KHOMP - Its 302312

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/** * Payload Parser ITS 3G/Nx2Q - Tago.io * v2.0 20/10/20 * * Copyright (C) 2020 Khomp, Inc - All rights Reserved. */ try { const ignore_vars = []; function resolveValueType(measure) { // Solve multiple values types (int, string, data, boolean) const valueTypes = ["v", "vs", "vd", "vb"]; for (var v_type in valueTypes) { if (measure.hasOwnProperty(valueTypes[v_type])) { measure["v"] = measure[valueTypes[v_type]]; return (measure["v"]); } } return "Unknown value type"; } function formatDate(unix_time) { const date = new Date(unix_time * 1000); return date; } var convert_data_name_dict = { "update": "update_available", "ext_pwr": "external_power", "relay": "relay_1", "env_temp": "AT", "env_hum": "AH", "c1_status": "C1", "c1_count": "C1", "c2_status": "C2", "c2_count": "C2" }; if (!payload[0].variable) { const data = []; try { const device = payload.find(x => x.bn); if (device) { const device_time = formatDate(device.bt); const serie = device.bt * 1000; data.push({ variable: 'serial_number', value: device.bn }); data.push({ variable: 'time_last_input_br', value: String(formatDate(device.bt))}); // 'YYYY-MM-DD[T]HH:mm:ss.SSS[Z]') const rssi = payload.find(x => (x.n === 'rssi')); if (rssi) { rssi.u = "dBm"; rssi.v = rssi.v + 30; if (rssi.v >= -73) quality = "Forte"; else if (rssi.v >= -83) quality = "Médio"; else quality = "Fraco"; data.push({ variable : 'quality', value: quality, time: device_time}); } for (var key in payload) { if (payload[key].hasOwnProperty("n")) { var measu_time = device_time; if (payload[key].hasOwnProperty("t")) { measu_time = formatDate(device.bt + payload[key].t); } /* remove ':' from var name */ let data_name = payload[key].n data_name = data_name.split(":").join("_"); /* same effect as replaceAll, which is not avaliable */ if (convert_data_name_dict.hasOwnProperty(data_name)) { data_name = convert_data_name_dict[data_name]; } if (data_name.startsWith('4b')) { let data_u = (payload[key].u).replace('%', ''); data_name += ('_' + data_u); } data.push({ variable: data_name, value: resolveValueType(payload[key]), //payload[key].v || `${payload[key].vb}` || payload[key].vs, time: measu_time, unit: payload[key].u, }) } } const lat = payload.find(x => ((x.n === 'latitude') || (x.n === 'lat'))); const lng = payload.find(x => ((x.n === 'longitude') || (x.n === 'lon'))); if (lat && lng) { position = {}; position['lat'] = lat.v; position['lng'] = lng.v; data.push({ variable: 'location', location: position, time: device_time }); } const net_info = payload.find(x => x.current_apn); if (net_info) { data.push({ variable: 'net_info', value: net_info.net_info[0], time: device_time }); data.push({ variable: 'net_info_band', value: net_info.net_info[2], time: device_time }); data.push({ variable: 'current_apn', value: net_info.current_apn, time: device_time }); } const info = payload.find(x => x.device); if (info) { data.push({ variable: 'fw_version', value: info.device.firmware, time: device_time }); data.push({ variable: 'model', value: info.device.model, time: device_time }); } } } catch (err) { //data.push({ variable: 'error', value: err.message }); console.log(err.message); } payload = data; } } catch (err) { console.log(err.message); }