MCF - Lw06420D

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function reverse(str) { return str.match(/[a-fA-F0-9]{2}/g).reverse().join(''); } function parseDate(payload) { const bin2 = Number(`0x${reverse(payload)}`).toString(2).padStart(32, '0'); const year = parseInt(bin2.substring(0, 7), 2) + 2000; const month = parseInt(bin2.substring(7, 11), 2) - 1; const day = parseInt(bin2.substring(11, 16), 2); const hour = parseInt(bin2.substring(16, 21), 2); const minute = parseInt(bin2.substring(21, 27), 2); const second = parseInt(bin2.substring(27, 32), 2) * 2; return new Date(year, month, day, hour, minute, second, 0).toISOString(); } function parseTimeSync(payload, serie) { // Parse all data and format to TagoIO JSON format. const sync_id = { variable: 'sync_id', serie, value: payload.substring(2, 10) }; const sync_version = { variable: 'sync_version', serie, value: payload.substring(10, 16) }; const application_type = { variable: 'application_type', serie, value: payload.substring(16, 20) }; const rfu = { variable: 'rfu', serie, value: payload.substring(20) }; // Return an array with the content. return [ sync_id, sync_version, application_type, rfu, ]; } function parseAnalogMeasurement(payload, serie) { const time = parseDate(payload.substring(0, 8)); //const serie = time; const date = { variable: 'date', value: time, time, serie }; var m = []; var mError = []; var mType = []; var mBit = []; // var rfu = []; var k = 0; for (var i = 0; i < 4; i++) { var firstByte = parseInt(payload.substring(k + 8, k + 8 + 2), 16); var secondByte = parseInt(payload.substring(k + 8 + 2, k + 8 + 4), 16); var hexInBin = (((secondByte & 0xFF) << 8) & 0xFF00) + ((firstByte & 0xFF)) & 0x0000FFFF; // rfu[i] = (hexInBin & 0xFFFF) >> 14; mType[i] = (hexInBin & 0b0110000000000000) >> 13; mError[i] = (hexInBin & 0b0001000000000000) >> 12; m[i] = hexInBin & 0b0000111111111111; mBit[i] = m[i]; switch (mType[i]) { case 0: if (mError[i] === 0) { m[i] = ((m[i] * 16) / 4096) + 4; } else { m[i] = 0 } break; case 1: m[i] = (m[i] * 10) / 4096; break; case 2: m[i] = (m[i] * 5) / 4096; break; } k = k + 4; } const m1 = { variable: 'm1', value: m[0], unit: getUnitAnalog(mType[0]), time, serie }; const mError1 = { variable: 'mError1', value: mError[0], time, serie }; const mType1 = { variable: 'mType1', value: getTypeAnalog(mType[0]), time, serie }; const mBit1 = { variable: 'mBit1', value: mBit[0], time, serie }; // const rfu1 = { variable: "rfu1", value: rfu[0], time, serie }; const m2 = { variable: 'm2', value: m[1], unit: getUnitAnalog(mType[1]), time, serie }; const mError2 = { variable: 'mError2', value: mError[1], time, serie }; const mType2 = { variable: 'mType2', value: getTypeAnalog(mType[1]),time, serie }; const mBit2 = { variable: 'mBit2', value: mBit[1], time, serie }; // const rfu2 = { variable: "rfu2", value: rfu[1], time, serie }; const m3 = { variable: 'm3', value: m[2], unit: getUnitAnalog(mType[2]), time, serie }; const mError3 = { variable: 'mError3', value: mError[2], time, serie }; const mType3 = { variable: 'mType3', value: getTypeAnalog(mType[2]), time, serie }; const mBit3 = { variable: 'mBit3', value: mBit[2], time, serie }; // const rfu3 = { variable: "rfu3", value: rfu[2], time, serie }; const m4 = { variable: 'm4', value: m[3], unit: getUnitAnalog(mType[3]), time, serie }; const mError4 = { variable: 'mError4', value: mError[3], time, serie }; const mType4 = { variable: 'mType4', value: getTypeAnalog(mType[3]), time, serie }; const mBit4 = { variable: 'mBit4', value: mBit[3], time, serie }; // const rfu4 = { variable: "rfu4", value: rfu[3], time, serie }; return [ date, m1, mError1, mType1, mBit1, // rfu1, m2, mError2, mType2, mBit2, // rfu2, m3, mError3, mType3, mBit3, // rfu3, m4, mError4, mType4, mBit4, // rfu4, ]; } function getTypeAnalog(typeAnalog) { switch (typeAnalog) { case 0: return "4-20 mA"; case 1: return "0-10 V"; case 2: return "0-5 V"; } } function getUnitAnalog(typeAnalog) { switch (typeAnalog) { case 0: return 'mA'; case 1: return 'V'; case 2: return 'V'; } } function parseAnalog(payload, serie) { const sensorType = payload.substring(2, 4); var sensorName = ""; switch (sensorType) { case '00': { sensorName = { variable: 'sensorName', value: "MCF-LW12WAM", serie }; const m = parseAnalogMeasurement(payload.substring(4, 28), serie) return [sensorName, ...m]; } case '01': { sensorName = { variable: 'sensorName', value: "MCF-LW06420 / MCF-LW06424 / MCF-LW06010", serie }; const m = parseAnalogMeasurement(payload.substring(4, 28), serie) return [sensorName, ...m]; } } } var data = payload.find((x) => x.variable === 'payload' || x.variable === "payload_raw" || x.variable === "data"); if (data) { const serie = data.serie ? data.serie : new Date().getTime(); const raw_payload = data.value.toUpperCase(); // Get the Payload ID. const uplinkId = raw_payload.substring(0, 2); // Apply different parsers for each ID. let content; switch (uplinkId) { case '01': content = parseTimeSync(raw_payload, serie); break; case '0D': content = parseAnalog(raw_payload, serie); break; default: break; } // Change the payload to the parsed variables. payload = payload.concat(content); }