iobroker.heatingcontrol
Version:
HeatingControl Adapter
254 lines (199 loc) • 9.04 kB
JavaScript
/* eslint-disable prefer-template */
"use strict";
// Die ThermostatTypeTab definiert die Thermostat Typen.
// used for known hardware, all others can be set manually
const ThermostatTypeTab = [];
//Homematic
ThermostatTypeTab[0] = ["HM-TC-IT-WM-W-EU", "Wandthermostat (neu)", ".2.SET_TEMPERATURE", ".1.TEMPERATURE", "2.CONTROL_MODE"];
ThermostatTypeTab[1] = ["HM-CC-TC", "Wandthermostat (alt)", ".2.SETPOINT", ".1.TEMPERATURE", false];
ThermostatTypeTab[2] = ["HM-CC-RT-DN", "Heizkoerperthermostat(neu)", ".4.SET_TEMPERATURE", ".4.ACTUAL_TEMPERATURE", "4.CONTROL_MODE"];
ThermostatTypeTab[3] = ["HMIP-eTRV", "Heizkoerperthermostat(HMIP)", ".1.SET_POINT_TEMPERATURE", ".1.ACTUAL_TEMPERATURE", "1.CONTROL_MODE"];
ThermostatTypeTab[4] = ["HMIP-WTH", "Wandthermostat(HMIP)", ".1.SET_POINT_TEMPERATURE", ".1.ACTUAL_TEMPERATURE", "1.CONTROL_MODE"];
ThermostatTypeTab[5] = ["HmIP-WTH-2", "Wandthermostat(HMIP)", ".1.SET_POINT_TEMPERATURE", ".1.ACTUAL_TEMPERATURE", "1.CONTROL_MODE"];
ThermostatTypeTab[6] = ["HMIP-STH", "Wandthermostat(HMIP)", ".1.SET_POINT_TEMPERATURE", ".1.ACTUAL_TEMPERATURE", "1.CONTROL_MODE"];
ThermostatTypeTab[7] = ["HMIP-STHD", "Wandthermostat(HMIP)", ".1.SET_POINT_TEMPERATURE", ".1.ACTUAL_TEMPERATURE", "1.CONTROL_MODE"];
ThermostatTypeTab[8] = ["HmIP-eTRV-2", "Heizkoerperthermostat(HMIP)", ".1.SET_POINT_TEMPERATURE", ".1.ACTUAL_TEMPERATURE", "1.CONTROL_MODE"];
ThermostatTypeTab[9] = ["HMIP-eTRV-B", "Heizkoerperthermostat(HMIP)", ".1.SET_POINT_TEMPERATURE", ".1.ACTUAL_TEMPERATURE", "1.SET_POINT_MODE"];
ThermostatTypeTab[10] = ["HmIP-eTRV-B-2 R4M", "Heizkoerperthermostat(HMIP)", ".1.SET_POINT_TEMPERATURE", ".1.ACTUAL_TEMPERATURE", "1.SET_POINT_MODE"];
const MaxHomematicThermostatType = 10;
//MaxCube
//const MinMaxcubeThermostatType = 10;
ThermostatTypeTab[20] = ["max! Thermostat", "Thermostat", ".setpoint", ".temp", ".mode"];
/*
MAX! Heizkörperthermostat basic
MAX! Heizkörperthermostat
MAX! Heizkörperthermostat +
MAX! Wandthermostat +
*/
//const MaxMaxcubeThermostatType = 10;
//tado with Homebridge accessories manager
//const MinTadoThermostatType = 20;
ThermostatTypeTab[30] = ["tado Thermostat", "Thermostat", ".Target-Temperature", ".Current-Temperature", ".mode"];
//id ist ham.0.RaumName.ThermostatName.
//const MaxTadoThermostatType = 20;
const ActorTypeTab = [];
const MinHomematicActorType = 0;
ActorTypeTab[0] = ["HM-LC-Sw4-PCB", "Funk-Schaltaktor 4-fach, Platine", ".STATE"];
ActorTypeTab[1] = ["HM-LC-Sw4-DR", "Funk-Schaltaktor 4-fach, Hutschienenmontage", ".STATE"];
ActorTypeTab[2] = ["HM-LC-Sw4-SM", "Funk-Schaltaktor 4-fach, Aufputzmontage", ".STATE"];
const MaxHomematicActorType = 2;
const SensorTypeTab = [];
const MinHomematicSensorType = 0;
SensorTypeTab[0] = ["HM-Sec-SC-2", "Funk-Tür-/Fensterkontakt", ".STATE"];
SensorTypeTab[1] = ["HM-Sec-SCo", "Funk-Tür-/Fensterkontakt, optisch", ".STATE"];
SensorTypeTab[2] = ["HM-Sec-RHS", "Funk-Fenster-Drehgriffkontakt", ".STATE"];
SensorTypeTab[3] = ["HM-Sec-SC", "Funk-Tür-/Fensterkontakt", ".STATE"];
SensorTypeTab[4] = ["HMIP-SWDO", "Homematic IP Fenster- und Türkontakt - optisch", ".1.TEMPERATURE"];
const MaxHomematicSensorType = 4;
const TempSensorTypeTab = [];
const MinHomematicTempSensorType = 0;
TempSensorTypeTab[0] = ["HM-WDS30-TO", "Funk-Temperatursensor", ".1.TEMPERATURE"];
TempSensorTypeTab[1] = ["HM-WDS30-OT2-SM-2", "Differenz-Temperatur-Sensor", ".1.TEMPERATURE"];
TempSensorTypeTab[2] = ["HM-WDS10-TH-O", "Funk-Temperatur-/Luftfeuchtesensor", ".1.TEMPERATURE"];
TempSensorTypeTab[3] = ["HM-WDS40-TH-I-2", "Funk-Innensensor ITH", ".1.TEMPERATURE"];
const MaxHomematicTempSensorType = 3;
async function Check4Thermostat(adapter, deviceObj) {
let found = false;
const device = {};
let supportedRT = -1;
for (let x1 = 0; x1 <= MaxHomematicThermostatType; x1++) {
if (deviceObj != null && deviceObj.native != null) {
adapter.log.debug("check " + deviceObj.native.PARENT_TYPE + " === " + ThermostatTypeTab[x1][0]);
