TTN Smart Sensor (Espeasy)

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// Decoder for device payload encoder "PACKED" // copy & paste to TTN Console V3 -> Applications -> Payload formatters -> Uplink -> Javascript function decodeUplink(input) { var data = {}; var decoded = false; if (input.bytes.length === 0) { // Do nothing } else { if (input.fPort === 1) { switch (input.bytes[0]) { case 26: // SysInfo data = decode_plugin(input.fPort, input.bytes, [header, uint24, uint24, int8, vcc, pct_8, uint8, uint8, uint8, uint8, uint24, uint16], ['header', 'uptime', 'freeheap', 'rssi', 'vcc', 'load', 'ip1', 'ip2', 'ip3', 'ip4', 'web', 'freestack']); decoded = true; break; case 82: // GPS if (input.bytes.length === 18) { data = decode_plugin(input.fPort, input.bytes, [header, latLng, latLng, altitude, uint16_1e2, hdop, uint8, uint8], ['header', 'latitude', 'longitude', 'altitude', 'speed', 'hdop', 'max_snr', 'sat_tracked']); decoded = true; } else if (input.bytes.length === 21) { data = decode_plugin(input.fPort, input.bytes, [header, latLng, latLng, altitude, uint16_1e2, hdop, uint8, uint8, uint24_1e2], ['header', 'latitude', 'longitude', 'altitude', 'speed', 'hdop', 'max_snr', 'sat_tracked', 'distance_total_km']); decoded = true; } else { data = decode_plugin(input.fPort, input.bytes, [header, latLng, latLng, altitude, uint16_1e2, hdop, uint8, uint8, uint24_1e2, uint24_1e1], ['header', 'latitude', 'longitude', 'altitude', 'speed', 'hdop', 'max_snr', 'sat_tracked', 'distance_total_km', 'distance_ref']); decoded = true; } break; case 85: // AcuDC243 // FIXME TD-er: Same code as in P108, Make new type for this with 4 selectable variables data = decode_plugin(input.fPort, input.bytes, [header, uint8, int32_1e4, uint8, int32_1e4, uint8, int32_1e4, uint8, int32_1e4], ['header', 'unit1', 'val_1', 'unit2', 'val_2', 'unit3', 'val_3', 'unit4', 'val_4']); decoded = true; break; case 102: // PZEM004T v30 data = decode(bytes, [header, int16_1e1, int32_1e3, int32_1e1, int32_1e1, uint16_1e2, uint8_1e1], ['header', 'voltage', 'current', 'power', 'energy', 'powerfactor', 'frequency']); data.frequency += 40; decoded = true; break; case 108: // DDS238-x ZN // FIXME TD-er: Same code as in P085, Make new type for this with 4 selectable variables data = decode_plugin(input.fPort, input.bytes, [header, uint8, int32_1e4, uint8, int32_1e4, uint8, int32_1e4, uint8, int32_1e4], ['header', 'unit1', 'val_1', 'unit2', 'val_2', 'unit3', 'val_3', 'unit4', 'val_4']); decoded = true; break; } if (!decoded) { if (input.bytes.length === 9) { data = decode_plugin(input.fPort, input.bytes, [header, int32_1e4], ['header', 'val_1']); decoded = true; } // Dual value if (input.bytes.length === 13) { data = decode_plugin(input.fPort, input.bytes, [header, int32_1e4, int32_1e4], ['header', 'val_1', 'val_2']); decoded = true; } // Triple value if (input.bytes.length === 17) { data = decode_plugin(input.fPort, input.bytes, [header, int32_1e4, int32_1e4, int32_1e4], ['header', 'val_1', 'val_2', 'val_3']); decoded = true; } // Quad value if (input.bytes.length === 21) { data = decode_plugin(input.fPort, input.bytes, [header, int32_1e4, int32_1e4, int32_1e4, int32_1e4], ['header', 'val_1', 'val_2', 'val_3', 'val_4']); decoded = true; } } } } data.bytes = input.bytes; data.port = input.fPort; return { data: data, warnings: [], errors: [] }; } // ----- contents of /src/decoder.js -------------------------------------------- // https://github.com/thesolarnomad/lora-serialization/blob/master/src/decoder.js var bytesToInt = function(bytes) { var i = 0; for (var x = 0; x < bytes.length; x++) { i |= (bytes[x] << (x * 8)); } return i; }; var version = function(bytes) { if (bytes.length !