}catch(e){ErrorMsg(e,'Efilter()');}}
function ErrorChk(r,e,m,d){ //Shelly.call error check
    try{
        aC--; if(aC<0) aC= 0;
        if(d.CB && d.uD) d.CB(r,d.uD); if(d.CB && !d.uD) d.CB(r);
        if(!d.CB && d.uD) print('Debug: ',d.uD); if(e) throw new Error(Str(m)); 
        if(Str(r) && Str(r.code) && r.code !== 200) throw new Error(Str(r));
        }catch(e){ErrorMsg(e,'ErrorChk(), call Answer');}}
function Cqueue(){ //Shelly.call queue
  try{
      if(!cCache[0] && !nCall[0]) return; 
      while(cCache[0] && aC < callLimit){if(cCache[0] && !nCall[0]){nCall= cCache[0]; cCache.splice(0,1);}
      if(nCall[0] && aC < callLimit){Call(nCall[0],nCall[1],nCall[2],nCall[3],nCall[4]); nCall= [];}} if(tH9){Timer.clear(tH9); tH9= 0;}
      if(nCall[0] || cCache[0])if(cSp <= 0) cSp= 0.1; tH9= Timer.set(1000*cSp,0,function(){tH9= 0; Cqueue();});}catch(e){ErrorMsg(e,'Cqueue()');}}
function Call(m,p,CB,uD,deBug){ //Upgrade Shelly.call
    try{
        let d= {};
        if(deBug) print('Debug: calling:',m,p); if(CB) d.CB= CB; if(Str(uD)) d.uD= uD; if(!m && CB){CB(uD); return;}
        if(aC < callLimit){aC++; Shelly.call(m,p,ErrorChk,d);}else if(cCache.length < cacheLimit){
        cCache.push([m,p,CB,uD,deBug]); if(deBug) print('Debug: save call:',m,p,', call queue now:',cCache.length); Cqueue();
        }else{throw new Error('to many Calls in use, droping call: '+Str(m)+', '+Str(p));}}catch(e){ErrorMsg(e,'Call()');}}
function Str(d){ //Upgrade JSON.stringify
    try{
        if(d === null || d === undefined) return null; if(typeof d === 'string')return d; 
        return JSON.stringify(d);}catch(e){ErrorMsg(e,'Str()');}}
function Cut(f,k,o,i){ //Upgrade slice f=fullData, k=key-> where to cut, o=offset->offset behind key, i=invertCut
    try{
        let s= f.indexOf(k); if(s === -1) return null; if(o) s= s+o.length || s+o; if(i) return f.slice(0,s); 
        return f.slice(s);}catch(e){ErrorMsg(e,'Cut()');}}
function Setup(){ //Wating 2sek, to avoid a Shelly FW Bug
    try{
        if(Main && !tH9){tH9= Timer.set(2000,0,function(){print('\nStatus: started Script _[', scriptN,']_');
        if(callLimit > 4){callLimit= 4;} try{Main();}catch(e){ErrorMsg(e,'Main()'); tH9= 0; Setup();}});}}catch(e){ErrorMsg(e,'Setup()');}}
function ErrorMsg(e,s,deBug){ //Toolbox formatted Error Msg
     try{
         let i=0; if(Cut(e.message, '-104: Timed out')) i= 'wrong URL or device may be offline';
         if(Cut(e.message, 'calls in progress')) i= 'reduce _[ callLimit ]_ by 1 and try again, its a global variabel at the end of the toolbox';
         if(s === 'Main()' || deBug) i= e.stack; if(Cut(e.message, '"Main" is not')) i= 'define a Main() function before using Setup()';
         print('Error:',s || "",'---> ',e.type,e.message); if(i) print('Info: maybe -->',i);}catch(e){print('Error: ErrorMsg() --->',JSON.stringify(e));}}
var tH8= 0, tH9= 0, aC= 0, cCache= [], nCall= [], callLimit= 4, cacheLimit= 40, cSp= 0.1; //Toolbox global variable
var Status= Shelly.getComponentStatus, Config= Shelly.getComponentConfig; //Renamed native function 
var info= Shelly.getDeviceInfo(), scriptID= Shelly.getCurrentScriptId(), scriptN= Config('script',scriptID).name; //Pseudo const, variabel
//Toolbox v3.7-Alpha(full), Shelly FW >1.0.8
Setup();

Alles anzeigen

Apache License Version 2.0, January 2004, siehe Link für mehr Infos: https://github.com/ALLTERCO/sh…xamples/blob/main/LICENSE

Der Blu_Events Teil:

Beitrag

Shelly Script Blu_Events _[v2.4]_

Ein Skript, das jede BLU Button, Blu Motion oder Blu Door/Window Aktion in Shelly Events umwandelt.

