iobroker.enocean/lib/update.js

Connects EnOcean devices via USB/Serial devices with TCM300 Chips

// This class updates objects if needed
const objectDefinitions = require('../lib/definitions/object_definitions.js').objDef;

class update {
	constructor(adapter) {
		this.adapter = adapter;
		this.main();
	}

	async main() {
		const devices = await this.adapter.getDevicesAsync();

		for (const device of devices) {
			if (device.common.name !== 'Gateway') {
				// Write device.native.eep to eeps
				try {
					const eeps = device.native.eep;
					// For each eep in eeps read the definition from this.adapter.eep
					for (const eep of eeps) {
						const eepDef = this.adapter.eepList[eep.replace(/-/g, '')];
						if (eepDef === undefined || eepDef === null) {
							continue;
						}
						const objects = eepDef.objects;
						// For each object in objects check if it exists, except preDefined
						for (const object in objects) {
							if (object === 'preDefined') {
								// Check if preDefined objects exist
								for (const preDefinedObject in objects[object]) {
									const objectID = `${device._id}.${objects[object][preDefinedObject]}`;
									const objectExists = await this.adapter.getObjectAsync(objectID);
									if (!objectExists) {
										// Create object
										this.adapter.log.info('Creating object ' + objectID);
										await this.adapter.setObjectAsync(objectID, objectDefinitions[objects[object][preDefinedObject]]);
									}
								}
							} else {
								const objectID = `${device._id}.${object}`;
								const objectExists = await this.adapter.getObjectAsync(objectID);
								// If it does not exist, create it
								if (!objectExists) {
									this.adapter.log.info('Creating object ' + objectID);
									await this.adapter.setObjectNotExistsAsync(objectID, objects[object]);
								}
							}
						}
					}
				} catch (error) {
					this.adapter.log.error('Error updating device ' + device.common.name + ': ' + error);
				}
			}
		}
	}


}

module.exports = update;