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main.js
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main.js
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'use strict';
/*
* Created with @iobroker/create-adapter v2.0.2
*/
// The adapter-core module gives you access to the core ioBroker functions
// you need to create an adapter
const utils = require('@iobroker/adapter-core');
// Load your modules here, e.g.:
// const fs = require("fs");
const { SerialPort } = require('serialport');
const { ReadlineParser } = require('@serialport/parser-readline');
let timeout;
class Jeelink extends utils.Adapter {
/**
* @param {Partial<utils.AdapterOptions>} [options={}]
*/
constructor(options) {
super({
...options,
name: 'jeelink'
});
this.on('ready', this.onReady.bind(this));
this.on('stateChange', this.onStateChange.bind(this));
this.on('unload', this.onUnload.bind(this));
}
/**
* Is called when databases are connected and adapter received configuration.
*/
async onReady() {
// Initialize your adapter here
// The adapters config (in the instance object everything under the attribute "native") is accessible via
// this.config:
this.log.info('start of main');
var obj = this.config.sensors;
for (var anz in obj) {
if (obj[anz].stype == 'emonTH') {
await this.defineemonTH(obj[anz].usid, obj[anz].name);
} else if (obj[anz].stype == 'emonWater') {
await this.defineemonWater(obj[anz].usid, obj[anz].name);
} else if (obj[anz].stype.indexOf('LaCrosseDT') == 0) {
await this.defineLaCrosseDTH(obj[anz].usid, obj[anz].name, obj[anz].stype);
} else if (obj[anz].stype == 'LaCrosseBMP180') {
await this.defineLaCrosseBMP180(obj[anz].usid, obj[anz].name);
}
if (obj[anz].stype == 'HMS100TF') {
await this.defineHMS100TF(obj[anz].usid, obj[anz].name);
}
if (obj[anz].stype == 'LaCrosseWS') {
await this.defineLaCrosseWS(obj[anz].usid, obj[anz].name);
}
if (obj[anz].stype == 'DavisVantage') {
await this.defineDavisVantage(obj[anz].usid, obj[anz].name);
}
if (obj[anz].stype == 'EC3000') {
await this.defineEC3000(obj[anz].usid, obj[anz].name);
}
if (obj[anz].stype == 'EMT7110') {
await this.defineEMT7110(obj[anz].usid, obj[anz].name);
}
if (obj[anz].stype == 'level') {
await this.defineLevel(obj[anz].usid, obj[anz].name);
}
}
let path = this.config.serialport || '/dev/ttyUSB0';
let baudrate = parseInt(this.config.baudrate || 57600);
this.log.info('configured port : ' + this.config.serialport);
this.log.info('configured baudrate : ' + this.config.baudrate);
this.log.info('instantiating SerialPort path: ' + path + ' baudrate : ' + baudrate);
const sp = new SerialPort({ path: path, baudRate: baudrate }, async (error) => {
if (error) {
this.log.error('failed to open Serialport: ' + error);
//console.log('usb open error' + error);
} else {
this.log.info('adapter opened the SerialPort');
const parser = sp.pipe(new ReadlineParser({ delimiter: '\r\n' }));
//const parser = new Readline({ delimiter: '\r\n' });
//sp.pipe(parser);
parser.on('data', async (data) => {
this.log.debug('data received: ' + data);
if (data.startsWith('H0')) {
await this.logHMS100TF(data);
} else {
var tmp = data.split(' ');
if (tmp[0] === 'OK') {
if (tmp[1] === '9') {
// 9 ist fix für LaCrosse
await this.logLaCrosseDTH(data);
} else if (tmp[1] === '22') {
//22 ist fix für EC3000
await this.logEC3000(data);
} else if (tmp[1] === 'EMT7110') {
// EMT7110 ist fix für EMT7110
await this.logEMT7110(data);
} else if (tmp[1] === 'LS') {
// LS fix für level
await this.logLevel(data);
} else if (tmp[2] === 'DAVIS') {
// DAVIS fix für Davis Vantage
await this.logDavisVantage(data);
} else if (tmp[1] === 'WS') {
//derzeitig fix für superjee, noch auf beide geschickt :-(
await this.logLaCrosseBMP180(data);
await this.logLaCrosseWS(data);
} else {
// es wird auf beide log der Datenstrom geschickt und dann ausgewertet
await this.logemonTH(data);
await this.logemonWater(data);
}
}
}
});
if (this.config.command_en) {
timeout = setTimeout(() => {
sp.write(this.config.command, (err) => {
if (err) {
return this.log.debug('Error on write: ' + err.message);
}
this.log.debug('message to USB-stick written : ' + this.config.command);
});
}, 1500);
}
}
});
this.subscribeStates('*');
}
/**
* Is called when adapter shuts down - callback has to be called under any circumstances!
