5130-arc_counter #2
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@ -2,8 +2,9 @@ arcId: 1
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port: 1234
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port: 1234
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ip: 1.2.3.4
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ip: 1.2.3.4
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env: dev
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env: dev
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interval: 1000
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interval: 3000
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reconnectInterval: 5000
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reconnectInterval: 5000
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counterInterval: 1000
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db:
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db:
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host: host
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host: host
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port: 3307
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port: 3307
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@ -3,7 +3,7 @@
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"version": "1.0.0",
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"version": "1.0.0",
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"author": "Verdnatura Levante SL",
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"author": "Verdnatura Levante SL",
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"description": "rfid backend",
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"description": "rfid backend",
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"main": "index.js",
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"main": "server.js",
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"type": "module",
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"type": "module",
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"scripts": {
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"scripts": {
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"start": "nodemon ./server.js"
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"start": "nodemon ./server.js"
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@ -0,0 +1,10 @@
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import con from '../db/connect.js';
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export default async(size, arcId) => {
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console.logger.info(`COUNTER: SIZE:${size} ARC_ID:${arcId}`);
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await con.query(`
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UPDATE vn.arcRead
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SET counter = ?
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WHERE id = ?;
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`, [size, arcId]);
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};
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@ -1,13 +1,12 @@
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import con from '../db/connect.js';
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import con from '../db/connect.js';
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import counter from './counter.js';
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import t from '../util/translator.js';
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export default async(rfids, arcId) => {
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export default async(rfids, arcId) => {
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const codes = new Set();
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try {
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for (let rfid of rfids)
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await con.query(`CALL vn.expeditionPallet_build(JSON_ARRAY(?), ?, ?, @palletId);`, [Array.from(rfids), arcId, null]);
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codes.add(rfid.code);
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await counter(null, arcId);
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} catch (error) {
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console.logger.info('PRINTING...');
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await con.query(`UPDATE vn.arcRead SET error = ?, counter = NULL WHERE id = ?;`, [t(error.sqlMessage), arcId]);
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}
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const palletId = await con.query(`CALL vn.expeditionPallet_build(JSON_ARRAY(?), ?, ?, @palletId);`, [Array.from(codes), arcId, null]);
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if (!palletId)
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console.logger.info({error: 'ERROR_CREATING_PALLET', expeditions: rfids});
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};
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};
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@ -2,13 +2,15 @@ export default async data => {
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data = data.toString();
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data = data.toString();
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const crudeRfids = data.split('\n');
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const crudeRfids = data.split('\n');
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const rfidsParsed = [];
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const rfidsParsed = new Set();
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const rfidsParsedExtended = [];
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for (let crudeRfid of crudeRfids) {
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for (let crudeRfid of crudeRfids) {
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if (crudeRfid && /{.*:{.*:.*}}/.test(crudeRfid)) {
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if (crudeRfid && /{.*:{.*:.*}}/.test(crudeRfid)) {
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const jsonResult = JSON.parse(crudeRfid);
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const jsonResult = JSON.parse(crudeRfid);
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let epcHex = jsonResult?.tagInventoryEvent?.epcHex;
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let epcHex = jsonResult?.tagInventoryEvent?.epcHex;
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if (!epcHex) return;
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if (!epcHex) continue;
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if (epcHex.search('AABB') == -1) continue;
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if (epcHex.search('AABB') == -1) continue;
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epcHex = epcHex.replace('AABB', '');
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epcHex = epcHex.replace('AABB', '');
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@ -21,9 +23,11 @@ export default async data => {
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antenna: jsonResult.tagInventoryEvent.antennaPort
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antenna: jsonResult.tagInventoryEvent.antennaPort
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};
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};
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rfidsParsed.push(rfidParsed);
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const rfidsParsedExtended = [];
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rfidsParsedExtended.push(rfidParsed);
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rfidsParsed.add(rfidParsed.code);
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}
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}
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}
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}
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return rfidsParsed;
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return {codes: rfidsParsed, extended: rfidsParsedExtended};
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};
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};
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@ -1,12 +1,15 @@
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import got from 'got';
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import got from 'got';
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import rfidParser from './rfidParser.js';
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import rfidParser from './rfidParser.js';
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import newPallet from './newPallet.js';
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import newPallet from './newPallet.js';
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import debug from '../util/debugStream.js';
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import counter from './counter.js';
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let interval;
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let interval;
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let counterInterval;
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export default async(conf, cb) => {
