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FHEM.js
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// FHEM Platform Shim for HomeBridge
// current version on https://github.com/justme-1968/homebridge
//
// Remember to add platform to config.json. Example:
// "platforms": [
// {
// 'platform': "FHEM",
// 'name': "FHEM",
// 'server': "127.0.0.1",
// 'port': 8083,
// 'ssl': true,
// 'auth': {'user': "fhem", 'pass': "fhempassword"},
// 'filter': "room=xyz"
// }
// ],
var Service;
try {
Service = require("hap-nodejs").Service;
} catch(err) {
Service = require("HAP-NodeJS").Service;
}
var Characteristic;
try {
Characteristic = require("hap-nodejs").Characteristic;
} catch(err) {
Characteristic = require("HAP-NodeJS").Characteristic;
}
var util = require('util');
// subscriptions to fhem longpoll evens
var FHEM_subscriptions = {};
function
FHEM_subscribe(characteristic, inform_id, accessory) {
FHEM_subscriptions[inform_id] = { 'characteristic': characteristic, 'accessory': accessory };
}
function
FHEM_isPublished(device) {
var keys = Object.keys(FHEM_subscriptions);
for( var i = 0; i < keys.length; i++ ) {
var key = keys[i];
var subscription = FHEM_subscriptions[key];
var accessory = subscription.accessory;
if( accessory.device === device )
return true;
};
return false;
}
// cached readings from longpoll & query
var FHEM_cached = {};
//var FHEM_internal = {};
function
FHEM_update(inform_id, value, no_update) {
var subscription = FHEM_subscriptions[inform_id];
if( subscription != undefined ) {
if( value == undefined
|| FHEM_cached[inform_id] === value )
return;
FHEM_cached[inform_id] = value;
//FHEM_cached[inform_id] = { 'value': value, 'timestamp': Date.now() };
var date = new Date().toISOString().replace(/T/, ' ').replace(/\..+/, '');
console.log(" " + date + " caching: " + inform_id + ": " + value + " as " + typeof(value) );
if( !no_update && subscription.characteristic )
subscription.characteristic.setValue(value, undefined, 'fromFHEM');
}
}
var FHEM_lastEventTime = {};
var FHEM_longpoll_running = {};
//FIXME: add filter
function FHEM_startLongpoll(connection) {
if( FHEM_longpoll_running[connection.base_url] )
return;
FHEM_longpoll_running[connection.base_url] = true;
if( connection.disconnects == undefined )
connection.disconnects = 0;
var filter = ".*";
var since = "null";
if( FHEM_lastEventTime[connection.base_url] )
since = FHEM_lastEventTime[connection.base_url]/1000;
var query = "/fhem.pl?XHR=1"+
"&inform=type=status;filter="+filter+";since="+since+";fmt=JSON"+
"×tamp="+Date.now()
var url = encodeURI( connection.base_url + query );
console.log( 'starting longpoll: ' + url );
var FHEM_longpollOffset = 0;
var input = "";
connection.request.get( { url: url } ).on( 'data', function(data) {
//console.log( 'data: '+ data );
if( !data )
return;
input += data;
var lastEventTime = Date.now();
for(;;) {
var nOff = input.indexOf('\n', FHEM_longpollOffset);
if(nOff < 0)
break;
var l = input.substr(FHEM_longpollOffset, nOff-FHEM_longpollOffset);
FHEM_longpollOffset = nOff+1;
//console.log( "Rcvd: "+(l.length>132 ? l.substring(0,132)+"...("+l.length+")":l) );
if(!l.length)
continue;
var d;
if( l.substr(0,1) == '[' )
d = JSON.parse(l);
else
d = l.split("<<", 3);
//console.log(d);
if(d.length != 3)
continue;
if(d[0].match(/-ts$/))
continue;
//console.log( "Rcvd: "+(l.length>132 ? l.substring(0,132)+"...("+l.length+")":l) );
