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main.js
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/**
*
* Zigbee devices adapter
*
*/
'use strict';
let debug;
try {
debug = require('zigbee-herdsman/node_modules/debug');
} catch (e) {
debug = require('debug');
}
const originalLogMethod = debug.log;
const zigbeeHerdsmanConvertersUtils = require('zigbee-herdsman-converters/lib/utils');
const safeJsonStringify = require('./lib/json');
const fs = require('fs');
const path = require('path');
const utils = require('@iobroker/adapter-core'); // Get common adapter utils
const SerialListPlugin = require('./lib/seriallist');
const CommandsPlugin = require('./lib/commands');
const GroupsPlugin = require('./lib/groups');
const NetworkMapPlugin = require('./lib/networkmap');
const DeveloperPlugin = require('./lib/developer');
const BindingPlugin = require('./lib/binding');
const OtaPlugin = require('./lib/ota');
const BackupPlugin = require('./lib/backup');
const ZigbeeController = require('./lib/zigbeecontroller');
const StatesController = require('./lib/statescontroller');
const ExcludePlugin = require('./lib/exclude');
const zigbeeHerdsmanConverters = require('zigbee-herdsman-converters');
const zigbeeHerdsmanConvertersPackage = require('zigbee-herdsman-converters/package.json')
const zigbeeHerdsmanPackage = require('zigbee-herdsman/package.json')
const vm = require('vm');
const util = require('util');
const dmZigbee = require('./lib/devicemgmt.js');
const createByteArray = function (hexString) {
const bytes = [];
for (let c = 0; c < hexString.length; c += 2) {
bytes.push(parseInt(hexString.substr(c, 2), 16));
}
return bytes;
};
const E_INFO = 1;
const E_DEBUG = 2;
const E_WARN = 3;
const E_ERROR = 4;
const errorCodes = {
9999: {severity: E_INFO, message: 'No response'},
233: {severity: E_DEBUG, message: 'MAC NO ACK'},
205: {severity: E_WARN, message: 'No network route'},
134: {severity: E_WARN, message: 'Unsupported Attribute'},
};
class Zigbee extends utils.Adapter {
/**
* @param {Partial<ioBroker.AdapterOptions>} [options={}]
*/
constructor(options) {
super(Object.assign(options || {}, {
dirname: __dirname.indexOf('node_modules') !== -1 ? undefined : __dirname,
name: 'zigbee',
systemConfig: true,
}));
this.on('ready', () => this.onReady());
this.on('unload', callback => this.onUnload(callback));
this.on('message', obj => this.onMessage(obj));
this.uploadRequired = false;
this.query_device_block = [];
this.stController = new StatesController(this);
this.stController.on('log', this.onLog.bind(this));
this.stController.on('changed', this.publishFromState.bind(this));
this.deviceManagement = new dmZigbee(this);
this.plugins = [
new SerialListPlugin(this),
new CommandsPlugin(this),
new GroupsPlugin(this),
new NetworkMapPlugin(this),
new DeveloperPlugin(this),
new BindingPlugin(this),
new ExcludePlugin(this),
new OtaPlugin(this),
new BackupPlugin(this),
];
}
async onMessage(obj) {
if (typeof obj === 'object' && obj.command) {
switch (obj.command) {
case 'SendToDevice': {
let rv = {
success: false,
loc: -1,
};
try {
rv = await this.sendPayload(obj.message);
} catch (e) {
rv.error = e;
}
this.sendTo(obj.from, obj.command, rv, obj.callback);
break;
}
}
}
}
sendError(error, message) {
try {
if (this.supportsFeature && this.supportsFeature('PLUGINS')) {
const sentryInstance = this.getPluginInstance('sentry');
if (sentryInstance) {
const Sentry = sentryInstance.getSentryObject();
if (Sentry) {
if (message) {
Sentry.configureScope(scope =>
scope.addBreadcrumb({
type: 'error', // predefined types
category: 'error message',
level: 'error',
message
}));
}
if (typeof error == 'string') {
Sentry.captureException(new Error(error));
} else {
Sentry.captureException(error);
}
}
}
}
} catch (err) {
this.log.error(`SentryError : ${message} ${error} ${err} `);
}
}
filterError(errormessage, message, error) {
if (error != null && error.code == undefined) {
let em = error.stack.match(/failed \((.+?)\) at/);
em = em || error.stack.match(/failed \((.+?)\)/);
this.log.error(`${message} no error code (${(em ? em[1] : 'undefined')})`);
this.sendError(error, `${message} no error code`);
this.log.debug(`Stack trace for ${em}: ${error.stack}`);
return;
}
const ecode = errorCodes[error.code];
if (ecode === undefined) {