Um die erzeugten BLU-Events zu nutzen, reicht es einfach, die Daten über einen Event-Handler Callback im Shelly-Script aufzurufen. Dies ermöglicht die Integration von Blu-Events in bestehende eventbasierte Skripts mit minimalem Aufwand. Im Anwendungsbeispiel, weiter unten, wird gezeigt, wie man mit wenig Code die BLU-Events nutzen kann, um eine spezifische URL bei einem bestimmten Blu Event…

_[Deleted]_

10. November 2023 um 19:12

_[Deleted]_

Beispiel: _[ 1. Blu Button ]_

Beispiel um nur einen Blu Button ohne, Callback oder andere Extras, lokal zu nutzen.

kombinierte Shelly Script Version:

Easy_Call v1.2 + Blu_Events v2.4

JavaScript

/*---------------------------------Supported Blu Events--------------------------------------------
Blu *all:        ---> "alive"      "single_push"     "hold_push"     "pairing_push"  "unknown_push"
Blu Door/Window: ---> "open"       "closed"
Blu Motion:      ---> "no_motion"  "motion_detected"
Blu Button:      ---> "wake_up"    "single_push"     "double_push"   "triple_push"   "long_push"
--------------------------------------------------------------------------------------------------*/
let eDebug= false, //Create debug output, true/false, set this only to true for short periods!


//____Easy_Call_Config____
//  easy_Start  true/false, shows for 15 min, after a script start, blu "mac" ids near your Shelly. 
var easy_Start= true,    
    actionMap= {
    "Licht_Decke":       {id: "b4:35:22:fe:68:97",    event: "single_push",       call: ["Http.get",{url: "http://127.0.0.1/relay/0?turn=toggle"}] },
    "Licht_Wand":        {id: "b4:35:22:fe:68:97",    event: "double_push",       call: ["Http.get",{url: "http://192.168.10.33/relay/0?turn=toggle"}] },
    "Steckdose_Flur":    {id: "b4:35:22:fe:68:97",    event: "triple_push",       call: ["Http.get",{url: "http://192.168.10.34/relay/0?turn=toggle"}] },
    "Steckdose_Außen":   {id: "b4:35:22:fe:68:97",    event: "long_push",         call: ["Http.get",{url: "http://192.168.10.57/relay/0?turn=toggle"}] },
    
};//Entries name Restriction: without Space!, unique entries only!
  

//__Config_Blu_Events__
var battery_Fix= true, //Drop, 0% battery BTHome packages on Reboot Event, true/false 
    activeScan= true, //Active or Passiv Bluetooth Scan, only used when BT Gateway false! 
    get_All= false, //Get all data available and ship it in a Event, default false
    debug= false; //Create debug output, true/false, set this only to true for short periods.

//~~~~~~~ Easy_Call v1.2 ~~~~~~~~~~
function Check_Event(d){ //Checking for Event Match
    try{
        let blu= 0, normal= 0;
        if(easy_Start && !tH1) tH1= Timer.set(1000*60*15,0,function(){easy_Start= false;}); //15min Timer for easy_Start
        
        //Filter for blu Events
        if(bluShellys || easy_Start) blu= Efilter(d,{inData: true,filterValue: ['GBLE'], filterKey: ['mac','device_type','device_state']},eDebug); //Check for Blu Data
        if(blu && blu.GBLE){
             if(easy_Start) print('Found Device: Blu _[',blu.device_type,']_ ---event---> _[',blu.device_state,']_ \n id: ---> ',blu.mac);
             for(a in actionMap){
                 if(actionMap[a].mac && actionMap[a].mac === blu.mac && actionMap[a].event === blu.device_state){
                     if(actionMap[a].call[2]) { //Check for Callback and pack event_data for Callback
                         Call(actionMap[a].call[0],actionMap[a].call[1],actionMap[a].call[2],{event_data:d.info,user_data:actionMap[a].call[3]},actionMap[a].call[4]);
                     }else{
                         Call(actionMap[a].call[0],actionMap[a].call[1],actionMap[a].call[2],actionMap[a].call[3],actionMap[a].call[4]);
                     }
                 }
             }
        }  
        