* @param {() => void} callback
*/
async onUnload(callback) {
try {
// Here you must clear all timeouts or intervals that may still be active
clearTimeout(timeout);
// clearTimeout(timeout2);
// ...
//clearInterval(interval1);
callback();
} catch (e) {
callback();
}
}
/**
* Is called if a subscribed state changes
* @param {string} id
* @param {ioBroker.State | null | undefined} state
*/
onStateChange(id, state) {
if (state) {
// The state was changed
this.log.debug(`state ${id} changed: ${state.val} (ack = ${state.ack})`);
} else {
// The state was deleted
this.log.debug(`state ${id} deleted`);
}
}
getConfigObjects(Obj, where, what) {
var foundObjects = [];
for (var prop in Obj) {
if (Obj[prop][where] == what) {
foundObjects.push(Obj[prop]);
}
}
return foundObjects;
}
round(value, digits) {
var factor = Math.pow(10, digits);
value = Math.round(value * factor);
return value / factor;
} //digits 1 for 1 digit after comma
// OK 21 XXX XXX XXX XXX XXX
// | | | | | | |
// | | | | | | |- [11]Battery Volatge
// | | | | | |----- [9]warm Water
// | | | | |--------- [7]warm Water
// | | | |------------- [5]cold Water
// | | |----------------- [3]cold Water
// | |-------------------- [2]Sensor ID
// |----------------------- [0]fix "OK"
async defineemonWater(id, name) {
await this.setObjectNotExistsAsync('emonWater_' + id, {
type: 'channel',
common: {
name: 'emonWater ' + id,
role: 'sensor'
},
native: {
addr: id
}
});
this.log.info('RFM12B setting up object = emonWater' + id);
await this.setObjectNotExistsAsync('emonWater_' + id + '.cw_mom', {
type: 'state',
common: {
name: 'Cold Water',
type: 'number',
unit: 'l',
min: 0,
max: 100,
read: true,
write: false,
role: 'value',
desc: 'Cold Water'
},
native: {}
});
await this.setObjectNotExistsAsync('emonWater_' + id + '.cw_cum', {
type: 'state',
common: {
name: 'Cold Water',
type: 'number',
unit: 'm3',
min: 0,
max: 10000,
read: true,
write: false,
role: 'value',
desc: 'Cold Water counter'
},
native: {}
});
await this.setObjectNotExistsAsync('emonWater_' + id + '.ww_mom', {
type: 'state',
common: {
name: 'Warm Water',
type: 'number',
unit: 'l',
min: 0,
max: 100,
read: true,
write: false,
role: 'value',
desc: 'Warm Water'
},
native: {}
});
await this.setObjectNotExistsAsync('emonWater_' + id + '.ww_cum', {
type: 'state',
common: {
name: 'Warm Water',
type: 'number',
unit: 'm3',
min: 0,
max: 10000,
read: true,
write: false,
role: 'value',
desc: 'Warm Water counter'
},
native: {}
});
await this.setObjectNotExistsAsync('emonWater_' + id + '.batt', {
type: 'state',
common: {
name: 'Battery',
type: 'number',
unit: 'V',
min: 0,
max: 5,
read: true,
write: false,
role: 'value.battery',
desc: 'Battery'
},
native: {}
});
}
async logemonWater(data) {
var tmp = data.split(' ');
//we are expecting data in form \"OK nodeid data1 data2 etc
if (tmp[0] === 'OK') {
var tmpp = tmp.splice(3, 12);
this.log.debug('splice:' + tmpp);
var array = this.getConfigObjects(this.config.sensors, 'sid', tmp[2]);
if (array.length === 0 || array.length !== 1) {
this.log.debug(
'received ID :' + tmp[2] + ' is not defined in the adapter or not unique received address'
);
/** new sensor -> config (not nice, because auf adapter restart, but works)