var subscription = FHEM_subscriptions[d[0]];
if( subscription != undefined ) {
//console.log( "Rcvd: "+(l.length>132 ? l.substring(0,132)+"...("+l.length+")":l) );
FHEM_lastEventTime[connection.base_url] = lastEventTime;
var accessory = subscription.accessory;
var value = d[1];
if( value.match( /^set-/ ) )
continue;
var match = d[0].match(/([^-]*)-(.*)/);
var device = match[1];
var reading = match[2];
if( reading == undefined )
continue;
if( reading == 'state') {
if( accessory.mappings.window ) {
var level = 50;
if( match = value.match(/^(\d+)/ ) )
level = parseInt( match[1] );
else if( value == 'locked' )
level = 0;
FHEM_update( accessory.mappings.window.informId, level );
continue;
} else if( accessory.mappings.lock ) {
var lock = Characteristic.LockCurrentState.UNSECURED;
if( value.match( /^locked/ ) )
lock = Characteristic.LockCurrentState.SECURED;
if( value.match( /uncertain/ ) )
level = Characteristic.LockCurrentState.UNKNOWN;
FHEM_update( accessory.mappings.lock.informId, lock );
continue;
} else if( match = value.match(/dim(\d+)%/ ) ) {
var pct = parseInt( match[1] );
FHEM_update( device+'-pct', pct );
}
} else if( reading == 'activity') {
FHEM_update( device+'-'+reading, value, true );
Object.keys(FHEM_subscriptions).forEach(function(key) {
var parts = key.split( '-', 3 );
if( parts[0] != '#' + device )
return;
if( parts[1] != reading )
return;
var subscription = FHEM_subscriptions[key];
var accessory = subscription.accessory;
var activity = parts[2];
subscription.characteristic.setValue(value==activity?1:0, undefined, 'fromFHEM');
} );
continue;
} else if(accessory.mappings.rgb && reading == accessory.mappings.rgb.reading) {
var hsv = FHEM_rgb2hsv(value);
var hue = parseInt( hsv[0] * 360 );
var sat = parseInt( hsv[1] * 100 );
var bri = parseInt( hsv[2] * 100 );
//FHEM_update( device+'-'+reading, value, false );
FHEM_update( device+'-hue', hue );
FHEM_update( device+'-sat', sat );
FHEM_update( device+'-bri', bri );
continue;
} else if(accessory.mappings.colormode) {
//FIXME: add colormode ct
if( reading == 'xy') {
var xy = value.split(',');
var rgb = FHEM_xyY2rgb(xy[0], xy[1] , 1);
var hsv = FHEM_rgb2hsv(rgb);
var hue = parseInt( hsv[0] * 360 );
var sat = parseInt( hsv[1] * 100 );
var bri = parseInt( hsv[2] * 100 );
FHEM_update( device+'-hue', hue );
FHEM_update( device+'-sat', sat );
FHEM_update( device+'-bri', bri );
}
FHEM_update( device+'-'+reading, value, false );
continue;
}
value = accessory.reading2homekit(reading, value);
FHEM_update( device+'-'+reading, value );
} else {
}
}
input = input.substr(FHEM_longpollOffset);
FHEM_longpollOffset = 0;
connection.disconnects = 0;
} ).on( 'end', function() {
FHEM_longpoll_running[connection.base_url] = false;
connection.disconnects++;
var timeout = 500 * connection.disconnects - 300;
if( timeout > 30000 ) timeout = 30000;
console.log( "longpoll ended, reconnect in: " + timeout + "msec" );
setTimeout( function(){FHEM_startLongpoll(connection)}, timeout );
} ).on( 'error', function(err) {
FHEM_longpoll_running[connection.base_url] = false;
connection.disconnects++;
var timeout = 5000 * connection.disconnects;
if( timeout > 30000 ) timeout = 30000;
console.log( "longpoll error: " + err + ", retry in: " + timeout + "msec" );
setTimeout( function(){FHEM_startLongpoll(connection)}, timeout );
} );
}
function
FHEMPlatform(log, config) {