        //Filter for normal Events
        if(dList.length < 1) return;
        normal= Efilter(d,{device: dList, filterKey: ['event']},eDebug);
        if(!normal) return; //Exit if useless Data
        for(a in actionMap){
            if(actionMap[a].event === normal.event){
                if(actionMap[a].call[2]) { //Check for Callback and pack event_data for Callback
                    Call(actionMap[a].call[0],actionMap[a].call[1],actionMap[a].call[2],{event_data:d.info,user_data:actionMap[a].call[3]},actionMap[a].call[4]);
                }else{
                    Call(actionMap[a].call[0],actionMap[a].call[1],actionMap[a].call[2],actionMap[a].call[3],actionMap[a].call[4]);
                }
           }
        }
    }catch(e){ErrorMsg(e,'Check_Event()',debug);} //Error Handler
}
var dList= [], bluShellys= false;
function Read_actionMap(a){ //Read actionMap
    try{
        //Check for valied actionMap Entrys
        function cK(s){return typeof s !== 'string';}
        if(!actionMap[a].id || !actionMap[a].event || !actionMap[a].call || cK(actionMap[a].id)  || cK(actionMap[a].event) || !Array.isArray(actionMap[a].call)){ 
            throw new Error('Wrong actionMap Parameter, dropped actionMap Entry ----> '+actionMap[a].id+' --> '+actionMap[a].event);
        }
        //Check for Blu mac
        if(actionMap[a].id.length === 17) {
            print("Info: add --> Blu Device ---> ",actionMap[a].id);
            actionMap[a].mac= actionMap[a].id; 
            delete actionMap[a].id;
            bluShellys= true;
        }
        //Add normal shellys to device List
        if(actionMap[a].id) print("Info: add --> Normal Device ---> ",actionMap[a].id);
        if(actionMap[a].id) dList.push(actionMap[a].id); //Device List
     }catch(e){ErrorMsg(e,'Read_actionMap()',debug);} //Error Handler
}