this.getForeignObject('system.this.' + this.namespace, function(err,obj){
if (err){
this.log.error(err);
}
else {
this.log.debug("native object : " + JSON.stringify(obj.native.sensors));
obj.native.sensors.push({"sid":tmp[2] , "usid":"nodef" , "stype":"emon???" , "name":"room???"});
this.setForeignObject('system.this.' + this.namespace, obj, function(err){
if(err) {this.log.error(err);}
else{
this.log.info("new sensor ID = " + tmp[2] + " added to config, please see admin page of adapter for further configuration");
}
});
}
});
**/
/** new sensor -> array in objects (push to state works but admin does not show the table)
this.getState('foundDevices.state', function(err,state){
if (err){
this.log.error(err);
}
else {
this.log.debug("found devices : " + JSON.stringify(state));
var found = []; //alte Wert erstmal nicht übernehmen, damit nur ein neuer Sensor erscheint
found.push({"sid":tmp[2],"usid":"nodef","stype":"emon???","name":"room???"});
this.log.debug("found push = " + JSON.stringify(found));
this.setStateAsync('foundDevices.state', {val: found, ack: true}, function(err){
if(err) {this.log.error(err);}
else{
this.log.info("new sensor ID = "+ tmp[2] + " added to foundDevices, please see admin page of adapter for further configuratiuon");
}
});
}
});
**/
} else if (array[0].stype !== 'emonWater') {
this.log.debug('received ID :' + tmp[2] + ' is not defined in the adapter as emonWater');
} else if (array[0].usid != 'nodef') {
this.log.debug('cw_mom:' + parseInt(tmpp[0]) / 10);
this.log.debug('cw counter: ' + parseInt(tmpp[2]) / 10);
this.log.debug('ww_mom:' + parseInt(tmpp[4]) / 10);
this.log.debug('ww counter: ' + parseInt(tmpp[6]) / 10);
this.log.debug('Voltage: ' + parseInt(tmpp[8]) / 10);
await this.setStateAsync('emonWater_' + array[0].usid + '.cw_mom', {
val: parseInt(tmpp[0]) / 10,
ack: true
});
await this.setStateAsync('emonWater_' + array[0].usid + '.cw_cum', {
val: parseInt(tmpp[2]) / 10,
ack: true
});
await this.setStateAsync('emonWater_' + array[0].usid + '.ww_mom', {
val: parseInt(tmpp[4]) / 10,
ack: true
});
await this.setStateAsync('emonWater_' + array[0].usid + '.ww_cum', {
val: parseInt(tmpp[6]) / 10,
ack: true
});
await this.setStateAsync('emonWater_' + array[0].usid + '.batt', {
val: parseInt(tmpp[8]) / 10,
ack: true
});
}
}
}
// OK 19 XXXX XXXX XXXX XXXX XXXX
// | | | | | | |
// | | | | | | |-- [11]Pulsecount (firmware v2.1 onwards) -> not evaluated in adapter
// | | | | | |------- [9]Battery Voltage
// | | | | |------------ [7]DHT22 Humidity
// | | | |----------------- [5]DS18B20 Temperature
// | | |--------------------- [3]DHT22 Temperature
// | |------------------------- [2]Sensor ID
// |---------------------------- [0]fix "OK"
async defineemonTH(id, name) {
await this.setObjectNotExistsAsync('emonTH_' + id, {
type: 'channel',
common: {
name: name,
role: 'sensor'
},
native: {
addr: id
}
});
this.log.info('RFM12B setting up object = emonTH' + id);
await this.setObjectNotExistsAsync('emonTH_' + id + '.temp', {
type: 'state',
common: {
name: 'Temperature',
type: 'number',
unit: '°C',
min: -50,
max: 70,
read: true,
write: false,
role: 'value.temperature',
desc: 'Temperature'
},
native: {}
});
