let REMOTE = {
ip: '192.168.178.11', //IP Adresse RGBW
ip2: '192.168.178.52', //IP Adresse RGBW
BWM_unten: 0,
BWM_oben: 1,
Licht_Flur: 2,
};
// CONFIG END
Shelly.addEventHandler(
function (event, user_data)
{
if (typeof event.info.state !== 'undefined' && event.info.id === REMOTE.BWM_unten && event.info.state === true)
{ print('An');
//RGBW_012345(REMOTE.ip,REMOTE.ip2);
Main(REMOTE.ip,REMOTE.ip2);
};
if ((typeof event.info.state !== 'undefined' && event.info.id === REMOTE.BWM_oben && event.info.state === true))
{
print('Aus');
Aus(REMOTE.ip);
}
}
);
// send RBGW command
function Main123456(ip){
print('LEDs werden eingeschaltet');
callLimit= 1, cSp= 1; //active Call Limit and speed betwinn calls
// Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/1?turn=on', timeout: 1});
// Call('HTTP.get',{url: 'http://192.168.178.51/white/0?turn=on', timeout: 1});
// Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/3?turn=on', timeout: 1});
// Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/2?turn=on', timeout: 1});
Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/1?turn=on', timeout: 1});
Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/0?turn=on', timeout: 1});
}
function Main654321(ip){
print('LEDs werden eingeschaltet');
callLimit= 1, cSp= 1; //active Call Limit and speed betwinn calls
// Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/1?turn=on', timeout: 1});
// Call('HTTP.get',{url: 'http://192.168.178.51/white/0?turn=on', timeout: 1});
// Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/3?turn=on', timeout: 1});
// Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/2?turn=on', timeout: 1});
Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/1?turn=on', timeout: 1});
Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/0?turn=on', timeout: 1});
}
function Aus(ip){
print('LEDs werden ausgeschaltet');
Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/1?turn=off', timeout: 1});
Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/0?turn=off', timeout: 1});
// Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/1?turn=on', timeout: 1});
// Call('HTTP.get',{url: 'http://192.168.178.51/white/0?turn=on', timeout: 1});
// Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/3?turn=off', timeout: 1});
// Call('HTTP.get',{url: 'http://' + REMOTE.ip + '/white/2?turn=off', timeout: 1});
}
//Dekats Toolbox, a universal Toolbox for Shelly scripts
function Blink(bc,dl,c,st){//Call Blink funktion, bc=blinkCount, dl=blinkDelay, c=call->as_arry->[methode,parameter], st=startCount
try{
if(tH8) Timer.clear(tH8); tH8= 0; if(!Str(st)) st= 0; if(st < bc*2){st++;}else{st= 0; return;}
if(!tH8) tH8= Timer.set(1000*dl,0,function(){Call(c[0],c[1],function(){tH8= 0; Blink(bc,dl,c,st);},c[3],c[4]);});
}catch(e){ErrorMsg(e,'Blink()');}}
function SwitchM(cID,rM,iT,deBug){ //Change rM=RelayMode, iT=InputMode, cID=Relay_ID and/or Input_ID,
try{ //More Info, rM='detached'->detached/flip/momentary/follow,iT='switch'->button/switch
let r= 0;
if(Config('switch',cID).initial_state === 'match_input') Call('Switch.SetConfig',{id:cID,config:{initial_state:'restore_last'}});
if(rM && Config('switch',cID).in_mode !== rM){Call('Switch.SetConfig',{id:cID,config:{in_mode: rM}});if(!r){r= '';} r+='rM, ';}
if(iT && Config('input',cID).type !== iT){Call('Input.SetConfig',{id:cID,config:{type: iT}});if(!r){r= '';} r+='iT, ';}
if(deBug){r='Debug: tryed to change-> '+(r||'nothing,')+' Oldconfig: rM-> '+Config('switch',cID).in_mode+', iT-> '+Config('input',cID).type; print(r);}
return r;}catch(e){ErrorMsg(e,'SwitchM()');}}
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; 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 Efilter(d,p,deBug) { //Event Filter, d=eventdata, p={device:[], filterKey:[], filterValue:[], noInfo:true, inData:true}->optional_parameter
try{
let fR= {};
if(p.noInfo){fR= d; d= {}; d.info= fR; fR= {};} if(p.inData && d.info.data){d.info= d.info.data; delete d.info.data;}
if(!d.info) fR.useless= true; if(p.device.length > 0 && p.device.indexOf(d.info.component) === -1) fR.useless= true;
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; if(!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((nCall[0] || cCache[0]) && !tH7) tH7= Timer.set(1000*cSp,0,function(){tH7= 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 Setup(l){ //Wating 2sek, to avoid a Shelly FW Bug
try{
if(Main && !tH9){
tH9= Timer.set(2000,l,function(){print('Status: started Script _[', scriptN,']_');
if(callLimit > 5){callLimit= 5;} try{Main();}catch(e){ErrorMsg(e,'Main()'); Setup();}});}}catch(e){ErrorMsg(e,'Setup()');}}
function ErrorMsg(e,s){ //Toolbox formatted Error Msg
try{
let i= 0; if(Cut(e.message, '-104: Timed out')) i= 'wrong URL or device may be offline';
if(s === 'Main()') 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() --->',e);}}
var tH7= 0, tH8= 0, tH9= 0, aC= 0, cCache= [], nCall= [], callLimit= 5, cacheLimit= 40, cSp= 0.2; //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 v2.0-Alpha(full), Shelly FW >1.0.2
Setup();
Alles anzeigen
Das funktioniert. Die Frage ist nur, die Zeilen unterhalb Main erwartet bzw reagieren auf die Function Main. Wie zu sehen muss ich mehrere Functionen anlegen. Wie kann diese den Funktionen unterhalb Main zuordnen ohne für jede weitere Main alle Funktionen nochmal aufzulisten?