this.log.error(errormessage);
this.sendError(error, errormessage);
return;
}
switch (ecode.severity) {
case E_INFO:
this.log.info(`${message}: Code ${error.code} (${ecode.message})`);
break;
case E_DEBUG:
this.log.debug(`${message}: Code ${error.code} (${ecode.message})`);
break;
case E_WARN:
this.log.warn(`${message}: Code ${error.code} (${ecode.message})`);
break;
case E_ERROR:
this.log.error(`${message}: Code ${error.code} (${ecode.message})`);
this.sendError(error, `${message}: Code ${error.code} (${ecode.message})`);
break;
default:
this.log.error(`${message}: Code ${error.code} (malformed error)`);
this.sendError(error, `${message}: Code ${error.code} (malformed error)`);
break;
}
}
debugLog(data, ...args) {
const message = (args) ? util.format(data, ...args) : data;
this.log.debug(message.slice(message.indexOf('zigbee-herdsman')));
}
async onReady() {
if (this.config.debugHerdsman) {
debug.log = this.debugLog.bind(this);
debug.enable('zigbee-herdsman*');
}
// external converters
this.applyExternalConverters();
// get devices from exposes
this.stController.getExposes();
this.subscribeStates('*');
// set connection false before connect to zigbee
this.setState('info.connection', false, true);
const zigbeeOptions = this.getZigbeeOptions();
this.zbController = new ZigbeeController(this);
this.zbController.on('log', this.onLog.bind(this));
this.zbController.on('ready', this.onZigbeeAdapterReady.bind(this));
this.zbController.on('disconnect', this.onZigbeeAdapterDisconnected.bind(this));
this.zbController.on('new', this.newDevice.bind(this));
this.zbController.on('leave', this.leaveDevice.bind(this));
this.zbController.on('pairing', this.onPairing.bind(this));
this.zbController.on('event', this.onZigbeeEvent.bind(this));
this.zbController.on('msg', this.onZigbeeEvent.bind(this));
this.zbController.on('publish', this.publishToState.bind(this));
this.zbController.configure(zigbeeOptions);
await this.callPluginMethod('configure', [zigbeeOptions]);
this.reconnectCounter = 1;
this.doConnect();
}
sandboxAdd(sandbox, item, module) {
const multipleItems = item.split(',');
if (multipleItems.length > 1) {
for(const singleItem of multipleItems) {
this.log.warn(`trying to add "${singleItem.trim()} = require(${module})[${singleItem.trim()}]" to sandbox`)
sandbox[singleItem.trim()] = require(module)[singleItem.trim()];
}
}
else {
this.log.warn(`trying to add "${item} = require(${module})" to sandbox`)
sandbox[item] = require(module);
}
}
SandboxRequire(sandbox, items) {
if (!items) return true;
let converterLoaded = true;
for (const item of items) {
const modulePath = item[2].replace(/['"]/gm, '');
let zhcm1 = modulePath.match(/^zigbee-herdsman-converters\//);
if (zhcm1) {
const i2 = modulePath.replace(/^zigbee-herdsman-converters\//, `../zigbee-herdsman-converters/`);
try {
this.sandboxAdd(sandbox, item[1], i2);
}
catch (error) {
this.log.error(`Sandbox error: ${(error && error.message ? error.message : 'no error message given')}`);
}
continue;
}
zhcm1 = modulePath.match(/^..\//);
if (zhcm1) {
const i2 = modulePath.replace(/^..\//, `../zigbee-herdsman-converters/`);
try {
this.sandboxAdd(sandbox, item[1], i2);
}
catch (error) {
this.log.error(`Sandbox error: ${(error && error.message ? error.message : 'no error message given')}`);
converterLoaded = false;
}
continue;
}
try {
this.sandboxAdd(sandbox, item[1], modulePath);
}
catch (error) {
this.log.error(`Sandbox error: ${(error && error.message ? error.message : 'no error message given')}`);
converterLoaded = false;
}
}
return converterLoaded;
}
* getExternalDefinition() {
if (this.config.external === undefined) {
return;
}
const extfiles = this.config.external.split(';');
for (const moduleName of extfiles) {
if (!moduleName) continue;
const sandbox = {
require,
module: {},
};
const mN = (fs.existsSync(moduleName) ? moduleName : this.expandFileName(moduleName).replace('.', '_'));
if (!fs.existsSync(mN)) {
this.log.warn(`External converter not loaded - neither ${moduleName} nor ${mN} exist.`);
}
else {
const converterCode = fs.readFileSync(mN, {encoding: 'utf8'}).toString();
let converterLoaded = true;
let modifiedCode = converterCode.replace(/\s+\/\/.+/gm, ''); // remove all lines starting with // (with the exception of the first.)