await this.setObjectNotExistsAsync('emonTH_' + id + '.humid', {
type: 'state',
common: {
name: 'Humidity',
type: 'number',
unit: '%',
min: 0,
max: 100,
read: true,
write: false,
role: 'value.humidity',
desc: 'Humidity'
},
native: {}
});
await this.setObjectNotExistsAsync('emonTH_' + id + '.batt', {
type: 'state',
common: {
name: 'Battery',
type: 'number',
unit: 'V',
min: 0,
max: 5,
read: true,
write: false,
role: 'value.battery',
desc: 'Battery'
},
native: {}
});
await this.setObjectNotExistsAsync('emonTH_' + id + '.abshumid', {
type: 'state',
common: {
name: 'abs Humidity',
type: 'number',
unit: 'g/m3',
min: 0,
max: 100,
read: true,
write: false,
role: 'value.humidity'
},
native: {}
});
await this.setObjectNotExistsAsync('emonTH_' + id + '.dewpoint', {
type: 'state',
common: {
name: 'Dewpoint',
type: 'number',
unit: '°C',
min: -50,
max: 70,
read: true,
write: false,
role: 'value.temperature'
},
native: {}
});
}
async logemonTH(data) {
var tmp = data.split(' ');
//we are expecting data in form \"OK nodeid data1 data2 etc
if (tmp[0] === 'OK') {
var tmpp = tmp.splice(3, 8);
this.log.debug('splice:' + tmpp);
var array = this.getConfigObjects(this.config.sensors, 'sid', tmp[2]);
if (array.length === 0 || array.length !== 1) {
this.log.debug(
'received ID :' + tmp[2] + ' is not defined in the adapter or not unique received address'
);
/** new sensor -> config (not nice, because auf adapter restart, but works)
this.getForeignObject('system.this.' + this.namespace, function(err,obj){
if (err){
this.log.error(err);
}
else {
this.log.debug("native object : " + JSON.stringify(obj.native.sensors));
obj.native.sensors.push({"sid":tmp[2] , "usid":"nodef" , "stype":"emon???" , "name":"room???"});
this.setForeignObject('system.this.' + this.namespace, obj, function(err){
if(err) {this.log.error(err);}
else{
this.log.info("new sensor ID = " + tmp[2] + " added to config, please see admin page of adapter for further configuration");
}
});
}
});
**/
} else if (array[0].stype !== 'emonTH') {
this.log.debug('received ID :' + tmp[2] + ' is not defined in the adapter as emonTH');
} else if (array[0].usid != 'nodef') {
this.log.debug('Temperature:' + parseInt(tmpp[0]) / 10);
this.log.debug('Humidty: ' + parseInt(tmpp[4]) / 10);
this.log.debug('Voltage: ' + parseInt(tmpp[6]) / 10);
await this.setStateAsync('emonTH_' + array[0].usid + '.temp', {
val: parseInt(tmpp[0]) / 10,
ack: true
});
await this.setStateAsync('emonTH_' + array[0].usid + '.humid', {
val: parseInt(tmpp[4]) / 10,
ack: true
});
await this.setStateAsync('emonTH_' + array[0].usid + '.batt', {
val: parseInt(tmpp[6]) / 10,
ack: true
});
//absolute Feuchte und Taupunkt
var temp = parseInt(tmpp[0]) / 10;
var rel = parseInt(tmpp[4]) / 10;
var vappress = rel / 100 * 6.1078 * Math.exp(7.5 * temp / (237.3 + temp) / Math.LOG10E);
var v = Math.log(vappress / 6.1078) * Math.LOG10E;
var dewp = 237.3 * v / (7.5 - v);
var habs = 1000 * 18.016 / 8314.3 * 100 * vappress / (273.15 + temp);
await this.setStateAsync('emonTH_' + array[0].usid + '.abshumid', {
val: this.round(habs, 1),
ack: true
});
await this.setStateAsync('emonTH_' + array[0].usid + '.dewpoint', {
val: this.round(dewp, 1),
ack: true
});
}
}
}
// TX29DTH-IT mit H0...