== version.BYTES) { throw new Error('version must have exactly 10 bytes'); } return String.fromCharCode.apply(null, bytes).split('\u0000')[0]; }; version.BYTES = 10; var uint8 = function(bytes) { if (bytes.length !== uint8.BYTES) { throw new Error('uint8 must have exactly 1 byte'); } return bytesToInt(bytes); }; uint8.BYTES = 1; var uint16 = function(bytes) { if (bytes.length !== uint16.BYTES) { throw new Error('uint16 must have exactly 2 bytes'); } return bytesToInt(bytes); }; uint16.BYTES = 2; var uint24 = function(bytes) { if (bytes.length !== uint24.BYTES) { throw new Error('uint24 must have exactly 3 bytes'); } return bytesToInt(bytes); }; uint24.BYTES = 3; var uint32 = function(bytes) { if (bytes.length !== uint32.BYTES) { throw new Error('uint32 must have exactly 4 bytes'); } return bytesToInt(bytes); }; uint32.BYTES = 4; var uint64 = function(bytes) { if (bytes.length !== uint64.BYTES) { throw new Error('uint64 must have exactly 8 bytes'); } return bytesToInt(bytes); }; uint64.BYTES = 8; var int8 = function(bytes) { if (bytes.length !== int8.BYTES) { throw new Error('int8 must have exactly 1 byte'); } var value = +(bytesToInt(bytes)); if (value > 127) { value -= 256; } return value; }; int8.BYTES = 1; var int16 = function(bytes) { if (bytes.length !== int16.BYTES) { throw new Error('int16 must have exactly 2 bytes'); } var value = +(bytesToInt(bytes)); if (value > 32767) { value -= 65536; } return value; }; int16.BYTES = 2; var int24 = function(bytes) { if (bytes.length !== int24.BYTES) { throw new Error('int24 must have exactly 3 bytes'); } var value = +(bytesToInt(bytes)); if (value > 8388608) { value -= 16777216; } return value; }; int24.BYTES = 3; var int32 = function(bytes) { if (bytes.length !== int32.BYTES) { throw new Error('int32 must have exactly 4 bytes'); } var value = +(bytesToInt(bytes)); if (value > 2147483647) { value -= 4294967296; } return value; }; int32.BYTES = 4; // Basic types with a factor in them. var uint8_1e3 = function(bytes) { return +(uint8(bytes) / 1e3).toFixed(3); }; uint8_1e3.BYTES = uint8.BYTES; var uint8_1e2 = function(bytes) { return +(uint8(bytes) / 1e2).toFixed(2); }; uint8_1e2.BYTES = uint8.BYTES; var uint8_1e1 = function(bytes) { return +(uint8(bytes) / 1e1).toFixed(1); }; uint8_1e1.BYTES = uint8.BYTES; var uint16_1e5 = function(bytes) { return +(uint16(bytes) / 1e5).toFixed(5); }; uint16_1e5.BYTES = uint16.BYTES; var uint16_1e4 = function(bytes) { return +(uint16(bytes) / 1e4).toFixed(4); }; uint16_1e4.BYTES = uint16.BYTES; var uint16_1e3 = function(bytes) { return +(uint16(bytes) / 1e3).toFixed(3); }; uint16_1e3.BYTES = uint16.BYTES; var uint16_1e2 = function(bytes) { return +(uint16(bytes) / 1e2).toFixed(2); }; uint16_1e2.BYTES = uint16.BYTES; var uint16_1e1 = function(bytes) { return +(uint16(bytes) / 1e1).toFixed(1); }; uint16_1e1.BYTES = uint16.BYTES; var uint24_1e6 = function(bytes) { return +(uint24(bytes) / 1e6).toFixed(6); }; uint24_1e6.BYTES = uint24.BYTES; var uint24_1e5 = function(bytes) { return +(uint24(bytes) / 1e5).toFixed(5); }; uint24_1e5.BYTES = uint24.BYTES; var uint24_1e4 = function(bytes) { return +(uint24(bytes) / 1e4).toFixed(4); }; uint24_1e4.BYTES = uint24.BYTES; var uint24_1e3 = function(bytes) { return +(uint24(bytes) / 1e3).toFixed(3); }; uint24_1e3.BYTES = uint24.BYTES; var uint24_1e2 = function(bytes) { return +(uint24(bytes) / 1e2).toFixed(2); }; uint24_1e2.BYTES = uint24.BYTES; var uint24_1e1 = function(bytes) { return +(uint24(bytes) / 1e1).toFixed(1); }; uint24_1e1.BYTES = uint24.BYTES; var