//fs.writeFileSync(mN+'.tmp1', modifiedCode)
modifiedCode = modifiedCode.replace(/^\/\/.+/gm, ''); // remove the fist line if it starts with //
//fs.writeFileSync(mN+'.tmp2', modifiedCode)
converterLoaded &= this.SandboxRequire(sandbox,[...modifiedCode.matchAll(/import\s+\*\s+as\s+(\S+)\s+from\s+(\S+);/gm)]);
modifiedCode = modifiedCode.replace(/import\s+\*\s+as\s+\S+\s+from\s+\S+;/gm, '')
//fs.writeFileSync(mN+'.tmp3', modifiedCode)
converterLoaded &= this.SandboxRequire(sandbox,[...modifiedCode.matchAll(/import\s+\{(.+)\}\s+from\s+(\S+);/gm)]);
modifiedCode = modifiedCode.replace(/import\s+\{.+\}\s+from\s+\S+;/gm, '');
converterLoaded &= this.SandboxRequire(sandbox,[...modifiedCode.matchAll(/import\s+(.+)\s+from\s+(\S+);/gm)]);
modifiedCode = modifiedCode.replace(/import\s+.+\s+from\s+\S+;/gm, '');
//fs.writeFileSync(mN+'.tmp4', modifiedCode)
converterLoaded &= this.SandboxRequire(sandbox,[...modifiedCode.matchAll(/const\s+\{(.+)\}\s+=\s+require\((.+)\)/gm)]);
modifiedCode = modifiedCode.replace(/const\s+\{.+\}\s+=\s+require\(.+\)/gm, '');
//fs.writeFileSync(mN+'.tmp5', modifiedCode)
converterLoaded &= this.SandboxRequire(sandbox,[...modifiedCode.matchAll(/const\s+(\S+)\s+=\s+require\((.+)\)/gm)]);
modifiedCode = modifiedCode.replace(/const\s+\S+\s+=\s+require\(.+\)/gm, '');
//fs.writeFileSync(mN+'.tmp6', modifiedCode)
for(const component of modifiedCode.matchAll(/const (.+):(.+)=/gm)) {
modifiedCode = modifiedCode.replace(component[0], `const ${component[1]} = `);
}
modifiedCode = modifiedCode.replace(/export .+;/gm, '');
fs.writeFileSync(mN+'.tmp', modifiedCode)
if (converterLoaded) {
try {
this.log.warn('Trying to run sandbox for ' + mN);
vm.runInNewContext(modifiedCode, sandbox);
const converter = sandbox.module.exports;
if (Array.isArray(converter)) for (const item of converter) {
this.log.info('Model ' + item.model + ' defined in external converter ' + mN);
yield item;
}
else {
this.log.info('Model ' + converter.model + ' defined in external converter ' + mN);
yield converter;
}
}
catch (e) {
this.log.error(`Unable to apply converter from module: ${mN} - the code does not run: ${e}`);
}
}
else
this.log.info(`Ignoring converter from module: ${mN} - see warn messages for reason`);
}
}
}
applyExternalConverters() {
for (const definition of this.getExternalDefinition()) {
const toAdd = {...definition};
delete toAdd['homeassistant'];
try {
if (zigbeeHerdsmanConverters.hasOwnProperty('addExternalDefinition')) {
zigbeeHerdsmanConverters.addExternalDefinition(toAdd);
this.log.info('added external converter using addExternalDefinition')
}
else if (zigbeeHerdsmanConverters.hasOwnProperty('addDefinition')) {
zigbeeHerdsmanConverters.addDefinition(toAdd);
this.log.info('added external converter using addDefinition')
}
/*
for (const zigbeeModel of toAdd.zigbeeModel)
{
try {
zigbeeHerdsmanConverters.addToExternalDefinitionsLookup(zigbeeModel, toAdd.toAdd);
} catch (e) {
this.log.error(`unable to apply external converter ${JSON.stringify(toAdd)} for device ${zigbeeModel}: ${e && e.message ? e.message : 'no error message available'}`);
}
}
*/
} catch (e) {
this.log.error(`unable to apply external converter for ${JSON.stringify(toAdd.model)}: ${e && e.message ? e.message : 'no error message available'}`);
}
}
}
async doConnect() {
let debugversion = '';
try {
const DebugIdentify = require('./debugidentify');
debugversion = DebugIdentify.ReportIdentifier();
} catch {
debugversion = 'npm ...';
}
// installed version
let gitVers = '';
try {
this.log.info(`Starting Adapter ${debugversion}`);
this.getForeignObject(`system.adapter.${this.namespace}`,async (err, obj) => {
if (!err && obj && obj.common.installedFrom && obj.common.installedFrom.includes('://')) {
const instFrom = obj.common.installedFrom;
gitVers = gitVers + instFrom.replace('tarball', 'commit');
} else {
gitVers = obj.common.installedFrom;
}