// H005400750255
// H000700320268
// H001000290270
// H002700680253
// H002500390426
// H 00 AA F S T1T2H1T3H2H3
// 0 1 2 3 4 5 6 7 8 9
// H 00 ID X X X X X X X X
// | | | | | | | | | | |-[10] Humidity H3
// | | | | | | | | | |---[9] Humidity H2
// | | | | | | | | | ----[8] Temperature T3
// | | | | | | | |-------[7] Humidity H1
// | | | | | | |-------- [6] Temperature T2
// | | | | | |---------- [5] Temperature T1
// | | | | |------------ [4] Sensor type (0 = HMS100TF or 1 = HMS100T)
// | | | |-------------- [3] Flag und Temp Vorzeichen; 8 = <0°C, 2 = low Batt, A?=low Batt and <0°C
// | | |----------------- [2] Sensor ID
// | |------------------- [1] fix "00"
// |---------------------- [0] fix "H"
// Temp = (10*T3 + T1 + T2/10)* Vorzeichen
// Feuchte = (10*H2 + H3 + H1/10)
async defineHMS100TF(id, name) {
await this.setObjectNotExistsAsync('HMS100TF_' + id, {
type: 'channel',
common: {
name: name,
role: 'sensor'
},
native: {
addr: id
}
});
this.log.info('RFM12B setting up object = HMS100TF ' + id);
await this.setObjectNotExistsAsync('HMS100TF_' + id + '.temp', {
type: 'state',
common: {
name: 'Temperature',
type: 'number',
unit: '°C',
min: -50,
max: 70,
read: true,
write: false,
role: 'value.temperature',
desc: 'Temperature'
},
native: {}
});
await this.setObjectNotExistsAsync('HMS100TF_' + id + '.humid', {
type: 'state',
common: {
name: 'Humidity',
type: 'number',
unit: '%',
min: 0,
max: 100,
read: true,
write: false,
role: 'value.humidity',
desc: 'Humidity'
},
native: {}
});
await this.setObjectNotExistsAsync('HMS100TF_' + id + '.lowBatt', {
type: 'state',
common: {
name: 'Battery Low',
type: 'boolean',
role: 'indicator.lowbat',
read: true,
write: false
},
native: {}
});
await this.setObjectNotExistsAsync('HMS100TF_' + id + '.abshumid', {
type: 'state',
common: {
name: 'abs Humidity',
type: 'number',
unit: 'g/m3',
min: 0,
max: 100,
read: true,
write: false,
role: 'value.humidity'
},
native: {}
});
await this.setObjectNotExistsAsync('HMS100TF_' + id + '.dewpoint', {
type: 'state',
common: {
name: 'Dewpoint',
type: 'number',
unit: '°C',
min: -50,
max: 70,
read: true,
write: false,
role: 'value.temperature'
},
native: {}
});
}
async logHMS100TF(data) {
var tmp = data.split('');
if (tmp[0] === 'H') {
// Wenn ein Datensatz sauber gelesen wurde
// somit werden alle SenderIDs bearbeitet
//var buf = new Buffer(tmp);
//passt hier der code?