uint32_1e6 = function(bytes) { return +(uint32(bytes) / 1e6).toFixed(6); }; uint32_1e6.BYTES = uint32.BYTES; var uint32_1e5 = function(bytes) { return +(uint32(bytes) / 1e5).toFixed(5); }; uint32_1e5.BYTES = uint32.BYTES; var uint32_1e4 = function(bytes) { return +(uint32(bytes) / 1e4).toFixed(4); }; uint32_1e4.BYTES = uint32.BYTES; var uint32_1e3 = function(bytes) { return +(uint32(bytes) / 1e3).toFixed(3); }; uint32_1e3.BYTES = uint32.BYTES; var uint32_1e2 = function(bytes) { return +(uint32(bytes) / 1e2).toFixed(2); }; uint32_1e2.BYTES = uint32.BYTES; var uint32_1e1 = function(bytes) { return +(uint32(bytes) / 1e1).toFixed(1); }; uint32_1e1.BYTES = uint32.BYTES; var int8_1e3 = function(bytes) { return +(int8(bytes) / 1e3).toFixed(3); }; int8_1e3.BYTES = int8.BYTES; var int8_1e2 = function(bytes) { return +(int8(bytes) / 1e2).toFixed(2); }; int8_1e2.BYTES = int8.BYTES; var int8_1e1 = function(bytes) { return +(int8(bytes) / 1e1).toFixed(1); }; int8_1e1.BYTES = int8.BYTES; var int16_1e5 = function(bytes) { return +(int16(bytes) / 1e5).toFixed(5); }; int16_1e5.BYTES = int16.BYTES; var int16_1e4 = function(bytes) { return +(int16(bytes) / 1e4).toFixed(4); }; int16_1e4.BYTES = int16.BYTES; var int16_1e3 = function(bytes) { return +(int16(bytes) / 1e3).toFixed(3); }; int16_1e3.BYTES = int16.BYTES; var int16_1e2 = function(bytes) { return +(int16(bytes) / 1e2).toFixed(2); }; int16_1e2.BYTES = int16.BYTES; var int16_1e1 = function(bytes) { return +(int16(bytes) / 1e1).toFixed(1); }; int16_1e1.BYTES = int16.BYTES; var int24_1e6 = function(bytes) { return +(int24(bytes) / 1e6).toFixed(6); }; int24_1e6.BYTES = int24.BYTES; var int24_1e5 = function(bytes) { return +(int24(bytes) / 1e5).toFixed(5); }; int24_1e5.BYTES = int24.BYTES; var int24_1e4 = function(bytes) { return +(int24(bytes) / 1e4).toFixed(4); }; int24_1e4.BYTES = int24.BYTES; var int24_1e3 = function(bytes) { return +(int24(bytes) / 1e3).toFixed(3); }; int24_1e3.BYTES = int24.BYTES; var int24_1e2 = function(bytes) { return +(int24(bytes) / 1e2).toFixed(2); }; int24_1e2.BYTES = int24.BYTES; var int24_1e1 = function(bytes) { return +(int24(bytes) / 1e1).toFixed(1); }; int24_1e1.BYTES = int24.BYTES; var int32_1e6 = function(bytes) { return +(int32(bytes) / 1e6).toFixed(6); }; int32_1e6.BYTES = int32.BYTES; var int32_1e5 = function(bytes) { return +(int32(bytes) / 1e5).toFixed(5); }; int32_1e5.BYTES = int32.BYTES; var int32_1e4 = function(bytes) { return +(int32(bytes) / 1e4).toFixed(4); }; int32_1e4.BYTES = int32.BYTES; var int32_1e3 = function(bytes) { return +(int32(bytes) / 1e3).toFixed(3); }; int32_1e3.BYTES = int32.BYTES; var int32_1e2 = function(bytes) { return +(int32(bytes) / 1e2).toFixed(2); }; int32_1e2.BYTES = int32.BYTES; var int32_1e1 = function(bytes) { return +(int32(bytes) / 1e1).toFixed(1); }; int32_1e1.BYTES = int32.BYTES; var pluginid = function(bytes) { return +(uint8(bytes)); }; pluginid.BYTES = uint8.BYTES; var latLng = function(bytes) { // 2^23 / 180 = 46603... return +(int24(bytes) / 46600); }; latLng.BYTES = int24.BYTES; var hdop = function(bytes) { return +(uint8(bytes) / 10).toFixed(2); }; hdop.BYTES = uint8.BYTES; var altitude = function(bytes) { // Option to increase altitude resolution (also on encoder side) return +(int16(bytes) / 4 - 1000).toFixed(1); }; altitude.BYTES = int16.BYTES; // -1 .. 5.12V var vcc = function(bytes) { return +(uint8(bytes) / 41.83 - 1.0).toFixed(2); }; vcc.BYTES = uint8.BYTES; // 0 .. 100% var pct_8 = function(bytes) { return +(uint8(bytes) / 2.56).toFixed(2); }; pct_8.BYTES = uint8.BYTES; var bitmap1 = function(byte) { if (byte.length !