//========= Blu_Events v2.4 =========
let activeScan= true; //Active or Passiv Bluetooth Scan, only used when BT Gateway false! 
//notUsed-->let _cid = "0ba9"; //Allterco, Company ID(MFD)
let devID1= "SBBT"; //Blu Button1, deviceID, --> SBBT-002C
let devID2= "SBDW"; //Blu Door/Window, deviceID --> SBDW-002C
let devID3= 'SBMO'; //Blu Motion, deviceID, --> SBMO-003Z
let uuid= "fcd2"; //BTHome, Service ID --> UUID(16bit)
let bluMap= {//Device Parameter, you can find the full BTH Device List at 'https://bthome.io/format'
    //bthObjectID:[Property,Datatype,Factor/Unit],
    '0xf0':['device_type_id','uint8','split2'], //All Blu Devices, special case [default --> uint16]
    '0xf1':['firmware_version','uint8','split4'], //All Blu Devices, special case [default--> uint32]
    '0xf2':['extra_data','uint8','split3'], //All Blu Devices, special case [default--> uint24] --> maybe FW version? 
    '0x00':['pid','uint8'], //All Blu Devices
    '0x01':['battery','uint8','%'], //All Blu Devices
    '0x3a':['button','uint8'], //All Blu Devices
    '0x05':['illuminance','uint24',0.01], //Blu Motion & D/W
    '0x45':['temperature','sint16',0.1], //Blu Motion & H&T
    //notUsed-->'0x1a':['door','uint8'], //Blu D/W
    //notUsed-->'0x20':['moisture','uint8'], //Unknown
    '0x41':['distance','uint16',0.1], //BLU Sonic
    '0x03':['humidity','uint16',0.01], //BLU H&T
    '0x2d':['window','uint8'], //Blu D/W
    '0x3f':['rotation','int16',0.1], //Blu D/W
    '0x21':['motion','uint8'], //Blu Motion
};
function CreateEvent(obj){ //Create Blu data and send Blu Events
    try{
        //Somehow filter for device_type, with out local names
        obj.gen= 'GBLE'; obj.device_type= 'Unknown-Type';
        if(typeof obj.button === 'number' && !obj.illuminance || obj.device_type_id === '2.1') obj.device_type= 'Button';
        if(typeof obj.illuminance === 'number' && !obj.motion || obj.device_type_id === '2.2') obj.device_type= 'Door-Window';
        if(typeof obj.motion === 'number' || obj.device_type_id === '2.5') obj.device_type= 'Motion';
        //notUsed-->obj.device_type || obj.device_type_id ? obj.gen= 'GBLE': obj.device_type= 'Unknown-Type';
        //Create device_states
        switch(obj.device_type){
          case 'Button':
              obj.device_state= obj.input;
              break;
          case 'Door-Window':
              obj.window === 0 ? obj.device_state= obj.input||'closed': obj.device_state= obj.input||'open';
              break;
          case 'Motion':
              obj.motion === 0 ? obj.device_state= obj.button_input||'no_motion': obj.device_state= obj.input||'motion_detected';
              break;
          default:
              obj.device_state= 'unknown_state';     
        }
        if(obj.input) delete obj.input;
        if(obj.firmware_version){
            obj.device_state= 'alive';
            if(battery_Fix && obj.battery === 0) delete obj.battery; //Workaround a Blu FW_Update Battery Bug
            if(battery_Fix && get_All && obj.battery_string) delete obj.battery_string; //Workaround a Blu FW_Update Battery Bug
        }
        if(debug) print('\nDebug: Blu_data:\n',obj);
        Shelly.emitEvent(''+obj.device_state, obj); //Sending Event
        if(debug) print('Debug: sending Event __[',obj.device_state,']__');
    }catch(e){ErrorMsg(e,'SendEvent()',debug);}
}
function CheckInput(bI){ //Check for Blu Button Events
    try{
        if(typeof bI !== 'number') return null;
        let buttonMap= ['wake_up', 'single_push', 'double_push', 'triple_push', 'long_push', 'pairing_push', 'default_reset_push'];
        if(bI > 6 && bI !== 254) bI= 'unknown_push';
        if(bI < 7) bI= buttonMap[bI];
        if(bI === 254) bI= 'hold_push';
        return bI;
    }catch(e){ErrorMsg(e,'CheckInput()',debug);}
}
function DeviceName(name){ //Check for locale Device Name
    try{
        if(!name) return 'Hidden-Device';
        if(Cut(name,devID1)) return 'Blu-Button1';
        if(Cut(name,devID2)) return 'Blu-Door-Window';
        if(Cut(name,devID3)) return 'Blu-Motion'; 
        return 'Unknown-Device--> '+ name;
    }catch(e){ErrorMsg(e,'DeviceName()',debug);}
}
function Unpack(d,m,r,l){ //Create BTHome obj and Unpack BTHome data
    try{
        //Setup declaring variabel and functions
        if(typeof d !== "string" || d.length < 3) return null;
        var obj= {mac: m, rssi: r, device_name: DeviceName(l)}, spC= 0, tmp= []; //Add extra data   
        function Int_To_uInt(int, bytes){
            let mask= 1 << (bytes - 1);
            if(int & mask) return int-(1 << bytes);
            return int;
         }
        //Unpack Info BTHome Byte
        byte= d.at(0); //Getting first Byte as dezimal
        if(byte & 0x01) obj.encryption= true; //Getting encryption;