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export default async(conf, cb) => {
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let rfidbuffer = [];
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let rfidbuffer = new Set();
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let rfidbufferSet = [new Set(), new Set(), new Set(), new Set()];
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let rfidbufferExtend = [];
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const stream = got.stream(`http://${conf.ip}/api/v1/data/stream`);
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const stream = got.stream(`http://${conf.ip}/api/v1/data/stream`);
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@ -14,15 +17,19 @@ export default async(conf, cb) => {
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.on('data', async value => {
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.on('data', async value => {
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const parsed = await rfidParser(value);
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const parsed = await rfidParser(value);
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if (parsed)
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if (!parsed.codes.size) return;
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rfidbuffer = rfidbuffer.concat(parsed);
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rfidbuffer = new Set([...rfidbuffer, ...parsed.codes]);
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rfidbufferExtend = rfidbufferExtend.concat(parsed.extended);
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debug(parsed);
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debug({codes: rfidbuffer, extended: rfidbufferExtend}, conf);
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if (rfidbuffer && rfidbuffer.length && parsed && parsed.length) {
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if (rfidbuffer.size) {
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clearInterval(interval);
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clearTimeout(interval);
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interval = null;
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interval = null;
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interval = setInterval(createPallet, conf.interval);
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interval = setTimeout(createPallet, conf.interval);
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if (!counterInterval)
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counterInterval = setTimeout(counterIntervalManager, conf.counterInterval);
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}
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}
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})
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})
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.on('error', e => {
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.on('error', e => {
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@ -30,34 +37,16 @@ export default async(conf, cb) => {
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});
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});
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function createPallet() {
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function createPallet() {
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clearInterval(interval); // try remove
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clearTimeout(interval);
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if (!rfidbuffer.length) return;
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newPallet(rfidbuffer, conf.arcId);
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newPallet(rfidbuffer, conf.arcId);
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rfidbuffer = [];
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rfidbufferSet = [new Set(), new Set(), new Set(), new Set()];
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rfidbuffer = new Set();
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rfidbufferExtend = [];
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}
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}
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function debug(parsed) {
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function counterIntervalManager() {
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if (conf.env != 'dev') return;
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counterInterval = null;
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let totalBuffer = rfidbuffer.map(rfid => rfid.code);
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counter(rfidbuffer.size, conf.arcId);
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let totalBufferSet = new Set(totalBuffer);
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console.log('TOTAL BUFFER: ', totalBufferSet.size);
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const totalRead = [0, 0, 0, 0];
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for (let buffer of rfidbuffer)
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totalRead[buffer.antenna - 1]++;
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console.log('TOTAL READ ANTENNA:', totalRead);
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for (let buffer of parsed)
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rfidbufferSet[buffer.antenna - 1].add(buffer.code);
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console.log('UNIQUE READ ANTENNA:', rfidbufferSet[0].size, rfidbufferSet[1].size, rfidbufferSet[2].size, rfidbufferSet[3].size);
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for (const [index, set] of rfidbufferSet.entries()) {
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if (((set.size * 100) / totalBufferSet.size) < 25)
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console.log('[WARNING_ANTENNA]: ', index + 1, ' ONLY ', set.size);
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}
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console.log('----------------------------------------------------------------');
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}
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}
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};
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};
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50;
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@ -0,0 +1,25 @@
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export default (parsed, conf) => {
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if (conf.env != 'dev') return;
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// TOTAL
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console.log('TOTAL BUFFER: ', parsed.codes.size);
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// TOTAL READS BY ANTENNA
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const totalRead = [0, 0, 0, 0];
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for (let read of parsed.extended)
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totalRead[read.antenna - 1]++;
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console.log('TOTAL READ ANTENNA:', totalRead);
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// UNIQUE READS BY ANTENNA
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const uniqueRead = [new Set(), new Set(), new Set(), new Set()];
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for (let read of parsed.extended)
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uniqueRead[read.antenna - 1].add(read.code);
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console.log('UNIQUE READ ANTENNA:', uniqueRead[0].size, uniqueRead[1].size, uniqueRead[2].size, uniqueRead[3].size);
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// WARNING IF AN ANTENNA READS LESS THAN IT SHOULD
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for (const [index, set] of uniqueRead.entries()) {
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if (((set.size * 100) / parsed.codes.size) < 25)
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console.logger.warn(`[ANTENNA]: ${index + 1} ONLY ${set.size}`);
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}
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console.log('----------------------------------------------------------------');
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};
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@ -0,0 +1 @@
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TRUCK_NOT_AVAILABLE: No hay un camión disponible
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@ -0,0 +1,8 @@
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import yml from 'require-yml';
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import path from 'path';
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export default function t(expression) {
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const {pathname: root} = new URL('./locale', import.meta.url);
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let es = yml(path.join(root, 'es.yml')) || {};
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return es[expression] || expression;
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}
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