== bitmap1.BYTES) { throw new Error('Bitmap must have exactly 1 byte'); } var i = bytesToInt(byte); var bm = ('00000000' + Number(i).toString(2)).substr(-8).split('').map(Number).map(Boolean); return ['adr', 'screensaver', 'screen', 'countermode', 'blescan', 'antenna', 'filter', 'alarm'] .reduce(function(obj, pos, index) { obj[pos] = +bm[index]; return obj; }, {}); }; bitmap1.BYTES = 1; var bitmap2 = function(byte) { if (byte.length !== bitmap2.BYTES) { throw new Error('Bitmap must have exactly 1 byte'); } var i = bytesToInt(byte); var bm = ('00000000' + Number(i).toString(2)).substr(-8).split('').map(Number).map(Boolean); return ['gps', 'alarm', 'bme', 'counter', 'sensor1', 'sensor2', 'sensor3', 'battery'] .reduce(function(obj, pos, index) { obj[pos] = +bm[index]; return obj; }, {}); }; bitmap2.BYTES = 1; var header = function(byte) { if (byte.length !== header.BYTES) { throw new Error('header must have exactly 5 bytes'); } var values = [0, 0, 0, 0]; values[0] = bytesToInt(byte.slice(0, 1)); values[1] = bytesToInt(byte.slice(1, 3)); values[2] = bytesToInt(byte.slice(3, 4)); values[3] = bytesToInt(byte.slice(4, 5)); return ['plugin_id', 'IDX', 'samplesetcount', 'valuecount'] .reduce(function(obj, pos, index) { obj[pos] = +values[index]; return obj; }, {}); }; header.BYTES = 5; var decode = function(bytes, mask, names) { var maskLength = mask.reduce(function(prev, cur) { return prev + cur.BYTES; }, 0); if (bytes.length < maskLength) { throw new Error('Mask length is ' + maskLength + ' whereas input is ' + bytes.length); } names = names || []; var offset = 0; return mask .map(function(decodeFn) { var current = bytes.slice(offset, offset += decodeFn.BYTES); return decodeFn(current); }) .reduce(function(prev, cur, idx) { prev[names[idx] || idx] = cur; return prev; }, {}); }; var decode_plugin = function(fPort, bytes, mask, names) { return Converter(decode(bytes, mask, names), fPort); }; function Converter(decoded, fPort) { var converted = decoded; var name = ""; if (fPort === 1) { if ('header' in converted) { switch (converted.header.plugin_id) { case 1: converted.name = "Switch"; converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; break; case 2: converted.name = "ADC"; converted.analog = converted.val_1; break; case 3: converted.name = "Pulse"; converted.count = converted.val_1; converted.total = converted.val_2; converted.time = converted.val_3; break; case 4: converted.name = "Dallas"; // For compatibility reasons, also include temp. converted.temp = converted.val_1; converted.temp1 = converted.val_1; converted.temp2 = converted.val_2; converted.temp3 = converted.val_3; converted.temp4 = converted.val_4; break; case 5: converted.name = "DHT"; converted.temp = converted.val_1; converted.hum = converted.val_2; break; case 6: converted.name = "BMP085"; converted.temp = converted.val_1; converted.pressure = converted.val_2; break; case 7: converted.name = "PCF8591"; converted.analog = converted.val_1; break; case 8: converted.name = "RFID"; { // Not sure if it is present, since the sensor only has a single output value in ESPeasy. var ulongvalue = converted.val_2 * 65536 + converted.val_1; converted.tag = ulongvalue.toFixed(0); } break; case 9: converted.name = "MCP"; converted.state = converted.val_1; break; case 10: converted.name = "BH1750"; converted.lux = converted.val_1; break; case 11: converted.name = "PME"; converted.v1 = converted.val_1; break; case 12: converted.name = "LCD"; // Should not output anything, echo the values just to be sure. converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; break; case 13: converted.name = "HCSR04"; converted.dist = converted.val_1; break; case 14: converted.name = "SI7021"; converted.temp = converted.val_1; converted.hum = converted.val_2; break; case 15: converted.name = "TSL2561"; // Not sure if the last value is present. converted.lux = converted.val_1; converted.infrared = converted.val_2; converted.broadband = converted.val_3; converted.ratio = converted.val_4; break; case 16: converted.name = "IR_rx"; converted.IR = converted.val_1; break; case 17: converted.name = "PN532"; { // Not sure if it is present, since the sensor only has a single output value in ESPeasy. var ulongvalue = converted.val_2 * 65536 + converted.val_1; converted.tag = ulongvalue.toFixed(0); } break; case 18: converted.name = "GP2Y10"; converted.dust = converted.val_1; break; case 19: converted.name = "PCF8574"; converted.state = converted.val_1; break; case 20: converted.name = "Ser2Net"; // Not sure if this one does output a useful value converted.ser2net = converted.val_1; break; case 21: converted.name = "Level"; converted.output = converted.val_1; break; case 22: converted.name = "PCA9685"; // Should not output any value /* converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; */ break; case 23: converted.name = "OLED"; // Should not output any value /* converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; */ break; case 24: converted.name = "MLX90614"; converted.temp = converted.val_1; break; case 25: converted.name = "ADS1115"; converted.analog = converted.val_1; break; case 26: converted.name = "Sysinfo"; /* converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; */ converted.ip = [converted.ip1, converted.ip2, converted.ip3, converted.ip4].join('.'); break; case 27: converted.name = "INA219"; converted.volt = converted.val_1; converted.current = converted.val_2; converted.power = converted.val_3; break; case 28: converted.name = "BME280"; converted.temp = converted.val_1; converted.hum = converted.val_2; converted.pressure = converted.val_3; break; case 29: converted.name = "MQTThelper"; converted.output = converted.val_1; break; case 30: converted.name = "BMP280"; converted.temp = converted.val_1; converted.pressure = converted.val_2; break; case 31: converted.name = "SHT1X"; converted.temp = converted.val_1; converted.hum = converted.val_2; break; case 32: converted.name = "MS5611"; converted.temp = converted.val_1; converted.pressure = converted.val_2; break; case 33: converted.name = "Dummy"; converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; break; case 34: converted.name = "DHT12"; converted.temp = converted.val_1; converted.hum = converted.val_2; break; case 35: converted.name = "IRTX"; // Should not output anything /* converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; */ break; case 36: converted.name = "FrameOLED"; // Should not output anything /* converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; */ break; case 37: converted.name = "MQTTImport"; converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; break; case 38: converted.name = "NeoPixel"; // Should not output anything /* converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; */ break; case 39: converted.name = "Thermocouple"; converted.temp = converted.val_1; break; case 40: converted.name = "ID12"; { // Not sure if it is present, since the sensor only has a single output value in ESPeasy. var ulongvalue = converted.val_2 * 65536 + converted.val_1; converted.tag = ulongvalue.toFixed(0); } break; case 41: converted.name = "NeoClock"; // Should not output anything /* converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; */ break; case 42: converted.name = "Candle"; converted.color = converted.val_1; converted.brightness = converted.val_2; converted.type = converted.val_3; break; case 43: converted.name = "ClkOutput"; converted.output = converted.val_1; break; case 44: converted.name = "P1WifiGateway"; converted.v1 = converted.val_1; break; case 45: converted.name = "MPU6050"; // Not sure what to output here, since it uses "send data option" converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; break; case 46: converted.name = "VentusW266"; converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; break; case 47: converted.name = "i2c-soil-moisture-sensor"; converted.temp = converted.val_1; converted.moisture = converted.val_2; converted.light = converted.val_3; break; case 48: converted.name = "Motorshield_v2"; break; case 49: converted.name = "MHZ19"; converted.ppm = converted.val_1; converted.temp = converted.val_2; converted.U = converted.val_3; break; case 50: converted.name = "TCS34725"; converted.R = converted.val_1; converted.G = converted.val_2; converted.B = converted.val_3; converted.colortemp = converted.val_4; break; case 51: converted.name = "AM2320"; converted.temp = converted.val_1; converted.hum = converted.val_2; break; case 52: converted.name = "SenseAir"; converted.ppm = converted.val_1; converted.temp = converted.val_2; break; case 53: converted.name = "PMSx003"; converted.pm1_0 = converted.val_1; converted.pm2_5 = converted.val_2; converted.pm10 = converted.val_3; break; case 54: converted.name = "DMX512"; break; case 55: converted.name = "Chiming"; break; case 56: converted.name = "SDS011-Dust"; converted.pm2_5 = converted.val_1; converted.pm10 = converted.val_2; break; case 57: converted.name = "HT16K33_LED"; break; case 58: converted.name = "HT16K33_KeyPad"; converted.scancode = converted.val_1; break; case 59: converted.name = "Encoder"; converted.counter = converted.val_1; break; case 60: converted.name = "MCP3221"; converted.analog = converted.val_1; break; case 61: converted.name = "KeyPad"; converted.scancode = converted.val_1; break; case 62: converted.name = "MPR121_KeyPad"; converted.scancode = converted.val_1; break; case 63: converted.name = "TTP229_KeyPad"; converted.scancode = converted.val_1; break; case 64: converted.name = "APDS9960"; converted.gesture = converted.val_1; converted.proximity = converted.val_2; converted.light = converted.val_3; break; case 65: converted.name = "DRF0299_MP3"; break; case 66: converted.name = "VEML6040"; converted.R = converted.val_1; converted.G = converted.val_2; converted.B = converted.val_3; converted.W = converted.val_4; break; case 67: converted.name = "HX711_Load_Cell"; converted.weight_A = converted.val_1; converted.weight_B = converted.val_2; break; case 68: converted.name = "SHT3x"; converted.temp = converted.val_1; converted.hum = converted.val_2; break; case 69: converted.name = "LM75A"; converted.temp = converted.val_1; break; case 70: converted.name = "NeoPixel_Clock"; converted.enabled = converted.val_1; converted.brightness = converted.val_2; converted.marks = converted.val_3; break; case 71: converted.name = "Kamstrup401"; converted.heat = converted.val_1; converted.volume = converted.val_2; break; case 72: converted.name = "HDC1080"; converted.temp = converted.val_1; converted.hum = converted.val_2; break; case 73: converted.name = "7DGT"; break; case 74: converted.name = "TSL2591"; converted.lux = converted.val_1; converted.full = converted.val_2; converted.visible = converted.val_3; converted.infrared = converted.val_4; break; case 75: converted.name = "Nextion"; converted.idx = converted.val_1; converted.value = converted.val_2; break; case 76: converted.name = "HLW8012"; converted.volt = converted.val_1; converted.current = converted.val_2; converted.power = converted.val_3; converted.powerfactor = converted.val_4; break; case 77: converted.name = "CSE7766"; converted.volt = converted.val_1; converted.power = converted.val_2; converted.current = converted.val_3; converted.pulses = converted.val_4; break; case 78: converted.name = "Eastron"; // Selectable outputs, so do not name them here converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; break; case 79: converted.name = "Wemos_Motorshield"; break; case 80: converted.name = "DallasIButton"; { // Not sure if it is present, since the sensor only has a single output value in ESPeasy. var ulongvalue = converted.val_2 * 65536 + converted.val_1; converted.ibutton = ulongvalue.toFixed(0); } break; case 81: converted.name = "Cron"; converted.lastexec = converted.val_1; converted.nextexec = converted.val_2; break; case 82: converted.name = "GPS"; // GPS data is already decoded in packed_decoder.js // HDOP is needed by TTN mapper to weigh the quality of the data. // When using TTN mapper, make sure to output these values. break; case 83: converted.name = "SGP30"; converted.tvoc = converted.val_1; converted.eco2 = converted.val_2; break; case 84: converted.name = "VEML6070"; converted.uv_raw = converted.val_1; converted.uv_risk = converted.val_2; converted.uv_power = converted.val_3; break; case 85: converted.name = "AcuDC243"; // This plugin can output any value, so show string representation // of the unit of measure converted.unit1 = getAcuDC243Unit(converted.unit1); converted.unit2 = getAcuDC243Unit(converted.unit2); converted.unit3 = getAcuDC243Unit(converted.unit3); converted.unit4 = getAcuDC243Unit(converted.unit4); converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; break; case 86: converted.name = "Homie"; // Can select a number of outputs converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; break; case 87: converted.name = "SerialProxy"; // This plugin currently outputs strings, so not useful for LoRa /* converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; */ break; case 89: converted.name = "Ping"; converted.fails = converted.val_1; break; case 90: converted.name = "CCS811"; converted.TVOC = converted.val_1; converted.eCO2 = converted.val_2; break; case 91: converted.name = "SerSwitch"; // Can select a number of outputs converted.relay1 = converted.val_1; converted.relay2 = converted.val_2; converted.relay3 = converted.val_3; converted.relay4 = converted.val_4; break; case 92: converted.name = "DLbus"; // Can select a number of outputs // TODO TD-er: Must add binary representation of all values converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; break; case 93: converted.name = "MitsubishiHP"; // Outputs string // TODO TD-er: Must add binary representation of all values converted.v1 = converted.val_1; break; case 94: converted.name = "CULreader"; // Outputs string // TODO TD-er: Must add binary representation of all values converted.v1 = converted.val_1; break; case 97: converted.name = "ESP32Touch"; converted.touch = converted.val_1; break; case 100: converted.name = "DS2423counter"; // TODO TD-er: This is probably the worst possible value to send over a LoRa network, as packets may get lost. converted.countdelta = converted.val_1; break; case 102: converted.name = "PZEM004T v30"; break; case 106: converted.name = "BME680"; converted.temp = converted.val_1; converted.hum = converted.val_2; converted.pressure = converted.val_3; converted.gas = converted.val_4; break; case 107: converted.name = "SI1145"; converted.visible = converted.val_1; converted.infra = converted.val_2; converted.uv = converted.val_3; break; case 108: converted.name = "DDS238-x ZN"; // This plugin can output any value, so show string representation // of the unit of measure converted.unit1 = getDDS238_xUnit(converted.unit1); converted.unit2 = getDDS238_xUnit(converted.unit2); converted.unit3 = getDDS238_xUnit(converted.unit3); converted.unit4 = getDDS238_xUnit(converted.unit4); converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; break; case 110: converted.name = "VL53L0X"; converted.distance = converted.val_1; break; case 111: converted.name = "RC522 RFID"; { // Not sure if it is present, since the sensor only has a single output value in ESPeasy. var ulongvalue = converted.val_2 * 65536 + converted.val_1; converted.tag = ulongvalue.toFixed(0); } break; case 113: converted.name = "VL53L1X"; converted.distance = converted.val_1; converted.ambient = converted.val_2; break; default: converted.v1 = converted.val_1; converted.v2 = converted.val_2; converted.v3 = converted.val_3; converted.v4 = converted.val_4; break; } // End Switch delete converted["val_1"]; delete converted["val_2"]; delete converted["val_3"]; delete converted["val_4"]; } } return converted; }; function getAcuDC243Unit(unit_id) { switch (unit_id) { case 0: // P085_QUERY_V 0 return "V"; case 1: // P085_QUERY_A 1 return "A"; case 2: // P085_QUERY_W 2 return "W"; case 3: // P085_QUERY_Wh_imp 3 return "Wh imp"; case 4: // P085_QUERY_Wh_exp 4 return "Wh exp"; case 5: // P085_QUERY_Wh_tot 5 return "Wh total"; case 6: // P085_QUERY_Wh_net 6 return "Wh net"; case 7: // P085_QUERY_h_tot 7 return "hours tot"; case 8: // P085_QUERY_h_load 8 return "hours load"; } return "unknown" + unit_id; }; function getDDS238_xUnit(unit_id) { switch (unit_id) { case 0: // P108_QUERY_V 0 return "V"; case 1: // P108_QUERY_A 1 return "A"; case 2: // P108_QUERY_W 2 return "W"; case 3: // P108_QUERY_VA 3 return "VA"; case 4: // P108_QUERY_PF 4 return "cosphi"; case 5: // P108_QUERY_F 5 return "Hz"; case 6: // P108_QUERY_Wh_imp 6 return "Wh imp"; case 7: // P108_QUERY_Wh_exp 7 return "Wh exp"; case 8: // P108_QUERY_Wh_tot 8 return "Wh total"; } return "unknown" + unit_id; }; if (typeof module === 'object' && typeof module.exports !== 'undefined') { module.exports = { uint8: uint8, uint16: uint16, uint24: uint24, uint32: uint32, int8: int8, int16: int16, int24: int24, int32: int32, uint8_1e3: uint8_1e3, uint8_1e2: uint8_1e2, uint8_1e1: uint8_1e1, uint16_1e5: uint16_1e5, uint16_1e4: uint16_1e4, uint16_1e3: uint16_1e3, uint16_1e2: uint16_1e2, uint16_1e1: uint16_1e1, uint24_1e6: uint24_1e6, uint24_1e5: uint24_1e5, uint24_1e4: uint24_1e4, uint24_1e3: uint24_1e3, uint24_1e2: uint24_1e2, uint24_1e1: uint24_1e1, uint32_1e6: uint32_1e6, uint32_1e5: uint32_1e5, uint32_1e4: uint32_1e4, uint32_1e3: uint32_1e3, uint32_1e2: uint32_1e2, uint32_1e1: uint32_1e1, int8_1e3: int8_1e3, int8_1e2: int8_1e2, int8_1e1: int8_1e1, int16_1e5: int16_1e5, int16_1e4: int16_1e4, int16_1e3: int16_1e3, int16_1e2: int16_1e2, int16_1e1: int16_1e1, int24_1e6: int24_1e6, int24_1e5: int24_1e5, int24_1e4: int24_1e4, int24_1e3: int24_1e3, int24_1e2: int24_1e2, int24_1e1: int24_1e1, int32_1e6: int32_1e6, int32_1e5: int32_1e5, int32_1e4: int32_1e4, int32_1e3: int32_1e3, int32_1e2: int32_1e2, int32_1e1: int32_1e1, pluginid: pluginid, latLng: latLng, hdop: hdop, altitude: altitude, vcc: vcc, pct_8: pct_8, bitmap1: bitmap1, bitmap2: bitmap2, header: header, version: version, decode: decode }; }