        if(obj.encryption) throw new Error('BThome Service Data encripted, encription is not supported!');
        if(get_All){ 
            obj.bthome_version=  byte >> 5; //Getting BTHome Version
            (byte & 0x02) ? obj.interval= 'irregular': obj.interval= 'regular'; //Get transmission interval
            if(obj.bthome_version !== 2) throw new Error('Wrong BThome Version: found v.'+obj.bthome_version+' only v.2 supported!');
        }else{delete obj.encryption; if(obj.device_name === "Hidden-Device") delete obj.device_name;} //Reduce data
        d= d.slice(1); //Delete useless Info byte
        //Unpack BThome Values
        for(let value of d){ //Search for matching BTHome hex ID
            if(d.length < 1) break;
            if(!spC) byte= btoh(d[0]); //Getting BTHome object ID
            let bluData= bluMap['0x'+byte]; //Getting blu Data
            if(bluData === undefined){ //Debug handling
                print('Error: Unknown BThome Data--> HexID: 0x',byte,', you can add more id from the full objID list--> https://bthome.io/format');
                obj.new_BTH_HexID= byte;
                obj.new_Data= btoa(d);
                obj.info= 'Please send the newBTH_HexID and newData to this script developer so that they can integrate it.';
                break;
            }
            if(!spC) d= d.slice(1); //Delete usless bth ID byte
            // Merge value bytes
            let max= Number(Cut(bluData[1],'int','int'))/8; //Getting max Bytes out of dataType
            if(d.length < max) throw new Error('Wrong DataType, '+d.length+' Bytes, payload to big for DataType: '+bluData[1]+' max->'+max);
            if(max === 1) value= d.at(0);
            else if(max === 2) value= (d.at(1) << 8) | d.at(0);
            else if(max === 3) value= (d.at(2) << 16) | (d.at(1) << 8) | d.at(0);
            //notUsed-->else if(max === 4) value= (d.at(3) << 24) | (d.at(2) << 16) | (d.at(1) << 8) | d.at(0);
            d= d.slice(max); //Delete useless value Bytes
            if(!Cut(bluData[1],'u','u')) value= Int_To_uInt(value,max*8); //Convert int to uint
            if(value === undefined) break; //Exit value loop
            //Adding String/Unit to value
            let is_Str= typeof bluData[2] === 'string';
            if (typeof bluData[2] === 'number') value= value*bluData[2]; //Adding factor
            if(is_Str && !spC && Cut(bluData[2],'split')) spC= Number(Cut(bluData[2],'split','split'))+1; //Get split counter
            if(spC){
                tmp.push(value); //Saving value for special case
                spC--; //reduce split counter
            }else{
                obj[bluData[0]]= value; //Saving value
            }
            if(is_Str && !spC && get_All) value= ''+value+bluData[2]; //Adding unit
            if(is_Str && !spC && get_All) obj[bluData[0]+'_string']= value; //Saving String Value
            if(spC === 1){
                value= [];
                for(let i in tmp){
                    value[(tmp.length-1)-i]= tmp[i]; //Reverse Array
                }
                tmp= []; //Clear useless data
                obj[bluData[0]]= value.join('.'); //Join FW version into String
                spC= 0; //Exit special case
            }
        }
        return obj;
    }catch(e){ErrorMsg(e,'Unpack()',debug);}
}
var old_pid= [-1,-1,-1,-1], old_mac= [-1,-1,-1,-1], iX= 0;
function ScanCB(e,r) { //BT Scan Loop
    try{
        if(e !== 2 || !r) return; //Exit if empty scan
        if(!r.service_data || !r.service_data[uuid]) return; //Exit if not BTHome data
        let obj= Unpack(r.service_data[uuid],r.addr,r.rssi,r.local_name); //Create BTHome Obj & Unpack BTHome Data
        if(!obj) throw new Error('Failed to unpack service_data --> _[ '+btoa(r.service_data[uuid])+' ]_');
        //Anti Double msg Logic 
        if((obj.pid === old_pid[0] && obj.mac === old_mac[0])||(obj.pid === old_pid[1] && obj.mac === old_mac[1])||
           (obj.pid === old_pid[2] && obj.mac === old_mac[2])||(obj.pid === old_pid[3] && obj.mac === old_mac[3])
        ) return;//Exit if double msg 
        if(debug) print('Debug: Anti Double, saved Data:',iX,'\n',old_pid,'\n',old_mac);
        if(iX >= old_pid.length) iX= 0;
        old_pid[iX]= obj.pid; old_mac[iX]= obj.mac;
        iX++ //increas counter;
        if(!get_All && obj.pid) delete obj.pid; //reduce data
        if(debug){ //Debug output
            r.service_data[uuid]= btoa(r.service_data[uuid]);
            r.advData= btoa(r.advData);
            print('\nDebug: BT_data:\n',r,'\nDebug: BTHome_data:\n', obj);} 
        r= undefined, e= undefined; //Delete useless data
        obj.input= CheckInput(obj.button);
        if(!obj.input) delete obj.input; //Delete useless data
        CreateEvent(obj); //Creating Event out of bthObj
    }catch(e){ErrorMsg(e,'ScanCB()',debug);}
}