this.log = log;
this.server = config['server'];
this.port = config['port'];
this.filter = config['filter'];
var base_url;
if( config['ssl'] )
base_url = 'https://';
else
base_url = 'http://';
base_url += this.server + ':' + this.port;
var request = require('request');
var auth = config['auth'];
if( auth ) {
if( auth.sendImmediately == undefined )
auth.sendImmediately = false;
request = request.defaults( { 'auth': auth, 'rejectUnauthorized': false } );
}
this.connection = { 'base_url': base_url, 'request': request };
FHEM_startLongpoll( this.connection );
}
function
FHEM_sortByKey(array, key) {
return array.sort( function(a, b) {
var x = a[key]; var y = b[key];
return ((x < y) ? -1 : ((x > y) ? 1 : 0));
});
}
function
FHEM_rgb2hex(r,g,b) {
if( g == undefined )
return Number(0x1000000 + r[0]*0x10000 + r[1]*0x100 + r[2]).toString(16).substring(1);
return Number(0x1000000 + r*0x10000 + g*0x100 + b).toString(16).substring(1);
}
function
FHEM_hsv2rgb(h,s,v) {
var r = 0.0;
var g = 0.0;
var b = 0.0;
if( s == 0 ) {
r = v;
g = v;
b = v;
} else {
var i = Math.floor( h * 6.0 );
var f = ( h * 6.0 ) - i;
var p = v * ( 1.0 - s );
var q = v * ( 1.0 - s * f );
var t = v * ( 1.0 - s * ( 1.0 - f ) );
i = i % 6;
if( i == 0 ) {
r = v;
g = t;
b = p;
} else if( i == 1 ) {
r = q;
g = v;
b = p;
} else if( i == 2 ) {
r = p;
g = v;
b = t;
} else if( i == 3 ) {
r = p;
g = q;
b = v;
} else if( i == 4 ) {
r = t;
g = p;
b = v;
} else if( i == 5 ) {
r = v;
g = p;
b = q;
}
}
return FHEM_rgb2hex( Math.round(r*255),Math.round(g*255),Math.round(b*255) );
}
function
FHEM_ct2rgb(ct)
{
// calculation from http://www.tannerhelland.com/4435/convert-temperature-rgb-algorithm-code
// adjusted by 1000K
var temp = (1000000/ct)/100 + 10;
var r = 0;
var g = 0;
var b = 0;
r = 255;
if( temp > 66 )
r = 329.698727446 * Math.pow(temp - 60, -0.1332047592);
if( r < 0 )
r = 0;
if( r > 255 )
r = 255;
if( temp <= 66 )
g = 99.4708025861 * Math.log(temp) - 161.1195681661;
else
g = 288.1221695283 * Math.pow(temp - 60, -0.0755148492);
if( g < 0 )
g = 0;
if( g > 255 );
g = 255;
b = 255;
if( temp <= 19 )
b = 0;
if( temp < 66 )
b = 138.5177312231 * log(temp-10) - 305.0447927307;
if( b < 0 )
b = 0;
if( b > 255 )
b = 255;
return FHEM_rgb2hex( Math.round(r*255),Math.round(g*255),Math.round(b*255) );
}
function
FHEM_xyY2rgb(x,y,Y)
{
// calculation from http://www.brucelindbloom.com/index.html
var r = 0;
var g = 0;
var b = 0;
if( y > 0 ) {
var X = x * Y / y;
var Z = (1 - x - y)*Y / y;
if( X > 1
|| Y > 1
|| Z > 1 ) {
var f = Math.max(X,Y,Z);
X /= f;
Y /= f;
Z /= f;
}
r = 0.7982 * X + 0.3389 * Y - 0.1371 * Z;
g = -0.5918 * X + 1.5512 * Y + 0.0406 * Z;
b = 0.0008 * X + 0.0239 * Y + 0.9753 * Z;
if( r > 1
|| g > 1
|| b > 1 ) {
var f = Math.max(r,g,b);
r /= f;
g /= f;
b /= f;
}
r *= 255;
g *= 255;
b *= 255;
}
return FHEM_rgb2hex( Math.round(r*255),Math.round(g*255),Math.round(b*255) );
}
function
FHEM_rgb2hsv(r,g,b){
if( r == undefined )
return;
if( g == undefined ) {
var str = r;
r = parseInt( str.substr(0,2), 16 );
g = parseInt( str.substr(2,2), 16 );
b = parseInt( str.substr(4,2), 16 );
}
var M = Math.max( r, g, b );
var m = Math.min( r, g, b );
var c = M - m;
var h, s, v;
if( c == 0 ) {
h = 0;
} else if( M == r ) {
h = ( 60 * ( ( g - b ) / c ) % 360 ) / 360;
} else if( M == g ) {
h = ( 60 * ( ( b - r ) / c ) + 120 ) / 360;
} else if( M == b ) {
h = ( 60 * ( ( r - g ) / c ) + 240 ) / 360;