//in1.0.0 von tmpp auf tmp geändert
var eid = parseInt(tmp[3]) * 10 + parseInt(tmp[4]); //empfangene ID
var array = this.getConfigObjects(this.config.sensors, 'sid', eid);
if (array.length === 0 || array.length !== 1) {
this.log.debug('received ID :' + eid + ' is not defined in the adapter or not unique received address');
} else if (array[0].stype !== 'HMS100TF') {
this.log.debug('received ID :' + eid + ' is not defined in the adapter as HMS100TF');
} else if (array[0].usid != 'nodef') {
this.log.debug('Sensor ID : ' + eid);
this.log.debug('Type : ' + parseInt(tmp[6])); //should be 0 otherwise it is only temperature
this.log.debug('Temperatur : ' + (parseInt(tmp[10]) * 10 + parseInt(tmp[7]) + parseInt(tmp[8]) / 10)); // Vorzeichen fehlt noch
this.log.debug(
'Humidty : ' + (parseInt(tmp[11]) * 10 + parseInt(tmp[12]) + parseInt(tmp[9]) / 10)
);
this.log.debug('LowBattery : ' + ((parseInt(tmp[5]) & 0x02) >> 1)); //irgendwie wird xA nicht ausgewertet
// Werte schreiben
// aus gesendeter ID die unique ID bestimmen
await this.setStateAsync('HMS100TF_' + array[0].usid + '.lowBatt', {
val: (parseInt(tmp[5]) & 0x02) >> 1,
ack: true
});
await this.setStateAsync('HMS100TF_' + array[0].usid + '.temp', {
val: parseInt(tmp[10]) * 10 + parseInt(tmp[7]) + parseInt(tmp[8]) / 10,
ack: true
});
await this.setStateAsync('HMS100TF_' + array[0].usid + '.humid', {
val: parseInt(tmp[11]) * 10 + parseInt(tmp[12]) + parseInt(tmp[9]) / 10,
ack: true
});
//absolute Feuchte und Taupunkt
var temp = parseInt(tmp[10]) * 10 + parseInt(tmp[7]) + parseInt(tmp[8]) / 10;
var rel = parseInt(tmp[11]) * 10 + parseInt(tmp[12]) + parseInt(tmp[9]) / 10;
var vappress = rel / 100 * 6.1078 * Math.exp(7.5 * temp / (237.3 + temp) / Math.LOG10E);
var v = Math.log(vappress / 6.1078) * Math.LOG10E;
var dewp = 237.3 * v / (7.5 - v);
var habs = 1000 * 18.016 / 8314.3 * 100 * vappress / (273.15 + temp);
await this.setStateAsync('HMS100TF_' + array[0].usid + '.abshumid', {
val: this.round(habs, 1),
ack: true
});
await this.setStateAsync('HMS100TF_' + array[0].usid + '.dewpoint', {
val: this.round(dewp, 1),
ack: true
});
}
}
}
// EMT7110 FHEM
// Format
//
// OK EMT7110 84 81 8 237 0 13 0 2 1 6 1 -> ID 5451 228,5V 13mA 2W 2,62kWh
// OK EMT7110 84 162 8 207 0 76 0 7 0 0 1
// OK EMT7110 ID ID VV VV AA AA WW WW KW KW Flags
// | | | | | | | | | | |
// | | | | | | | | | | `--- AccumulatedPower * 100 LSB
// | | | | | | | | | `------ AccumulatedPower * 100 MSB
// | | | | | | | | `--- Power (W) LSB
// | | | | | | | `------ Power (W) MSB
// | | | | | | `--- Current (mA) LSB
// | | | | | `------ Current (mA) MSB
// | | | | `--- Voltage (V) * 10 LSB
// | | | `----- Voltage (V) * 10 MSB
// | | `--- ID
// | `------- ID
// `--- fix "EMT7110"
async defineEMT7110(id, name) {
await this.setObjectNotExistsAsync('EMT7110_' + id, {
type: 'channel',
common: {
name: name,
role: 'sensor'
},
native: {
addr: id
}
});
this.log.info('RFM12B setting up object = EMT7110 ' + id);
await this.setObjectNotExistsAsync('EMT7110_' + id + '.voltage', {
type: 'state',
common: {
name: 'Voltage',
type: 'number',
unit: 'V',
min: 0,
read: true,
write: false,
role: 'value',
desc: 'Voltage'
},
native: {}
});
await this.setObjectNotExistsAsync('EC3000_' + id + '.current', {
type: 'state',
common: {
name: 'Current',
type: 'number',
unit: 'mA',
min: 0,
read: true,
write: false,
role: 'value',
desc: 'Current'
},
native: {}
});
await this.setObjectNotExistsAsync('EMT7110_' + id + '.energy', {
type: 'state',
common: {
name: 'energy',
type: 'number',
unit: 'kWh',
min: 0,
read: true,
write: false,
role: 'value'
},
native: {}
});