tH1= 0; //Global "easy_Start"" Timer Handler
function Main(){ //Main syncron Script Code
    BLE.Scanner.Start({duration_ms: -1, active: activeScan}, ScanCB); //Sub to passiv BT Scanner, start a new scan if no scanner is runnning
    BLE.Scanner.isRunning() ? print('Status: BLE.Scanner is scanning in Background.'): print('Status: BLE.Scanner cannot be initiated, check your Bluetooth settings!');
    Object.keys(actionMap).forEach(Read_actionMap); //Read actionMap
    Shelly.addEventHandler(Check_Event); //Start Check_Event() Loop
}

//Toolbox v1.0(base), a universal Toolbox for Shelly scripts
function Efilter(d,p,deBug) { //Event Filter, d=eventdata, p={device:[], filterKey:[], filterValue:[], noInfo:true, inData:true}->optional_parameter 
    try{
        let fR= {}; //d.info= d.info.data; 
        if(p.noInfo){fR= d; d= {}; d.info= fR; fR= {};} if(p.inData && d.info.data){Object.assign(d.info,d.info.data) delete d.info.data;}
        if(!d.info) fR.useless= true; if(p.device && p.device.length && p.device.indexOf(d.info.component) === -1) fR.useless= true;
        if(p.device && p.device.length && !fR.useless && !p.filterKey && !p.filterValue) fR= d.info;
        if(p.filterKey && !fR.useless) for(f of p.filterKey) for(k in d.info) if(f === k) fR[k]= d.info[k];
        if(p.filterValue && !fR.useless) for(f of p.filterValue) for(v of d.info) if(Str(v) && f === v) fR[Str(v)]= v;
        if(deBug) print('\nDebug: EventData-> ', d, '\n\nDebug: Result-> ', fR, '\n');
        if(Str(fR) === '{}' || fR.useless){return;} return fR;}catch(e){ErrorMsg(e,'Efilter()');}}
function ErrorChk(r,e,m,d){ //Shelly.call error check
    try{
        aC--; if(aC<0) aC= 0;
        if(d.CB && d.uD) d.CB(r,d.uD); if(d.CB && !d.uD) d.CB(r);
        if(!d.CB && d.uD) print('Debug: ',d.uD); if(e) throw new Error(Str(m)); 
        if(Str(r) && Str(r.code) && r.code !== 200) throw new Error(Str(r));
        }catch(e){ErrorMsg(e,'ErrorChk(), call Answer');}}
function Cqueue(){ //Shelly.call queue
  try{
      if(!cCache[0] && !nCall[0]) return; 
      while(cCache[0] && aC < callLimit){if(cCache[0] && !nCall[0]){nCall= cCache[0]; cCache.splice(0,1);}
      if(nCall[0] && aC < callLimit){Call(nCall[0],nCall[1],nCall[2],nCall[3],nCall[4]); nCall= [];}} if(tH9){Timer.clear(tH9); tH9= 0;}
      if(nCall[0] || cCache[0])if(cSp <= 0) cSp= 0.1; tH9= Timer.set(1000*cSp,0,function(){tH9= 0; Cqueue();});}catch(e){ErrorMsg(e,'Cqueue()');}}
function Call(m,p,CB,uD,deBug){ //Upgrade Shelly.call
    try{
        let d= {};
        if(deBug) print('Debug: calling:',m,p); if(CB) d.CB= CB; if(Str(uD)) d.uD= uD; if(!m && CB){CB(uD); return;}
        if(aC < callLimit){aC++; Shelly.call(m,p,ErrorChk,d);}else if(cCache.length < cacheLimit){
        cCache.push([m,p,CB,uD,deBug]); if(deBug) print('Debug: save call:',m,p,', call queue now:',cCache.length); Cqueue();
        }else{throw new Error('to many Calls in use, droping call: '+Str(m)+', '+Str(p));}}catch(e){ErrorMsg(e,'Call()');}}
function Str(d){ //Upgrade JSON.stringify
    try{
        if(d === null || d === undefined) return null; if(typeof d === 'string')return d; 
        return JSON.stringify(d);}catch(e){ErrorMsg(e,'Str()');}}
function Cut(f,k,o,i){ //Upgrade slice f=fullData, k=key-> where to cut, o=offset->offset behind key, i=invertCut
    try{
        let s= f.indexOf(k); if(s === -1) return null; if(o) s= s+o.length || s+o; if(i) return f.slice(0,s); 
        return f.slice(s);}catch(e){ErrorMsg(e,'Cut()');}}
function Setup(){ //Wating 2sek, to avoid a Shelly FW Bug
    try{
        if(Main && !tH9){tH9= Timer.set(2000,0,function(){print('\nStatus: started Script _[', scriptN,']_');
        if(callLimit > 4){callLimit= 4;} try{Main();}catch(e){ErrorMsg(e,'Main()'); tH9= 0; Setup();}});}}catch(e){ErrorMsg(e,'Setup()');}}
function ErrorMsg(e,s,deBug){ //Toolbox formatted Error Msg
     try{
         let i=0; if(Cut(e.message, '-104: Timed out')) i= 'wrong URL or device may be offline';
         if(Cut(e.message, 'calls in progress')) i= 'reduce _[ callLimit ]_ by 1 and try again, its a global variabel at the end of the toolbox';
         if(s === 'Main()' || deBug) i= e.stack; if(Cut(e.message, '"Main" is not')) i= 'define a Main() function before using Setup()';
         print('Error:',s || "",'---> ',e.type,e.message); if(i) print('Info: maybe -->',i);}catch(e){print('Error: ErrorMsg() --->',JSON.stringify(e));}}
var tH8= 0, tH9= 0, aC= 0, cCache= [], nCall= [], callLimit= 4, cacheLimit= 40, cSp= 0.1; //Toolbox global variable
var Status= Shelly.getComponentStatus, Config= Shelly.getComponentConfig; //Renamed native function 
var info= Shelly.getDeviceInfo(), scriptID= Shelly.getCurrentScriptId(), scriptN= Config('script',scriptID).name; //Pseudo const, variabel
//Toolbox v1.0(base), Shelly FW >1.0.8
Setup();