if (deviceObj != null && deviceObj.native != null && deviceObj.native.PARENT_TYPE === ThermostatTypeTab[x1][0]) {
found = true;
supportedRT = x1;
adapter.log.debug("Thermostat found " + JSON.stringify(deviceObj));
}
} else {
adapter.log.error("wrong device found " + JSON.stringify(deviceObj));
adapter.log.info("please configure manually! ");
}
}
if (found) {
const sName = deviceObj.common.name.split(":")[0];
const oOID = deviceObj._id.split(".");
const sOID = oOID[0] + "." + oOID[1] + "." + oOID[2];
device.Name = sName;
device.OID_Target = sOID + ThermostatTypeTab[supportedRT][2];
device.OID_Current = sOID + ThermostatTypeTab[supportedRT][3];
} else {
//just for test
if (deviceObj._id == "javascript.0.Aktor1") {
adapter.log.warn("return a dummy object for test only");
device.Name = "DummyThermostat";
device.OID_Target = "thermostat1.oid.target";
device.OID_Current = "thermostat1.oid.current";
found = true;
}
}
const returnObject = {
found: found,
device: device
};
return returnObject;
}
async function Check4Actor(adapter, deviceObj) {
let found = false;
const device = {};
let supportedActor = -1;
for (let x2 = MinHomematicActorType; x2 <= MaxHomematicActorType; x2++) {
if (deviceObj != null && deviceObj.native != null) {
adapter.log.debug("check " + deviceObj.native.PARENT_TYPE + " === " + ActorTypeTab[x2][0]);
if (deviceObj.native.PARENT_TYPE === ActorTypeTab[x2][0]) {
found = true;
supportedActor = x2;
adapter.log.debug("Actor found " + JSON.stringify(deviceObj));
}
}
}
if (found) {
const sName = deviceObj.common.name;
device.Name = sName;
device.OID_Target = deviceObj._id + ActorTypeTab[supportedActor][2];
} else {
//just for test
if (deviceObj._id == "javascript.0.Aktor1") {
adapter.log.warn("return a dummy object for test only");
device.Name = "DummyActor";
device.OID_Target = "actor1.oid.target";
found = true;
}
}
const returnObject = {
found: found,
device: device
};
return returnObject;
}
async function Check4Sensor(adapter, deviceObj) {
let found = false;
const device = {};
let supportedSensor = -1;
for (let x3 = MinHomematicSensorType; x3 <= MaxHomematicSensorType; x3++) {
if (deviceObj != null && deviceObj.native != null) {
adapter.log.debug("check " + deviceObj.native.PARENT_TYPE + " === " + SensorTypeTab[x3][0]);
if ( deviceObj.native.PARENT_TYPE === SensorTypeTab[x3][0]) {
found = true;
supportedSensor = x3;
adapter.log.debug("Sensor found " + JSON.stringify(deviceObj));
}
}
}
if (found) {
const sName = deviceObj.common.name;
device.Name = sName;
device.OID_Current = deviceObj._id + SensorTypeTab[supportedSensor][2];
} else {
//just for test
if (deviceObj._id == "javascript.0.Aktor1") {
adapter.log.warn("return a dummy object for test only");
device.Name = "DummySensor";
device.OID_Current = "sensor1.oid.current";
found = true;
}
}
const returnObject = {
found: found,
device: device
};
return returnObject;
}
async function Check4TempSensor(adapter, deviceObj) {
let found = false;
const device = {};
let supportedSensor = -1;
for (let x3 = MinHomematicTempSensorType; x3 <= MaxHomematicTempSensorType; x3++) {
if (deviceObj != null && deviceObj.native != null) {
adapter.log.debug("check " + deviceObj.native.PARENT_TYPE + " === " + TempSensorTypeTab[x3][0]);
if (deviceObj.native.PARENT_TYPE === TempSensorTypeTab[x3][0]) {
found = true;
supportedSensor = x3;
adapter.log.debug("TempSensor found " + JSON.stringify(deviceObj));
}
}
}
if (found) {
const sName = deviceObj.common.name;
device.Name = sName;
device.OID_Current = deviceObj._id + TempSensorTypeTab[supportedSensor][2];
} else {
//just for test
if (deviceObj._id == "javascript.0.Aktor1") {
adapter.log.warn("return a dummy object for test only");
device.Name = "DummyTempSensor";
device.OID_Current = "tempsensor1.oid.current";
found = true;
}
}
const returnObject = {
found: found,
device: device
};
return returnObject;
}
module.exports = {
Check4Thermostat,
Check4Actor,
Check4Sensor,
Check4TempSensor
};