}
if( M == 0 ) {
s = 0;
} else {
s = c / M;
}
v = M/255;
return [h,s,v];
}
function
FHEM_execute(log,connection,cmd,callback) {
var url = encodeURI( connection.base_url + "/fhem?cmd=" + cmd + "&XHR=1");
log( ' executing: ' + url );
connection.request
.get( { url: url, gzip: true },
function(err, response, result) {
if( !err && response.statusCode == 200 ) {
result = result.replace(/[\r\n]/g, "");
if( callback )
callback( result );
} else {
log("There was a problem connecting to FHEM ("+ url +").");
if( response )
log( " " + response.statusCode + ": " + response.statusMessage );
}
} )
.on( 'error', function(err) { log("There was a problem connecting to FHEM ("+ url +"):"+ err); } );
}
FHEMPlatform.prototype = {
execute: function(cmd,callback) {FHEM_execute(this.log, this.connection, cmd, callback)},
checkAndSetGenericDeviceType: function() {
this.log("Checking genericDeviceType...");
var cmd = '{AttrVal("global","userattr","")}';
this.execute( cmd,
function(result) {
//if( result == undefined )
//result = "";
if( !result.match(/(^| )genericDeviceType\b/) ) {
//FIXME: use addToAttrList
var cmd = 'attr global userattr ' + result + ' genericDeviceType:ignore,switch,outlet,light,blind,thermostat,garage,window,lock';
this.execute( cmd,
function(result) {
console.log( result );
console.log( 'genericDeviceType attribute was not known. please restart homebridge.' );
process.exit(0);
} );
}
}.bind(this) );
},
accessories: function(callback) {
//this.checkAndSetGenericDeviceType();
this.log("Fetching FHEM switchable devices...");
var foundAccessories = [];
// mechanism to ensure callback is only executed once all requests complete
var asyncCalls = 0;
function callbackLater() { if (--asyncCalls == 0) callback(foundAccessories); }
var cmd = 'jsonlist2';
if( this.filter )
cmd += " " + this.filter;
var url = encodeURI( this.connection.base_url + "/fhem?cmd=" + cmd + "&XHR=1");
this.log( 'fetching: ' + url );
asyncCalls++;
this.connection.request.get( { url: url, json: true, gzip: true },
function(err, response, json) {
if( !err && response.statusCode == 200 ) {
this.log( 'got: ' + json['totalResultsReturned'] + ' results' );
//this.log("got json: " + util.inspect(json) );
if( json['totalResultsReturned'] ) {
var sArray=FHEM_sortByKey(json['Results'],"Name");
sArray.map(function(s) {
var accessory;
if( FHEM_isPublished(s.Internals.NAME) )
this.log( s.Internals.NAME + ' is already published');
else if( s.Attributes.disable == 1 ) {
this.log( s.Internals.NAME + ' is disabled');
} else if( s.Internals.TYPE == 'structure' ) {
this.log( 'ignoring structure ' + s.Internals.NAME );
} else if( s.Attributes.genericDisplayType
|| s.Attributes.genericDeviceType ) {
accessory = new FHEMAccessory(this.log, this.connection, s);
} else if( s.PossibleSets.match(/(^| )on\b/)
&& s.PossibleSets.match(/(^| )off\b/) ) {
accessory = new FHEMAccessory(this.log, this.connection, s);
} else if( s.Attributes.subType == 'thermostat'
|| s.Attributes.subType == 'blindActuator'
|| s.Attributes.subType == 'threeStateSensor' ) {
accessory = new FHEMAccessory(this.log, this.connection, s);
} else if( s.Attributes.model == 'HM-SEC-WIN' ) {
accessory = new FHEMAccessory(this.log, this.connection, s);
} else if( s.Attributes.model && s.Attributes.model.match(/^HM-SEC-KEY/) ) {
accessory = new FHEMAccessory(this.log, this.connection, s);
} else if( s.Internals.TYPE == 'PRESENCE'
|| s.Internals.TYPE == 'ROOMMATE' ) {
accessory = new FHEMAccessory(this.log, this.connection, s);
} else if( s.Internals.TYPE == 'SONOSPLAYER' ) {
accessory = new FHEMAccessory(this.log, this.connection, s);
} else if( s.Readings.temperature ) {
accessory = new FHEMAccessory(this.log, this.connection, s);
} else if( s.Readings.humidity ) {
accessory = new FHEMAccessory(this.log, this.connection, s);
} else if( s.Readings.voc ) {
accessory = new FHEMAccessory(this.log, this.connection, s);
} else if( s.Internals.TYPE == 'harmony' ) {
accessory = new FHEMAccessory(this.log, this.connection, s);
} else {
this.log( 'ignoring ' + s.Internals.NAME + ' (' + s.Internals.TYPE + ')' );
}
if( accessory && Object.getOwnPropertyNames(accessory).length )
foundAccessories.push(accessory);
}.bind(this) );
}
callback(foundAccessories);
//callbackLater();
} else {
this.log("There was a problem connecting to FHEM (1).");
if( response )
this.log( " " + response.statusCode + ": " + response.statusMessage );
}
}.bind(this) );
}
}
function
FHEMAccessory(log, connection, s) {
//log( 'sets: ' + s.PossibleSets );
//log("got json: " + util.inspect(s) );
//log("got json: " + util.inspect(s.Internals) );
if( !(this instanceof FHEMAccessory) )
return new FHEMAccessory(log, connection, s);
if( s.Attributes.disable == 1 ) {
log( s.Internals.NAME + ' is disabled');
return null;
} else if( s.Internals.TYPE == 'structure' ) {
log( 'ignoring ' + s.Internals.NAME + ' (' + s.Internals.TYPE + ')' );
return null;
}
var genericType = s.Attributes.genericDeviceType;
if( !genericType )
genericType = s.Attributes.genericDisplayType;
if( genericType == 'ignore' ) {
log( 'ignoring ' + s.Internals.NAME );
return null;
}
this.mappings = {};
var match;
if( match = s.PossibleSets.match(/(^| )pct\b/) ) {
this.mappings.pct = { reading: 'pct', cmd: 'pct' };
} else if( match = s.PossibleSets.match(/(^| )dim\d+%/) ) {
s.hasDim = true;
s.pctMax = 100;
}
if( match = s.PossibleSets.match(/(^| )hue[^\b\s]*(,(\d+)?)+\b/) ) {
s.isLight = true;
var max = 360;
if( match[3] != undefined )
max = match[3];
this.mappings.hue = { reading: 'hue', cmd: 'hue', min: 0, max: max };
}
if( match = s.PossibleSets.match(/(^| )sat[^\b\s]*(,(\d+)?)+\b/) ) {
s.isLight = true;
var max = 100;
if( match[3] != undefined )
max = match[3];
this.mappings.sat = { reading: 'sat', cmd: 'sat', min: 0, max: max };
}
if( s.Readings.colormode )
this.mappings.colormode = { reading: 'colormode' };
if( s.Readings.xy )
this.mappings.xy = { reading: 'xy' };
//FIXME: add ct/colortemperature
if( s.PossibleSets.match(/(^| )rgb\b/) ) {
s.isLight = true;
this.mappings.rgb = { reading: 'rgb', cmd: 'rgb' };
if( s.Internals.TYPE == 'SWAP_0000002200000003' )
this.mappings.rgb = { reading: '0B-RGBlevel', cmd: 'rgb' };
} else if( s.PossibleSets.match(/(^| )RGB\b/) ) {
s.isLight = true;
this.mappings.rgb = { reading: 'RGB', cmd: 'RGB' };
}
if( s.Readings['measured-temp'] )
this.mappings.temperature = { reading: 'measured-temp' };
else if( s.Readings.temperature )
this.mappings.temperature = { reading: 'temperature' };
if( s.Readings.volume )
this.mappings.volume = { reading: 'volume', cmd: 'volume' };
else if( s.Readings.Volume ) {
this.mappings.volume = { reading: 'Volume', cmd: 'Volume', nocache: true };
if( s.Attributes.generateVolumeEvent == 1 )
delete this.mappings.volume.nocache;
}
if( s.Readings.humidity )
this.mappings.humidity = { reading: 'humidity' };
if( s.Readings.luminosity )
this.mappings.light = { reading: 'luminosity' };
if( s.Readings.voc )
this.mappings.airquality = { reading: 'voc' };
if( s.Readings.motor )
this.mappings.motor = { reading: 'motor' };
if( s.Readings.battery )
this.mappings.battery = { reading: 'battery' };
if( s.Readings.direction )
this.mappings.direction = { reading: 'direction' };
if( s.Readings['D-firmware'] )
this.mappings.firmware = { reading: 'D-firmware' };
if( genericType == 'switch' )
s.isSwitch = true;
else if( genericType == 'outlet' )
s.isOutlet = true;
else if( genericType == 'garage' )
this.mappings.garage = { cmdOpen: 'on', cmdClose: 'off' };
else if( genericType == 'light' )
s.isLight = true;
else if( genericType == 'blind'
|| s.Attributes.subType == 'blindActuator' ) {
delete this.mappings.pct;
if( s.PossibleSets.match(/[\^ ]position\b/) )
this.mappings.blind = { reading: 'position', cmd: 'position' };
else
this.mappings.blind = { reading: 'pct', cmd: 'pct' };
} else if( genericType == 'window'
|| s.Attributes.model == 'HM-SEC-WIN' )
this.mappings.window = { reading: 'level', cmd: 'level' };
else if( genericType == 'lock'
|| ( s.Attributes.model && s.Attributes.model.match(/^HM-SEC-KEY/ ) ) ) {
this.mappings.lock = { reading: 'lock', cmdLock: 'lock', cmdUnlock: 'unlock', cmdOpen: 'open' };
if( s.Internals.TYPE == 'dummy' )
this.mappings.lock = { reading: 'lock', cmdLock: 'lock locked', cmdUnlock: 'lock unlocked', cmdOpen: 'open' };
} else if( genericType == 'thermostat'
|| s.Attributes.subType == 'thermostat' )
s.isThermostat = true;
else if( s.Internals.TYPE == 'CUL_FHTTK' )
this.mappings.contact = { reading: 'Window' };
else if( s.Internals.TYPE == 'MAX'
&& s.Internals.type == 'ShutterContact' )
this.mappings.contact = { reading: 'state' };
else if( s.Attributes.subType == 'threeStateSensor' )
this.mappings.contact = { reading: 'contact' };
else if( s.Internals.TYPE == 'PRESENCE' )
this.mappings.occupancy = { reading: 'state' };
else if( s.Internals.TYPE == 'ROOMMATE' )
this.mappings.occupancy = { reading: 'presence' };
else if( s.Attributes.model == 'fs20di' )
s.isLight = true;
//if( s.PossibleSets.match(/(^| )desired-temp\b/) ) {
if( match = s.PossibleSets.match(/(^| )desired-temp(:[^\d]*([^\$ ]*))?/) ) {
this.mappings.thermostat = { reading: 'desired-temp', cmd: 'desired-temp' };
if( s.Readings.controlMode )
this.mappings.thermostat_mode = { reading: 'controlMode', cmd: 'controlMode' };
if( match[3] ) {
var values = match[3].split(',');
this.mappings.thermostat.min = parseFloat(values[0]);
this.mappings.thermostat.max = parseFloat(values[values.length-1]);
this.mappings.thermostat.step = values[1] - values[0];
}
//} else if( s.PossibleSets.match(/(^| )desiredTemperature\b/) ) {
} else if( match = s.PossibleSets.match(/(^| )desiredTemperature(:[^\d]*([^\$ ]*))?/) ) {
this.mappings.thermostat = { reading: 'desiredTemperature', cmd: 'desiredTemperature' };
if( s.Readings.mode )
this.mappings.thermostat_mode = { reading: 'mode', cmd: 'desiredTemperature' };
if( match[3] ) {
var values = match[3].split(',');
this.mappings.thermostat.min = values[0];
this.mappings.thermostat.max = values[values.length-2];
this.mappings.thermostat.step = values[1] - values[0];
}
} else if( s.isThermostat ) {
s.isThermostat = false;
delete this.mappings.thermostat;
log( s.Internals.NAME + ' is NOT a thermostat. set for target temperature missing' );
}
if( s.Internals.TYPE == 'SONOSPLAYER' ) //FIXME: use sets [Pp]lay/[Pp]ause/[Ss]top
this.mappings.onOff = { reading: 'transportState', cmdOn: 'play', cmdOff: 'pause' };
else if( s.Internals.TYPE == 'harmony' ) {
if( s.Internals.id != undefined ) {
if( s.Attributes.genericDeviceType )
this.mappings.onOff = { reading: 'power', cmdOn: 'on', cmdOff: 'off' };
else
return null;
} else
this.mappings.onOff = { reading: 'activity', cmdOn: 'activity', cmdOff: 'off' };
} else if( s.PossibleSets.match(/(^| )on\b/)
&& s.PossibleSets.match(/(^| )off\b/) ) {
this.mappings.onOff = { reading: 'state', cmdOn: 'on', cmdOff: 'off' };
if( !s.Readings.state )
delete this.mappings.onOff.reading;
}
var event_map = s.Attributes.eventMap;
if( event_map ) {
var parts = event_map.split( ' ' );
for( var p = 0; p < parts.length; p++ ) {
var map = parts[p].split( ':' );
if( map[1] == 'on'
|| map[1] == 'off' ) {
if( !this.event_map )
this.event_map = {}
this.event_map[map[0]] = map[1];
}
}
}
if( this.mappings.door )
log( s.Internals.NAME + ' is door' );
else if( this.mappings.garage )
log( s.Internals.NAME + ' is garage' );
else if( this.mappings.lock )
log( s.Internals.NAME + ' is lock ['+ this.mappings.lock.reading +']' );
else if( this.mappings.window )
log( s.Internals.NAME + ' is window' );
else if( this.mappings.blind )
log( s.Internals.NAME + ' is blind ['+ this.mappings.blind.reading +']' );
else if( this.mappings.thermostat )
log( s.Internals.NAME + ' is thermostat ['+ this.mappings.thermostat.reading + ';' + this.mappings.thermostat.min + '-' + this.mappings.thermostat.max + ':' + this.mappings.thermostat.step +']' );
else if( this.mappings.contact )
log( s.Internals.NAME + ' is contact sensor [' + this.mappings.contact.reading +']' );
else if( this.mappings.occupancy )
log( s.Internals.NAME + ' is occupancy sensor' );
else if( this.mappings.rgb )
log( s.Internals.NAME + ' has RGB [' + this.mappings.rgb.reading +']');
else if( this.mappings.pct )
log( s.Internals.NAME + ' is dimable ['+ this.mappings.pct.reading +']' );
else if( s.hasDim )
log( s.Internals.NAME + ' is dimable [0-'+ s.pctMax +']' );
else if( s.isLight )
log( s.Internals.NAME + ' is light' );
else if( s.isOutlet )
log( s.Internals.NAME + ' is outlet' );
else if( this.mappings.onOff || s.isSwitch )
log( s.Internals.NAME + ' is switchable' );
else if( !this.mappings )
return {};
if( this.mappings.onOff )
log( s.Internals.NAME + ' has onOff [' + this.mappings.onOff.reading + ';' + this.mappings.onOff.cmdOn +',' + this.mappings.onOff.cmdOff + ']' );
if( this.mappings.hue )
log( s.Internals.NAME + ' has hue [' + this.mappings.hue.reading + ';0-' + this.mappings.hue.max +']' );
if( this.mappings.sat )
log( s.Internals.NAME + ' has sat [' + this.mappings.sat.reading + ';0-' + this.mappings.sat.max +']' );
if( this.mappings.colormode )
log( s.Internals.NAME + ' has colormode [' + this.mappings.colormode.reading +']' );
if( this.mappings.xy )
log( s.Internals.NAME + ' has xy [' + this.mappings.xy.reading +']' );
if( this.mappings.thermostat_mode )
log( s.Internals.NAME + ' has thermostat mode ['+ this.mappings.thermostat_mode.reading + ';' + this.mappings.thermostat_mode.cmd +']' );
if( this.mappings.temperature )