Alles anzeigen

_[Deleted]_

Beitrag

RE: Shelly Script Blu_Events _[v2.4]_

Es hat sich heraus gestellt das die Blu Shellys nicht nur bei einem "reboot" oder nach einem "update" die fw_version übertragen sondern auch in Intervallen.

Zumindest soviel ist bekannt, die FW wird übertragen:

Bei einem Reboot: "Ja"

Nach einem Update: "Ja"

Wenn man die Batterie wechselt: "Ja"

In Intervallen: "wird noch ermittelt" evt. alle 6 Stunden

Beim BT Pairing: "Nein"

Beim lokalisieren: "Nein"

Beim Beacon Status: "Nein"

Forum Abstimmung...

Wie soll das Blu FW_Version Event heißen?

_[ alive ]_ , _[…

_[Deleted]_

31. Januar 2024 um 01:47

_[Deleted]_

Es gab ein Update für das Blu_Events Script.

Mehr Infos dazu hier

Beitrag

RE: Shelly Script Blu_Events _[v2.4]_

Das "reboot" Event wird nun in "alive" umbenannt da es tatsächlich nach einem Update, Reboot, oder alle 6std versendet wird, und ich musste wieder einen Pid Packet Check einbauen, da seit der neuen Blu FW 1.0.9 Update, derartig viele Nachrichten verschickt werden, dass der eingebaute 3 Sekunden Pid Check des BLE.Scanner nun nicht mehr ausreicht. Das Ganze ist also auch ein Hotfix.

D.h. wenn man seinen Blu Button einmal drückt, sendet dieser manchmal(selten) bis zu 5 Sekunden lang x-mal die…

_[Deleted]_

1. Februar 2024 um 19:42

_[Deleted]_

Es gab ein neues Update für das Blu_Events Script, dementsprechend wurde die kombinierte Script Version auch aktualisiert.

Mehr Infos dazu hier:

Beitrag

RE: Shelly Script Blu_Events _[v2.4]_

Ein neues Update der Blu FW wurde veröffentlicht, und mit diesem Updaten wurde der Temperatur Sensor auf den Blu Motion aktiviert.

Dementsprechend wurde nun auch das Blu_Events Skript aktualisiert, außerdem hab ich gleich mal ein paar weitere Werte vorsorglich mit eingebaut.

Preview:

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…

_[Deleted]_

16. Februar 2024 um 15:58

Shelly Script Easy_Call _[v1.2]_ (Blu Shellys lokal nutzen)

Shelly Script Blu_Events _[v2.4]_

RE: Shelly Script Blu_Events _[v2.4]_

RE: Shelly Script Blu_Events _[v2.4]_

RE: Shelly Script Blu_Events _[v2.4]_

_[Deleted]_ 16. Februar 2024 um 17:49

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