this.log.info(`Installed Version: ${gitVers} (Converters ${zigbeeHerdsmanConvertersPackage.version} Herdsman ${zigbeeHerdsmanPackage.version})`);
await this.zbController.start();
});
} catch (error) {
this.setState('info.connection', false, true);
this.log.error(`Failed to start Zigbee`);
if (error.stack) {
this.log.error(error.stack);
} else {
this.log.error(error);
}
this.sendError(error, `Failed to start Zigbee`);
if (this.reconnectCounter > 0) {
this.tryToReconnect();
}
}
}
UploadRequired(status) {
this.uploadRequired = (typeof status === 'boolean' ? status : this.uploadRequired) ;
return status;
}
async onZigbeeAdapterDisconnected() {
this.reconnectCounter = 5;
this.log.error('Adapter disconnected, stopping');
this.sendError('Adapter disconnected, stopping');
this.setState('info.connection', false, true);
await this.callPluginMethod('stop');
this.tryToReconnect();
}
tryToReconnect() {
this.reconnectTimer = setTimeout(() => {
if (this.config.port.includes('tcp://')) {
// Controller connect though Wi-Fi.
// Unlikely USB dongle, connection broken may only cause user unplugged the dongle,
// Wi-Fi connected gateway is possible that device connection is broken caused by
// AP issue or Zigbee gateway power is turned off unexpectedly.
// So try to reconnect gateway every 10 seconds all the time.
this.log.info(`Try to reconnect.`);
} else {
this.log.info(`Try to reconnect. ${this.reconnectCounter} attempts left`);
this.reconnectCounter -= 1;
}
this.doConnect();
}, 10 * 1000); // every 10 seconds
}
async onZigbeeAdapterReady() {
this.reconnectTimer && clearTimeout(this.reconnectTimer);
this.log.info(`Zigbee started`);
// /~https://github.com/ioBroker/ioBroker.zigbee/issues/668
const extPanIdFix = this.config.extPanIdFix ? this.config.extPanIdFix : false;
if (!extPanIdFix) {
const configExtPanId = this.config.extPanID ? `0x${this.config.extPanID.toLowerCase()}` : '0xdddddddddddddddd';
let networkExtPanId = (await this.zbController.herdsman.getNetworkParameters()).extendedPanID;
let needChange = false;
this.log.info(`Config value ${configExtPanId} : Network value ${networkExtPanId}`);
const adapterType = this.config.adapterType || 'zstack';
if (adapterType === 'zstack') {
if (configExtPanId !== networkExtPanId) {
try {
// try to read from nvram
const result = await this.zbController.herdsman.adapter.znp.request(
1, // Subsystem.SYS
'osalNvRead',
{
id: 45, // EXTENDED_PAN_ID
len: 0x08,
offset: 0x00,
},
null, [
0, // ZnpCommandStatus.SUCCESS
2, // ZnpCommandStatus.INVALID_PARAM
]
);
const nwExtPanId = `0x${result.payload.value.reverse().toString('hex')}`;
this.log.debug(`Config value ${configExtPanId} : nw value ${nwExtPanId}`);
if (configExtPanId !== nwExtPanId) {
networkExtPanId = nwExtPanId;
needChange = true;
}
} catch (e) {
this.log.error(`Unable to apply ExtPanID changes: ${e}`);
this.sendError(e, `Unable to apply ExtPanID changes`);
needChange = false;
}
} else {
needChange = true;
}
}
if (needChange) {
// need change config value and mark that fix is applied
this.log.debug(`Fix extPanId value to ${networkExtPanId}. And restart adapter.`);
this.updateConfig({extPanID: networkExtPanId.substr(2), extPanIdFix: true});
} else {
// only mark that fix is applied
this.log.debug(`Fix without changes. And restart adapter.`);
this.updateConfig({extPanIdFix: true});
}
}
await this.setState('info.connection', true, true);
this.stController.CleanupRequired(false);
const devicesFromDB = this.zbController.getClientIterator(false);
for (const device of devicesFromDB) {
const entity = await this.zbController.resolveEntity(device);
if (entity) {
// this.log.warn('sync dev states for ' + (entity.mapped ? entity.mapped.model : entity.device.modelID));
const model = entity.mapped ? entity.mapped.model : entity.device.modelID;
this.stController.updateDev(device.ieeeAddr.substr(2), model, model, () =>
this.stController.syncDevStates(device, model));
}
else (this.log.warn('resolveEntity returned no entity'));
}
await this.callPluginMethod('start', [this.zbController, this.stController]);
}
async checkIfModelUpdate(entity) {
const model = entity.mapped ? entity.mapped.model : entity.device.modelID;
const device = entity.device;
const devId = device.ieeeAddr.substr(2);
return new Promise((resolve) => {
this.getObject(devId, (err, obj) => {
if (obj && obj.common.type !== model) {
// let's change model
this.getStatesOf(devId, (err, states) => {
if (!err && states) {
const chain = [];
states.forEach((state) =>
chain.push(this.deleteStateAsync(devId, null, state._id)));
Promise.all(chain)
.then(() =>
this.stController.deleteObj(devId, () =>
this.stController.updateDev(devId, model, model, async () => {
await this.stController.syncDevStates(device, model);
resolve();
})));
} else {
resolve();
}
});
} else {
resolve();
}
});
});
}
async onZigbeeEvent(type, entity, message) {
this.log.debug(`Type ${type} device ${safeJsonStringify(entity)} incoming event: ${safeJsonStringify(message)}`);
const device = entity.device;
const mappedModel = entity.mapped;
const model = entity.mapped ? entity.mapped.model : entity.device.modelID;
const cluster = message.cluster;
const devId = device.ieeeAddr.substr(2);
const meta = {device};
const has_elevated_debug = this.stController.checkDebugDevice(devId);
if (has_elevated_debug) {
const shortMessage = {};
for(const propertyName in message) {
shortMessage[propertyName] = message[propertyName];
}
shortMessage.device = device.ieeeAddr;
shortMessage.meta = undefined;
shortMessage.endpoint = (message.endpoint.ID ? message.endpoint.ID: -1);
this.log.warn(`ELEVATED I00: Zigbee Event of Type ${type} from device ${safeJsonStringify(device.ieeeAddr)}, incoming event: ${safeJsonStringify(shortMessage)}`);
}
// this assigment give possibility to use iobroker logger in code of the converters, via meta.logger
meta.logger = this.log;
await this.checkIfModelUpdate(entity);
let _voltage = 0;
let _temperature = 0;
let _humidity = 0;
let isMessure = false;
let isBattKey = false;
if (mappedModel && mappedModel.meta && mappedModel.meta.battery) {
const isVoltage = mappedModel.meta.battery.hasOwnProperty('voltageToPercentage');
if (isVoltage) {
const keys = Object.keys(message.data);
for (const key of keys) {
const value = message.data[key];
if (value && value[1]) {
if (key == 65282 && value[1][1]) {
_voltage = value[1][1].elmVal;
isBattKey = true;
break;
}
if (key == 65281) {
_voltage = value[1];
isBattKey = true;
_temperature = value[100];
_temperature = _temperature /100;
_humidity = value[101];
_humidity = _humidity / 100;
isMessure = true;
break;
}
}
}
}
}
// always publish link_quality and battery
if (message.linkquality) { // send battery with
this.publishToState(devId, model, {linkquality: message.linkquality});
if (isBattKey) {
this.publishToState(devId, model, {voltage: _voltage});
const battProz = zigbeeHerdsmanConvertersUtils.batteryVoltageToPercentage(_voltage,entity.mapped.meta.battery.voltageToPercentage);
this.publishToState(devId, model, {battery: battProz});
}
if (isMessure) {
this.publishToState(devId, model, {temperature: _temperature});
this.publishToState(devId, model, {humidity: _humidity});
}
}
// publish raw event to "from_zigbee"
// some cleanup
const msgForState = Object.assign({}, message);
delete msgForState['device'];
delete msgForState['endpoint'];
msgForState['endpoint_id'] = message.endpoint.ID;
this.publishToState(devId, model, {msg_from_zigbee: safeJsonStringify(msgForState)});
if (!entity.mapped) {
return;
}
let converters = mappedModel.fromZigbee.filter(c => c && c.cluster === cluster && (
Array.isArray(c.type) ? c.type.includes(type) : c.type === type));
if (!converters.length && type === 'readResponse') {
converters = mappedModel.fromZigbee.filter(c => c.cluster === cluster && (
Array.isArray(c.type) ? c.type.includes('attributeReport') : c.type === 'attributeReport'));
}
if (!converters.length) {
if (type !== 'readResponse') {
this.log.debug(`No converter available for '${mappedModel.model}' '${devId}' with cluster '${cluster}' and type '${type}'`);
if (has_elevated_debug)
this.log.warn(`ELEVATED IE00: No converter available for '${mappedModel.model}' '${devId}' with cluster '${cluster}' and type '${type}'`);
}
return;
}
meta.state = { state: '' }; // for tuya
this.processConverters(converters, devId, model, mappedModel, message, meta)
.catch((error) => {
// 'Error: Expected one of: 0, 1, got: 'undefined''
if (cluster !== '64529') {
this.log.error(`Error while processing converters DEVICE_ID: '${devId}' cluster '${cluster}' type '${type}'`);
}
});
}
async processConverters(converters, devId, model, mappedModel, message, meta) {
for (const converter of converters) {
const publish = (payload) => {
this.log.debug(`Publish ${safeJsonStringify(payload)} to ${safeJsonStringify(devId)}`);
if (typeof payload === 'object') {
this.publishToState(devId, model, payload);
}
};
const options = await new Promise((resolve, reject) => {
this.stController.collectOptions(devId, model, (options) => {
resolve(options);
});
});
const payload = await new Promise((resolve, reject) => {
const payloadConv = converter.convert(mappedModel, message, publish, options, meta);
if (typeof payloadConv === 'object') {
resolve(payloadConv);
}
});
publish(payload);
}
}
publishToState(devId, model, payload) {
this.stController.publishToState(devId, model, payload);
}
acknowledgeState(deviceId, model, stateDesc, value) {
if (model === 'group') {
const stateId = `${this.namespace}.group_${deviceId}.${stateDesc.id}`;
this.setState(stateId, value, true);
} else {
const stateId = `${this.namespace}.${deviceId.replace('0x', '')}.${stateDesc.id}`;
this.setState(stateId, value, true);
}
}
processSyncStatesList(deviceId, model, syncStateList) {
syncStateList.forEach((syncState) => {
this.acknowledgeState(deviceId, model, syncState.stateDesc, syncState.value);
});
}
async publishFromState(deviceId, model, stateModel, stateList, options) {
let isGroup = false;
const has_elevated_debug = this.stController.checkDebugDevice(deviceId)
if (has_elevated_debug)
{
const stateNames = [];
stateList.forEach( state => stateNames.push(state.id));
this.log.warn(`ELEVATED O03: Publishing to ${deviceId} of model ${model} ${stateNames.join(', ')}`);
}
else
this.log.debug(`publishFromState : ${deviceId} ${model} ${safeJsonStringify(stateList)}`);
if (model === 'group') {
isGroup = true;
deviceId = parseInt(deviceId);
}
try {
const entity = await this.zbController.resolveEntity(deviceId);
this.log.debug(`entity: ${deviceId} ${model} ${safeJsonStringify(entity)}`);
const mappedModel = entity ? entity.mapped : undefined;
if (!mappedModel) {
this.log.debug(`No mapped model for ${model}`);
if (has_elevated_debug) this.log.error(`ELEVATED OE01: No mapped model ${deviceId} (model ${model})`)
return;
}
if (!mappedModel.toZigbee)
{
this.log.error(`No toZigbee in mapped model for ${model}`);
return;
}
stateList.forEach(async changedState => {
const stateDesc = changedState.stateDesc;
const value = changedState.value;
if (stateDesc.id === 'send_payload') {
try {
const json_value = JSON.parse(value);
const payload = {device: deviceId.replace('0x', ''), payload: json_value};
const result = await this.sendPayload(payload);
if (result.hasOwnProperty('success') && result.success) {
this.acknowledgeState(deviceId, model, stateDesc, value);
}
} catch (error) {
this.log.warn(`send_payload: ${value} does not parse as JSON Object : ${error.message}`);
return;
}
return;
}
if (stateDesc.isOption || stateDesc.compositeState) {
// acknowledge state with given value
if (has_elevated_debug)
this.log.warn('ELEVATED OC: changed state: ' + JSON.stringify(changedState));
else
this.log.debug('changed composite state: ' + JSON.stringify(changedState));
this.acknowledgeState(deviceId, model, stateDesc, value);
if (stateDesc.compositeState && stateDesc.compositeTimeout) {
this.stController.triggerComposite(deviceId, model, stateDesc, changedState.source.includes('.admin.'));
}
// process sync state list
//this.processSyncStatesList(deviceId, modelId, syncStateList);
// if this is the device query state => trigger the device query
// on activation of the 'device_query' state trigger hardware query where possible
if (stateDesc.id === 'device_query') {
if (this.query_device_block.indexOf(deviceId) > -1) {
this.log.warn(`Device query for '${entity.device.ieeeAddr}' blocked`);
return;
}
if (mappedModel) {
this.query_device_block.push(deviceId);
if (has_elevated_debug)
this.log.warn(`ELEVATED O06: Device query for '${entity.device.ieeeAddr}/${entity.device.endpoints[0].ID}' triggered`);
else
this.log.debug(`Device query for '${entity.device.ieeeAddr}' started`);
for (const converter of mappedModel.toZigbee) {
if (converter.hasOwnProperty('convertGet')) {
for (const ckey of converter.key) {
try {
await converter.convertGet(entity.device.endpoints[0], ckey, {});
} catch (error) {
if (has_elevated_debug) {
this.log.warn(`ELEVATED OE02.1 Failed to read state '${JSON.stringify(ckey)}'of '${entity.device.ieeeAddr}/${entity.device.endpoints[0].ID}' from query with '${error && error.message ? error.message : 'no error message'}`);
}
else
this.log.info(`failed to read state ${JSON.stringify(ckey)} of ${entity.device.ieeeAddr}/${entity.device.endpoints[0].ID} after device query`);
}
}
}
}
if (has_elevated_debug)
this.log.warn(`ELEVATED O07: Device query for '${entity.device.ieeeAddr}/${entity.device.endpoints[0].ID}' complete`);
else
this.log.info(`Device query for '${entity.device.ieeeAddr}' done`);
const idToRemove = deviceId;
setTimeout(() => {
const idx = this.query_device_block.indexOf(idToRemove);
if (idx > -1) {
this.query_device_block.splice(idx);
}
}, 10000);
}
return;
}
return;
}
let converter = undefined;
let msg_counter = 0;
for (const c of mappedModel.toZigbee) {
if (!c.hasOwnProperty('convertSet')) continue;
this.log.debug(`Type of toZigbee is '${typeof c}', Contains key ${(c.hasOwnProperty('key')?JSON.stringify(c.key):'false ')}`)
if (!c.hasOwnProperty('key'))
{
if (c.hasOwnProperty('convertSet') && converter === undefined)
{
converter = c;
if (has_elevated_debug)
this.log.warn(`ELEVATED O04.${msg_counter}: Setting converter to keyless converter for ${deviceId} of type ${model}`)
else
this.log.debug(`Setting converter to keyless converter for ${deviceId} of type ${model}`)
msg_counter++;
}
else
{
if (has_elevated_debug)
this.log.warn(`ELEVATED O04.${msg_counter}: ignoring keyless converter for ${deviceId} of type ${model}`)
else
this.log.debug(`ignoring keyless converter for ${deviceId} of type ${model}`)
msg_counter++;
}
continue;
}
if (c.key.includes(stateDesc.prop) || c.key.includes(stateDesc.setattr) || c.key.includes(stateDesc.id))
{
if (has_elevated_debug)
this.log.warn(`ELEVATED O04.${msg_counter}: ${(converter===undefined?'Setting':'Overriding')}' converter to converter with key(s)'${JSON.stringify(c.key)}}`)
else
this.log.debug(`${(converter===undefined?'Setting':'Overriding')}' converter to converter with key(s)'${JSON.stringify(c.key)}}`)
converter = c;
msg_counter++;
}
}
if (converter === undefined) {
this.log.error(`No converter available for '${model}' with key '${stateDesc.id}' `);
this.sendError(`No converter available for '${model}' with key '${stateDesc.id}' `);
return;
}
const preparedValue = (stateDesc.setter) ? stateDesc.setter(value, options) : value;
const preparedOptions = (stateDesc.setterOpt) ? stateDesc.setterOpt(value, options) : {};
let syncStateList = [];
if (stateModel && stateModel.syncStates) {
stateModel.syncStates.forEach(syncFunct => {
const res = syncFunct(stateDesc, value, options);
if (res) {
syncStateList = syncStateList.concat(res);
}
});
}
const epName = stateDesc.epname !== undefined ? stateDesc.epname : (stateDesc.prop || stateDesc.id);
const key = stateDesc.setattr || stateDesc.prop || stateDesc.id;
if (has_elevated_debug)
this.log.warn(`ELEVATED O04: convert ${key}, ${safeJsonStringify(preparedValue)}, ${safeJsonStringify(preparedOptions)} for device ${deviceId} with Endpoint ${epName}`);
else
this.log.debug(`convert ${key}, ${safeJsonStringify(preparedValue)}, ${safeJsonStringify(preparedOptions)}`);
let target;
if (model === 'group') {
target = entity.mapped;
} else {
target = await this.zbController.resolveEntity(deviceId, epName);
target = target.endpoint;
}
this.log.debug(`target: ${safeJsonStringify(target)}`);
const meta = {
endpoint_name: epName,
options: preparedOptions,
device: entity.device,
mapped: model === 'group' ? [] : mappedModel,
message: {[key]: preparedValue},
logger: this.log,
state: {},
};
// new toZigbee
if (preparedValue !== undefined && Object.keys(meta.message).filter(p => p.startsWith('state')).length > 0) {
if (typeof preparedValue === 'number') {
meta.message.state = preparedValue > 0 ? 'ON' : 'OFF';
} else {
meta.message.state = preparedValue;
}
}
if (preparedOptions !== undefined) {
if (preparedOptions.hasOwnProperty('state')) {
meta.state = preparedOptions.state;
}
}
try {
const result = await converter.convertSet(target, key, preparedValue, meta);
if (has_elevated_debug)
this.log.warn(`ELEVATED O05: convert result ${safeJsonStringify(result)} for device ${deviceId}`);
else
this.log.debug(`convert result ${safeJsonStringify(result)}`);
if (result !== undefined) {
if (stateModel && !isGroup) {
this.acknowledgeState(deviceId, model, stateDesc, value);
}
// process sync state list
this.processSyncStatesList(deviceId, model, syncStateList);
}
else
if (has_elevated_debug)
this.log.error(`ELEVATED OE2: Error convert result for ${key} with ${safeJsonStringify(preparedValue)} is undefined on device ${deviceId}.`);
} catch (error) {
if (has_elevated_debug)
this.log.error(`ELEVATED OE3: caught error ${safeJsonStringify(error)} when setting value for device ${deviceId}.`);
this.filterError(`Error ${error.code} on send command to ${deviceId}.` +
` Error: ${error.stack}`, `Send command to ${deviceId} failed with`, error);
}
});
} catch (err) {
this.log.error(`No entity for ${deviceId} : ${err && err.message ? err.message : 'no error message'}`);
}
}
// This function is introduced to explicitly allow user level scripts to send Commands
// directly to the zigbee device. It utilizes the zigbee-herdsman-converters to generate
// the exact zigbee message to be sent and can be used to set device options which are
// not exposed as states. It serves as a wrapper function for "publishFromState" with
// extended parameter checking
//
// The payload can either be a JSON object or the string representation of a JSON object
// The following keys are supported in the object:
// device: name of the device. For a device zigbee.0.0011223344556677 this would be 0011223344556677
// payload: The data to send to the device as JSON object (key/Value pairs)
// endpoint: optional: the endpoint to send the data to, if supported.
//
async sendPayload(payload) {
this.log.debug(`publishToDevice called with ${safeJsonStringify(payload)}`);
let payloadObj = {};
if (typeof payload === 'string') {
try {
payloadObj = JSON.parse(payload);
} catch (e) {
this.log.error(`Unable to parse ${safeJsonStringify(payload)}: ${safeJsonStringify(e)}`);
this.sendError(e, `Unable to parse ${safeJsonStringify(payload)}: ${safeJsonStringify(e)}`);
return {
success: false,
error: `Unable to parse ${safeJsonStringify(payload)}: ${safeJsonStringify(e)}`
};
}
} else if (typeof payload === 'object') {
payloadObj = payload;
}
if (payloadObj.hasOwnProperty('device') && payloadObj.hasOwnProperty('payload')) {
try {
const isDevice = !payload.device.includes('group_');
const stateList = [];
const devID = isDevice ? `0x${payload.device}` : parseInt(payload.device.replace('group_', ''));
const entity = await this.zbController.resolveEntity(devID);
if (!entity) {
this.log.error(`Device ${safeJsonStringify(payloadObj.device)} not found`);