await this.setObjectNotExistsAsync('EMT7110_' + id + '.power', {
type: 'state',
common: {
name: 'actual power',
type: 'number',
unit: 'W',
min: 0,
read: true,
write: false,
role: 'value'
},
native: {}
});
}
async logEMT7110(data) {
var tmp = data.split(' ');
if (tmp[0] === 'OK') {
// Wenn ein Datensatz sauber gelesen wurde
if (tmp[1] == 'EMT7110') {
// Für jeden Datensatz mit dem fixen Eintrag EMT7110
// somit werden alle SenderIDs bearbeitet
var tmpp = tmp.splice(2, 13); // es werden die vorderen Blöcke (0,1,2) entfernt
this.log.debug('splice : ' + tmpp);
var id = parseInt(tmpp[0]) * 256 + parseInt(tmpp[1]);
var array = this.getConfigObjects(this.config.sensors, 'sid', id);
if (array.length === 0 || array.length !== 1) {
this.log.debug(
'received ID :' + id + ' is not defined in the adapter or not unique received address'
);
} else if (array[0].stype !== 'EMT7110') {
this.log.debug('received ID :' + id + ' is not defined in the adapter as LaCrosseWS');
} else if (array[0].usid != 'nodef') {
this.log.debug('Station ID : ' + id);
this.log.debug('voltage : ' + (parseInt(tmpp[2]) * 256 + parseInt(tmpp[3])) / 10);
this.log.debug('current : ' + (parseInt(tmpp[4]) * 256 + parseInt(tmpp[5])));
this.log.debug('power : ' + (parseInt(tmpp[6]) * 256 + parseInt(tmpp[7])));
this.log.debug('energy : ' + (parseInt(tmpp[8]) * 256 + parseInt(tmpp[9])) / 100);
// Werte schreiben
// aus gesendeter ID die unique ID bestimmen
await this.setStateAsync('EMT7110_' + array[0].usid + '.voltage', {
val: (parseInt(tmpp[2]) * 256 + parseInt(tmpp[3])) / 10,
ack: true
});
await this.setStateAsync('EMT7110_' + array[0].usid + '.current', {
val: parseInt(tmpp[4]) * 256 + parseInt(tmpp[5]),
ack: true
});
await this.setStateAsync('EMT7110_' + array[0].usid + '.power', {
val: parseInt(tmpp[6]) * 256 + parseInt(tmpp[7]),
ack: true
});
await this.setStateAsync('EMT7110_' + array[0].usid + '.energy', {
val: (parseInt(tmpp[8]) * 256 + parseInt(tmpp[9])) / 100,
ack: true
});
}
}
}
}
// EC3000 openhab
// OK 22 188 129 0 209 209 102 0 174 89 187 0 1 123 102 0 0 10 117 2 0 (ID = BC81)
//
// OK 22 ID ID XXX XXX XXX XXX XXX XXX XXX XXX XXX XXX XXX XXX XXX XXX XXX XXX XXX XXX
// | | | | | | | | | | | | | | | | | | | | | |----[20] ??
// | | | | | | | | | | | | | | | | | | | | |--------[19] resets
// | | | | | | | | | | | | | | | | | | | |------------[18] max power
// | | | | | | | | | | | | | | | | | | |----------------[17] max power
// | | | | | | | | | | | | | | | | | |--------------------[16] power
// | | | | | | | | | | | | | | | | |------------------------[15] power
// | | | | | | | | | | | | | | | |----------------------------[14] energy
// | | | | | | | | | | | | | | |--------------------------------[13] energy
// | | | | | | | | | | | | | |------------------------------------[12] energy
// | | | | | | | | | | | | |----------------------------------------[11] energy
// | | | | | | | | | | | |--------------------------------------------[10] on time
// | | | | | | | | | | |------------------------------------------------[9] on time
// | | | | | | | | | |----------------------------------------------------[8] on time
// | | | | | | | | |--------------------------------------------------------[7] on time
// | | | | | | | |------------------------------------------------------------[6] total time
// | | | | | | |--------------------------------------------------------------- [5] total time
// | | | | | |------------------------------------------------------------------- [4] total time
// | | | | |----------------------------------------------------------------------- [3] total time