log( s.Internals.NAME + ' has temperature ['+ this.mappings.temperature.reading +']' );
if( this.mappings.humidity )
log( s.Internals.NAME + ' has humidity ['+ this.mappings.humidity.reading +']' );
if( this.mappings.light )
log( s.Internals.NAME + ' has light ['+ this.mappings.light.reading +']' );
if( this.mappings.airquality )
log( s.Internals.NAME + ' has voc ['+ this.mappings.airquality.reading +']' );
if( this.mappings.motor )
log( s.Internals.NAME + ' has motor ['+ this.mappings.motor.reading +']' );
if( this.mappings.battery )
log( s.Internals.NAME + ' has battery ['+ this.mappings.battery.reading +']' );
if( this.mappings.direction )
log( s.Internals.NAME + ' has direction ['+ this.mappings.direction.reading +']' );
if( this.mappings.firmware )
log( s.Internals.NAME + ' has firmware ['+ this.mappings.firmware.reading +']' );
if( this.mappings.volume )
log( s.Internals.NAME + ' has volume ['+ this.mappings.volume.reading + ':' + (this.mappings.volume.nocache ? 'not cached' : 'cached' ) +']' );
//log( util.inspect(s) );
// device info
this.name = s.Internals.NAME;
this.alias = s.Attributes.alias ? s.Attributes.alias : s.Internals.NAME;
this.device = s.Internals.NAME;
this.type = s.Internals.TYPE;
this.model = s.Readings.model ? s.Readings.model.Value
: (s.Attributes.model ? s.Attributes.model
: ( s.Internals.model ? s.Internals.model : '<unknown>' ) );
this.PossibleSets = s.PossibleSets;
if( this.type == 'CUL_HM' ) {
this.serial = this.type + '.' + s.Internals.DEF;
if( s.Attributes.serialNr )
this.serial = s.Attributes.serialNr;
else if( s.Readings['D-serialNr'] && s.Readings['D-serialNr'].Value )
this.serial = s.Readings['D-serialNr'].Value;
} else if( this.type == 'CUL_WS' )
this.serial = this.type + '.' + s.Internals.DEF;
else if( this.type == 'FS20' )
this.serial = this.type + '.' + s.Internals.DEF;
else if( this.type == 'IT' )
this.serial = this.type + '.' + s.Internals.DEF;
else if( this.type == 'HUEDevice' )
this.serial = s.Internals.uniqueid;
else if( this.type == 'SONOSPLAYER' )
this.serial = s.Internals.UDN;
else if( this.type == 'EnOcean' )
this.serial = this.type + '.' + s.Internals.DEF;
this.uuid_base = this.serial;
this.hasDim = s.hasDim;
this.pctMax = s.pctMax;
this.isLight = s.isLight;
this.isSwitch = s.isSwitch;
this.isOutlet = s.isOutlet;
//log( util.inspect(s.Readings) );
if( this.mappings.blind || this.mappings.door || this.mappings.garage || this.mappings.window || this.mappings.thermostat )
delete this.mappings.onOff;
Object.keys(this.mappings).forEach(function(key) {
var reading = this.mappings[key].reading;
if( s.Readings[reading] && s.Readings[reading].Value ) {
var value = s.Readings[reading].Value;
value = this.reading2homekit(reading, value);
if( value != undefined ) {
var inform_id = this.device +'-'+ reading;
this.mappings[key].informId = inform_id;
if( !this.mappings[key].nocache )
FHEM_cached[inform_id] = value;
}
}
}.bind(this) );
this.log = log;
this.connection = connection;
}
FHEM_dim_values = [ 'dim06%', 'dim12%', 'dim18%', 'dim25%', 'dim31%', 'dim37%', 'dim43%', 'dim50%', 'dim56%', 'dim62%', 'dim68%', 'dim75%', 'dim81%', 'dim87%', 'dim93%' ];
FHEMAccessory.prototype = {
reading2homekit: function(reading,value) {
if( value == undefined )
return undefined;
if( reading == 'hue' ) {
value = Math.round(value * 360 / (this.mappings.hue ? this.mappings.hue.max : 360) );
} else if( reading == 'sat' ) {