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main.js
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main.js
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/* jshint -W097 */
/* jshint strict: false */
/* jslint node: true */
'use strict';
const utils = require('@iobroker/adapter-core');
const adapterName = require('./package.json').name.split('.').pop();
let modbus = null;
let SerialPort = null;
let fs;
let adapter;
function startAdapter(options) {
options = options || {};
Object.assign(options, { name: adapterName, unload: stop });
adapter = new utils.Adapter(options);
adapter.on('ready', () => {
try {
SerialPort = require('serialport').SerialPort;
} catch (err) {
adapter.log.warn(`Serial is not available: ${err}`);
}
main();
});
adapter.on('message', obj => {
if (obj) {
switch (obj.command) {
case 'listUart':
if (obj.callback) {
if (SerialPort) {
// read all found serial ports
SerialPort.list()
.then(ports => {
ports = listSerial(ports);
adapter.log.info(`List of port: ${JSON.stringify(ports)}`);
adapter.sendTo(obj.from, obj.command, ports, obj.callback);
})
.catch(err => {
adapter.log.warn(`Can not get Serial port list: ${err}`);
adapter.sendTo(obj.from, obj.command, [{ path: 'Not available' }], obj.callback);
});
} else {
adapter.log.warn('Module serialport is not available');
adapter.sendTo(obj.from, obj.command, [{ path: 'Not available' }], obj.callback);
}
}
break;
}
}
});
let infoRegExp = new RegExp(`${adapter.namespace.replace('.', '\\.')}\\.info\\.`);
adapter.on('stateChange', (id, state) => {
if (state && !state.ack && id && !infoRegExp.test(id)) {
if (!modbus) {
adapter.log.warn('No connection');
} else {
adapter.log.debug(`state Changed ack=false: ${id}: ${JSON.stringify(state)}`);
if (objects[id]) {
modbus.write(id, state);
} else {
adapter.getObject(id, (err, data) => {
if (!err) {
objects[id] = data;
modbus.write(id, state);
}
});
}
}
}
});
return adapter;
}
process.on('SIGINT', stop);
function stop(callback) {
if (modbus) {
modbus.close();
modbus = null;
}
if (adapter && adapter.setState && adapter.config && adapter.config.params) {
adapter.setState('info.connection', adapter.config.params.slave ? '' : false, true);
}
adapter.getForeignStatesAsync(`${adapter.namespace}.info.clients.*`).then(async allStates => {
for (let id in allStates) {
if (allStates[id] && allStates[id].val) {
await adapter.setStateAsync(id, false, true);
}
}
if (typeof callback === 'function') {
return void callback();
}
adapter.terminate ? adapter.terminate() : process.exit();
});
}
let objects = {};
let enums = {};
function filterSerialPorts(path) {
fs = fs || require('node:fs');
// get only serial port names
if (!/(tty(S|ACM|USB|AMA|MFD|XR)|rfcomm)/.test(path)) {
return false;
}
return fs.statSync(path).isCharacterDevice();
}
function listSerial(ports) {
ports = ports || [];
const path = require('node:path');
fs = fs || require('node:fs');
// Filter out the devices that aren't serial ports
let devDirName = '/dev';
let result;
try {
adapter.log.info(`Verify ${JSON.stringify(ports)}`);
result = fs
.readdirSync(devDirName)
.map(file => path.join(devDirName, file))
.filter(filterSerialPorts)
.map(port => {
let found = false;
for (let v = 0; v < ports.length; v++) {
if (ports[v].path === port) {
found = true;
break;
}
}
adapter.log.info(`Check ${port} : ${found}`);
!found && ports.push({ path: port });
return { path: port };
});
} catch (e) {
if (require('node:os').platform() !== 'win32') {
adapter.log.error(`Cannot read "${devDirName}": ${e}`);
}
result = ports;
}
return result;
}
function addToEnum(enumName, id, callback) {
adapter.getForeignObject(enumName, (err, obj) => {
if (!err && obj && !obj.common.members.includes(id)) {
obj.common.members.push(id);
obj.common.members.sort();
adapter.setForeignObject(obj._id, obj, err => callback && callback(err));
} else {
callback && callback(err);
}
});
}
function removeFromEnum(enumName, id, callback) {
adapter.getForeignObject(enumName, (err, obj) => {
if (!err && obj) {
let pos = obj.common.members.indexOf(id);
if (pos !== -1) {
obj.common.members.splice(pos, 1);
adapter.setForeignObject(obj._id, obj, err => callback && callback(err));
} else {
callback && callback(err);
}
} else {
callback && callback(err);
}
});
}
function syncEnums(enumGroup, id, newEnumName, callback) {
if (!enums[enumGroup]) {
adapter.getEnum(enumGroup, (err, _enums) => {
enums[enumGroup] = _enums;
syncEnums(enumGroup, id, newEnumName, callback);
});
return;
}
// try to find this id in enums
let found = false;
let count = 0;
for (let e in enums[enumGroup]) {
if (
Object.prototype.hasOwnProperty.call(enums[enumGroup], e) &&
enums[enumGroup][e].common &&
enums[enumGroup][e].common.members &&
enums[enumGroup][e].common.members.includes(id)
) {
if (enums[enumGroup][e]._id !== newEnumName) {
count++;
removeFromEnum(
enums[enumGroup][e]._id,
id,
() => !--count && typeof callback === 'function' && callback(),
);
} else {
found = true;
}
}
}
if (!found && newEnumName) {
count++;
addToEnum(newEnumName, id, () => !--count && typeof callback === 'function' && callback());
}
!count && typeof callback === 'function' && callback();
}
const typeItemsLen = {
uint8be: 1,
uint8le: 1,
int8be: 1,
int8le: 1,
uint16be: 1,
uint16le: 1,
int16be: 1,
int16le: 1,
int16be1: 1,
int16le1: 1,
uint32be: 2,
uint32le: 2,
uint32sw: 2,
uint32sb: 2,
int32be: 2,
int32le: 2,
int32sw: 2,
int32sb: 2,
uint64be: 4,
uint64le: 4,
int64be: 4,
int64le: 4,
floatbe: 2,
floatle: 2,
floatsw: 2,
floatsb: 2,
doublebe: 4,
doublele: 4,
string: 0,
stringle: 0,
string16: 0,
string16le: 0,
rawhex: 0,
};
const _rmap = {
0: 15,
1: 14,
2: 13,
3: 12,
4: 11,
5: 10,
6: 9,
7: 8,
8: 7,
9: 6,
10: 5,
11: 4,
12: 3,
13: 2,
14: 1,
15: 0,
};
const _dmap = {
0: 0,
1: 1,
2: 2,
3: 3,
4: 4,
5: 5,
6: 6,
7: 7,
8: 8,
9: 9,
10: 10,
11: 11,
12: 12,
13: 13,
14: 14,
15: 15,
};
function address2alias(id, address, isDirect, offset) {
if (typeof address === 'string') {
address = parseInt(address, 10);
}
if (id === 'disInputs' || id === 'coils') {
address = ((address >> 4) << 4) + (isDirect ? _dmap[address % 16] : _rmap[address % 16]);
address += offset;
return address;
}
return address + offset;
}
function createExtendObject(id, objData, callback) {
adapter.getObject(id, (err, oldObj) => {
if (!err && oldObj) {
adapter.extendObject(id, objData, callback);
} else {
adapter.setObjectNotExists(id, objData, callback);
}
});
}
function processTasks(tasks, callback) {
if (!tasks || !tasks.length) {
return callback();
}
let task = tasks.shift();
try {
if (task.name === 'add') {
createExtendObject(task.id, task.obj, err => {
err &&
adapter.log.info(
`Can not execute task "add" for ID ${task.id}: ${err.message} (${JSON.stringify(task)}`,
);
setImmediate(processTasks, tasks, callback);
});
} else if (task.name === 'del') {
adapter.delObject(task.id, err => {
err && adapter.log.info(`Can not execute task "del" for ID ${task.id}: ${err.message}`);
setImmediate(processTasks, tasks, callback);
});
} else if (task.name === 'syncEnums') {
syncEnums('rooms', task.id, task.obj, err => {
err && adapter.log.info(`Can not execute task "syncEnums" for ID ${task.id}: ${err.message}`);
setImmediate(processTasks, tasks, callback);
});
} else {
throw new Error('Unknown task');
}
} catch (err) {
adapter.log.info(`Can not execute task ${task.name} for ID ${task.id}: ${err.message}`);
setImmediate(processTasks, tasks, callback);
}
}
function prepareConfig(config) {
let params = config.params;
params.slave = parseInt(params.slave, 10) || 0; // required in stop
let options = {
config: {
type: params.type || 'tcp',
slave: params.slave,
alwaysUpdate: params.alwaysUpdate,
round: parseInt(params.round, 10) || 0,
timeout: parseInt(params.timeout, 10) || 5000,
defaultDeviceId:
params.deviceId === undefined || params.deviceId === null ? 1 : parseInt(params.deviceId, 10) || 0,
doNotIncludeAdrInId: params.doNotIncludeAdrInId,
preserveDotsInId: params.preserveDotsInId,
writeInterval: parseInt(params.writeInterval, 10) || 0,
doNotUseWriteMultipleRegisters:
params.doNotUseWriteMultipleRegisters === true || params.doNotUseWriteMultipleRegisters === 'true',
onlyUseWriteMultipleRegisters:
params.onlyUseWriteMultipleRegisters === true || params.onlyUseWriteMultipleRegisters === 'true',
},
devices: {},
};
options.config.round = Math.pow(10, options.config.round);
if (!options.config.slave) {
options.config.multiDeviceId = params.multiDeviceId === true || params.multiDeviceId === 'true';
}
let deviceIds = [];
checkDeviceIds(options, config.disInputs, deviceIds);
checkDeviceIds(options, config.coils, deviceIds);
checkDeviceIds(options, config.inputRegs, deviceIds);
checkDeviceIds(options, config.holdingRegs, deviceIds);
deviceIds.sort();
// settings for master
if (!options.config.slave) {
options.config.poll = parseInt(params.poll, 10) || 1000; // default is 1 second
options.config.recon = parseInt(params.recon, 10) || 60000;
if (options.config.recon < 1000) {
adapter.log.info(`Slave Reconnect time set to 1000ms because was too small (${options.config.recon})`);
options.config.recon = 1000;
}
options.config.maxBlock = parseInt(params.maxBlock, 10) || 100;
options.config.maxBoolBlock = parseInt(params.maxBoolBlock, 10) || 128;
options.config.pulsetime = parseInt(params.pulsetime || 1000);
options.config.waitTime = params.waitTime === undefined ? 50 : parseInt(params.waitTime, 10) || 0;
options.config.readInterval = parseInt(params.readInterval, 10) || 0;
options.config.keepAliveInterval = parseInt(params.keepAliveInterval, 10) || 0;
}
if (params.type === 'tcp' || params.type === 'tcprtu') {
options.config.tcp = {
port: parseInt(params.port, 10) || 502,
bind: params.bind,
};
} else {
options.config.serial = {
comName: params.comName,
baudRate: params.baudRate,
dataBits: params.dataBits,
stopBits: params.stopBits,
parity: params.parity,
};
}
for (let d = 0; d < deviceIds.length; d++) {
let deviceId = deviceIds[d];
options.devices[deviceId] = {};
let device = options.devices[deviceId];
if (options.config.slave) {
device.disInputs = {
fullIds: [],
changed: true,
addressHigh: 0,
addressLow: 0,
values: [],
mapping: {},
offset: parseInt(params.disInputsOffset, 10),
};
device.coils = {
fullIds: [],
changed: true,
addressHigh: 0,
addressLow: 0,
values: [],
mapping: {},
offset: parseInt(params.coilsOffset, 10),
};
device.inputRegs = {
fullIds: [],
changed: true,
addressHigh: 0,
addressLow: 0,
values: [],
mapping: {},
offset: parseInt(params.inputRegsOffset, 10),
};
device.holdingRegs = {
fullIds: [],
changed: true,
addressHigh: 0,
addressLow: 0,
values: [],
mapping: {},
offset: parseInt(params.holdingRegsOffset, 10),
};
} else {
device.disInputs = {
deviceId,
addressLow: 0,
length: 0,
config: [],
blocks: [],
offset: parseInt(params.disInputsOffset, 10),
};
device.coils = {
deviceId,
addressLow: 0,
length: 0,
config: [],
blocks: [],
cyclicWrite: [], // only holdingRegs and coils
offset: parseInt(params.coilsOffset, 10),
};
device.inputRegs = {
deviceId,
addressLow: 0,
length: 0,
config: [],
blocks: [],
offset: parseInt(params.inputRegsOffset, 10),
};
device.holdingRegs = {
deviceId,
addressLow: 0,
length: 0,
config: [],
blocks: [],
cyclicWrite: [], // only holdingRegs and coils
offset: parseInt(params.holdingRegsOffset, 10),
};
}
}
options.objects = objects;
return options;
}
function checkDeviceIds(options, config, deviceIds) {
for (let i = config.length - 1; i >= 0; i--) {
config[i].deviceId = !options.config.multiDeviceId
? options.config.defaultDeviceId
: config[i].deviceId !== undefined
? parseInt(config[i].deviceId, 10)
: options.config.defaultDeviceId;
if (isNaN(config[i].deviceId)) {
config[i].deviceId = options.config.defaultDeviceId;
}
if (!deviceIds.includes(config[i].deviceId)) {
deviceIds.push(config[i].deviceId);
}
}
}
function checkObjects(options, regType, regName, regFullName, tasks, newObjects, deviceId) {
let regs = options[regType];
adapter.log.debug(`Initialize Objects for ${regType}: ${JSON.stringify(regs)}`);
for (let i = 0; regs.length > i; i++) {
if (regs[i].deviceId !== deviceId) {
continue;
}
const id = `${adapter.namespace}.${regs[i].id || i}`;
regs[i].fullId = id;
objects[id] = {
_id: regs[i].id,
type: 'state',
common: {
name: regs[i].description,
role: regs[i].role,
type:
regType === 'coils' || regType === 'disInputs'
? 'boolean'
: ['string', 'stringle', 'string16', 'string16le', 'rawhex'].includes(regs[i].type)
? 'string'
: 'number',
read: true,
write: !!options.params.slave || regType === 'coils' || regType === 'holdingRegs',
def:
regType === 'coils' || regType === 'disInputs'
? false
: ['string', 'stringle', 'string16', 'string16le', 'rawhex'].includes(regs[i].type)
? ''
: 0,
},
native: {
regType: regType,
address: regs[i].address,
deviceId: regs[i].deviceId,
},
};
if (regType === 'coils') {
objects[id].native.poll = regs[i].poll;
objects[id].common.read = !!regs[i].poll;
objects[id].native.wp = regs[i].wp;
} else if (regType === 'inputRegs' || regType === 'holdingRegs') {
objects[id].common.unit = regs[i].unit || '';
objects[id].native.type = regs[i].type;
objects[id].native.len = regs[i].len;
objects[id].native.offset = regs[i].offset;
objects[id].native.factor = regs[i].factor;
if (regType === 'holdingRegs') {
objects[id].native.poll = regs[i].poll;
objects[id].common.read = !!regs[i].poll;
}
}
if (!regs[i].id) {
adapter.log.error(`Invalid data ${regName}/${i}: ${JSON.stringify(regs[i])}`);
adapter.log.error(`Invalid object: ${JSON.stringify(objects[id])}`);
}
tasks.push({
id: regs[i].id,
name: 'add',
obj: objects[id],
});
tasks.push({
id,
name: 'syncEnums',
obj: regs[i].room,
});
newObjects.push(id);
adapter.log.debug(`Add ${regs[i].id}: ${JSON.stringify(objects[id])}`);
}
if (regs.length) {
tasks.push({
id: regName,
name: 'add',
obj: {
type: 'channel',
common: {
name: regFullName,
},
native: {},
},
});
}
}
function assignIds(deviceId, config, result, regName, regType, localOptions) {
for (let i = config.length - 1; i >= 0; i--) {
if (config[i].deviceId !== deviceId) {
continue;
}
if (config[i].address === undefined && config[i]._address !== undefined) {
if (localOptions.showAliases) {
if (config[i]._address >= result.offset) {
config[i].address = config[i]._address - result.offset;
if (localOptions.directAddresses && (regType === 'disInputs' || regType === 'coils')) {
const address = config[i].address;
config[i].address = ((address >> 4) << 4) + _dmap[address % 16];
}
}
} else {
config[i].address = config[i]._address;
}
}
const address = (config[i].address = parseInt(config[i].address, 10));
if (address < 0) {
continue;
}
if (localOptions.multiDeviceId) {
config[i].id = `${regName}.${deviceId}.`;
} else {
config[i].id = `${regName}.`;
}
if (localOptions.showAliases) {
config[i].id += address2alias(regType, address, localOptions.directAddresses, result.offset);
} else if (!localOptions.doNotIncludeAdrInId || !config[i].name) {
// add address if not disabled or name not empty
config[i].id += address;
if (localOptions.preserveDotsInId) {
config[i].id += '_';
}
}
if (localOptions.preserveDotsInId) {
// preserve dots in name and add to ID
config[i].id += config[i].name ? config[i].name.replace(/\s/g, '_') : '';
} else {
// replace dots by underlines and add to ID
if (localOptions.doNotIncludeAdrInId) {
// It must be so, because of the bug https://github.com/ioBroker/ioBroker.modbus/issues/473
// config[i].id += config[i].name ? config[i].name.replace(/\./g, '_').replace(/\s/g, '_') : '';
// But because of breaking change
config[i].id += config[i].name ? `_${config[i].name.replace(/\./g, '_').replace(/\s/g, '_')}` : '';
} else {
config[i].id += config[i].name ? `_${config[i].name.replace(/\./g, '_').replace(/\s/g, '_')}` : '';
}
}
if (config[i].id.endsWith('.')) {
config[i].id += config[i].id.substring(0, config[i].id.length - 1);
}
}
}
// localOptions = {
// multiDeviceId
// showAliases
// doNotRoundAddressToWord
// directAddresses
// isSlave
// maxBlock
// maxBoolBlock
// };
function iterateAddresses(isBools, deviceId, result, regName, regType, localOptions) {
const config = result.config;
if (config && config.length) {
result.addressLow = 0xffffffff;
result.addressHigh = 0;
for (let i = config.length - 1; i >= 0; i--) {
if (config[i].deviceId !== deviceId) {
continue;
}
const address = (config[i].address = parseInt(config[i].address, 10));
if (address < 0) {
adapter.log.error(`Invalid ${regName} address: ${address}`);
config.splice(i, 1);
continue;
}
if (!isBools) {
config[i].type = config[i].type || 'uint16be';
if (typeof config[i].offset === 'string') {
config[i].offset = config[i].offset.replace(',', '.');
}
if (typeof config[i].factor === 'string') {
config[i].factor = config[i].factor.replace(',', '.');
}
config[i].offset = parseFloat(config[i].offset) || 0;
config[i].factor = parseFloat(config[i].factor) || 1;
if (['string', 'stringle', 'string16', 'string16le', 'rawhex'].includes(config[i].type)) {
config[i].len = parseInt(config[i].len, 10) || 1;
} else {
config[i].len = typeItemsLen[config[i].type];
}
config[i].len = config[i].len || 1;
} else {
config[i].len = 1;
}
// collect cyclic write registers
if (config[i].cw && result.cyclicWrite && Array.isArray(result.cyclicWrite)) {
result.cyclicWrite.push(`${adapter.namespace}.${config[i].id}`);
}
if (address < result.addressLow) {
result.addressLow = address;
}
if (address + (config[i].len || 1) > result.addressHigh) {
result.addressHigh = address + (config[i].len || 1);
}
}
const maxBlock = isBools ? localOptions.maxBoolBlock : localOptions.maxBlock;
let lastAddress = null;
let startIndex = 0;
let blockStart = 0;
let i;
for (i = 0; i < config.length; i++) {
if (config[i].deviceId !== deviceId) {
continue;
}
if (lastAddress === null) {
startIndex = i;
blockStart = config[i].address;
lastAddress = blockStart + config[i].len;
}
// try to detect the next block
if (result.blocks) {
if (
(config[i].address - lastAddress > 10 && config[i].len < 10) ||
lastAddress - blockStart >= maxBlock
) {
if (!result.blocks.map(obj => obj.start).includes(blockStart)) {
result.blocks.push({
start: blockStart,
count: lastAddress - blockStart,
startIndex: startIndex,
endIndex: i,
});
}
blockStart = config[i].address;
startIndex = i;
}
}
lastAddress = config[i].address + config[i].len;
}
if (
lastAddress &&
lastAddress - blockStart &&
result.blocks &&
!result.blocks.map(obj => obj.start).includes(blockStart)
) {
result.blocks.push({
start: blockStart,
count: lastAddress - blockStart,
startIndex: startIndex,
endIndex: i,
});
}
if (config.length) {
result.length = result.addressHigh - result.addressLow;
if (isBools && !localOptions.doNotRoundAddressToWord) {
const oldStart = result.addressLow;
// align addresses to 16 bit. E.g 30 => 16, 31 => 16, 32 => 32
result.addressLow = (result.addressLow >> 4) << 4;
// increase the length on the alignment if any
result.length += oldStart - result.addressLow;
// If the length is not a multiple of 16
if (result.length % 16) {
// then round it up to the next multiple of 16
result.length = ((result.length >> 4) + 1) << 4;
}
if (result.blocks) {
for (let b = 0; b < result.blocks.length; b++) {
const _oldStart = result.blocks[b].start;
// align addresses to 16 bit. E.g 30 => 16, 31 => 16, 32 => 32
result.blocks[b].start = (result.blocks[b].start >> 4) << 4;
// increase the length on the alignment if any
result.blocks[b].count += _oldStart - result.blocks[b].start;
if (result.blocks[b].count % 16) {
result.blocks[b].count = ((result.blocks[b].count >> 4) + 1) << 4;
}
}
}
}
} else {
result.length = 0;
}
if (result.mapping) {
for (let i = 0; i < config.length; i++) {
adapter.log.debug(
`Iterate ${regType} ${regName}: ${config[i].address - result.addressLow} = ${config[i].id}`,
);
result.mapping[config[i].address - result.addressLow] = `${adapter.namespace}.${config[i].id}`;
}
}
}
}
function parseConfig(callback) {
let options = prepareConfig(adapter.config);
const params = adapter.config.params;
// not for master or slave
const localOptions = {
multiDeviceId: options.config.multiDeviceId,
showAliases: params.showAliases === true || params.showAliases === 'true',
doNotRoundAddressToWord: params.doNotRoundAddressToWord === true || params.doNotRoundAddressToWord === 'true',
directAddresses: params.directAddresses === true || params.directAddresses === 'true',
maxBlock: options.config.maxBlock,
maxBoolBlock: options.config.maxBoolBlock,
doNotIncludeAdrInId: params.doNotIncludeAdrInId === true || params.doNotIncludeAdrInId === 'true',
preserveDotsInId: params.preserveDotsInId === true || params.preserveDotsInId === 'true',
};
adapter.getForeignObjects(`${adapter.namespace}.*`, async (err, list) => {
let oldObjects = list;
let newObjects = [];
adapter.config.disInputs.sort(sortByAddress);
adapter.config.coils.sort(sortByAddress);
adapter.config.inputRegs.sort(sortByAddress);
adapter.config.holdingRegs.sort(sortByAddress);
let tasks = [];
for (let _deviceId in options.devices) {
if (!Object.prototype.hasOwnProperty.call(options.devices, _deviceId)) {
continue;
}
let device = options.devices[_deviceId];
let deviceId = parseInt(_deviceId, 10);
// Discrete inputs
assignIds(
deviceId,
adapter.config.disInputs,
device.disInputs,
'discreteInputs',
'disInputs',
localOptions,
);
assignIds(deviceId, adapter.config.coils, device.coils, 'coils', 'coils', localOptions);
assignIds(
deviceId,
adapter.config.inputRegs,
device.inputRegs,
'inputRegisters',
'inputRegs',
localOptions,
);
assignIds(
deviceId,
adapter.config.holdingRegs,
device.holdingRegs,
'holdingRegisters',
'holdingRegs',
localOptions,
);
device.disInputs.config = adapter.config.disInputs.filter(e => e.deviceId === deviceId);
device.coils.config = adapter.config.coils.filter(e => e.poll && e.deviceId === deviceId);
device.inputRegs.config = adapter.config.inputRegs.filter(e => e.deviceId === deviceId);
device.holdingRegs.config = adapter.config.holdingRegs.filter(e => e.poll && e.deviceId === deviceId);
// ----------- remember poll values --------------------------
if (!options.config.slave) {
tasks.push({
id: 'info.pollTime',
name: 'add',
obj: {
type: 'state',
common: {
name: 'Poll time',
type: 'number',
role: '',
write: false,
read: true,
def: 0,
unit: 'ms',
},
native: {},
},
});
newObjects.push(`${adapter.namespace}.info.pollTime`);
}
// Discrete inputs
iterateAddresses(true, deviceId, device.disInputs, 'discreteInputs', 'disInputs', localOptions);
iterateAddresses(true, deviceId, device.coils, 'coils', 'coils', localOptions);
iterateAddresses(false, deviceId, device.inputRegs, 'inputRegisters', 'inputRegs', localOptions);
iterateAddresses(false, deviceId, device.holdingRegs, 'holdingRegisters', 'holdingRegs', localOptions);
// ------------- create states and objects ----------------------------
checkObjects(adapter.config, 'disInputs', 'discreteInputs', 'Discrete inputs', tasks, newObjects, deviceId);
checkObjects(adapter.config, 'coils', 'coils', 'Coils', tasks, newObjects, deviceId);
checkObjects(adapter.config, 'inputRegs', 'inputRegisters', 'Input registers', tasks, newObjects, deviceId);
checkObjects(
adapter.config,
'holdingRegs',
'holdingRegisters',
'Holding registers',
tasks,
newObjects,
deviceId,
);
if (options.config.slave) {
device.disInputs.fullIds = adapter.config.disInputs
.filter(e => e.deviceId === deviceId)
.map(e => e.fullId);
device.coils.fullIds = adapter.config.coils.filter(e => e.deviceId === deviceId).map(e => e.fullId);
device.inputRegs.fullIds = adapter.config.inputRegs
.filter(e => e.deviceId === deviceId)
.map(e => e.fullId);
device.holdingRegs.fullIds = adapter.config.holdingRegs
.filter(e => e.deviceId === deviceId)
.map(e => e.fullId);
}
if (!options.config.multiDeviceId) {
break;
}
}
tasks.push({
id: 'info',
name: 'add',
obj: {
type: 'channel',
common: {
name: 'info',
},
native: {},
},
});
// create/ update 'info.connection' object
let obj = await adapter.getObjectAsync('info.connection');
if (!obj) {
obj = {
type: 'state',
common: {
name: options.config.slave ? 'IPs of connected partners' : 'If connected to slave',
role: 'indicator.connected',
write: false,
read: true,
type: options.config.slave ? 'string' : 'boolean',
def: options.config.slave ? '' : false,
},
native: {},
};
await adapter.setObjectAsync('info.connection', obj);
} else if (options.config.slave && obj.common.type !== 'string') {
obj.common.type = 'string';
obj.common.name = 'Connected masters';
obj.common.def = '';
await adapter.setObjectAsync('info.connection', obj);
} else if (!options.config.slave && obj.common.type !== 'boolean') {