// | | | |--------------------------------------------------------------------------- [2] Sensor ID
// | | |------------------------------------------------------------------------------- [1] Sensor ID
// | |---------------------------------------------------------------------------------- [0] fix "22"
// |------------------------------------------------------------------------------------- fix "OK"
async defineEC3000(id, name) {
await this.setObjectNotExistsAsync('EC3000_' + id, {
type: 'channel',
common: {
name: name,
role: 'sensor'
},
native: {
addr: id
}
});
this.log.info('RFM12B setting up object = EC3000 ' + id);
await this.setObjectNotExistsAsync('EC3000_' + id + '.total', {
type: 'state',
common: {
name: 'Time ON total',
type: 'number',
unit: 's',
min: 0,
read: true,
write: false,
role: 'value',
desc: 'Time ON total'
},
native: {}
});
await this.setObjectNotExistsAsync('EC3000_' + id + '.ontime', {
type: 'state',
common: {
name: 'Time ON',
type: 'number',
unit: 's',
min: 0,
read: true,
write: false,
role: 'value',
desc: 'Time ON'
},
native: {}
});
await this.setObjectNotExistsAsync('EC3000_' + id + '.energy', {
type: 'state',
common: {
name: 'energy',
type: 'number',
unit: 'Wh',
min: 0,
read: true,
write: false,
role: 'value'
},
native: {}
});
await this.setObjectNotExistsAsync('EC3000_' + id + '.power', {
type: 'state',
common: {
name: 'actual power',
type: 'number',
unit: 'W',
min: 0,
read: true,
write: false,
role: 'value'
},
native: {}
});
await this.setObjectNotExistsAsync('EC3000_' + id + '.maxpower', {
type: 'state',
common: {
name: 'maximum power',
type: 'number',
unit: 'W',
min: 0,
read: true,
write: false,
role: 'value'
},
native: {}
});
await this.setObjectNotExistsAsync('EC3000_' + id + '.resets', {
type: 'state',
common: {
name: 'number of resets',
type: 'number',
min: 0,
read: true,
write: false,
role: 'value'
},
native: {}
});
}
async logEC3000(data) {
var tmp = data.split(' ');
if (tmp[0] === 'OK') {
// Wenn ein Datensatz sauber gelesen wurde
if (tmp[1] == '22') {
// Für jeden Datensatz mit dem fixen Eintrag WS
// somit werden alle SenderIDs bearbeitet
var tmpp = tmp.splice(2, 21); // es werden die vorderen Blöcke (0,1,2) entfernt
this.log.debug('splice : ' + tmpp);
var id = parseInt(tmpp[0]) * 256 + parseInt(tmpp[1]);
var array = this.getConfigObjects(this.config.sensors, 'sid', id);
if (array.length === 0 || array.length !== 1) {
this.log.debug(
'received ID :' + id + ' is not defined in the adapter or not unique received address'
);
} else if (array[0].stype !== 'EC3000') {
this.log.debug('received ID :' + id + ' is not defined in the adapter as LaCrosseWS');
} else if (array[0].usid != 'nodef') {
this.log.debug('Station ID : ' + id);
this.log.debug(
'total time : ' +
(parseInt(tmpp[2]) * 16777216 +
parseInt(tmpp[3]) * 65536 +
parseInt(tmpp[4]) * 256 +
parseInt(tmpp[5]))
);
this.log.debug(
'on time : ' +
(parseInt(tmpp[6]) * 16777216 +
parseInt(tmpp[7]) * 65536 +
parseInt(tmpp[8]) * 256 +
parseInt(tmpp[9]))
);
this.log.debug(
'energy : ' +
(parseInt(tmpp[10]) * 16777216 +
parseInt(tmpp[11]) * 65536 +
parseInt(tmpp[12]) * 256 +
parseInt(tmpp[13]))
);
this.log.debug('power : ' + (parseInt(tmpp[14]) * 256 + parseInt(tmpp[15])));
this.log.debug('max power : ' + (parseInt(tmpp[16]) * 256 + parseInt(tmpp[17])));
this.log.debug('resets : ' + parseInt(tmpp[18]));
// Werte schreiben
// aus gesendeter ID die unique ID bestimmen
await this.setStateAsync('EC3000_' + array[0].usid + '.total', {
val:
parseInt(tmpp[2]) * 16777216 +
parseInt(tmpp[3]) * 65536 +
parseInt(tmpp[4]) * 256 +
parseInt(tmpp[5]),
ack: true
});
await this.setStateAsync('EC3000_' + array[0].usid + '.ontime', {
val: