change influxdb2 schema

cmd/scan.go

@@ -83,7 +83,7 @@ func advHandler(advertisement ble.Advertisement) {
 	timestamp := time.Now()
 	description := bluetooth.GetDescription(advertisement.Addr())
 
-	point := influxdb2.NewPointWithMeasurement("sensor")
+	point := influxdb2.NewPointWithMeasurement("rssi")
 	point.SetTime(timestamp)
 	if detector != "" {
 		point.AddTag("detector", detector)
@@ -92,8 +92,7 @@ func advHandler(advertisement ble.Advertisement) {
 	if description != "" {
 		point.AddTag("description", description)
 	}
-	point.AddTag("measurement", "rssi")
+	point.AddTag("unit", "dBm")
-	point.AddTag("measurement_unit", "dBm")
 	point.AddField("value", advertisement.RSSI())
 	writeAPI.WritePoint(point)
 

lib/cleargrass/sensor.go

@@ -37,20 +37,22 @@ func ParseCleargrassSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Log
 					zap.String("event_data", hex.Dump(eventData)))
 				continue
 			}
+
 			temperature := float64(binary.LittleEndian.Uint16(eventData[0:2])) / 10
-			point := influxdb2.NewPointWithMeasurement("sensor")
+
+			point := influxdb2.NewPointWithMeasurement("temperature")
 			point.SetTime(timestamp)
 			if detector != "" {
 				point.AddTag("detector", detector)
 			}
 			point.AddTag("address", advertisement.Addr().String())
-
 			if description != "" {
 				point.AddTag("description", description)
 			}
-			point.AddTag("temperature_unit", "°C")
+			point.AddTag("unit", "°C")
-			point.AddField("temperature", temperature)
+			point.AddField("value", temperature)
 			(*writeAPI).WritePoint(point)
+
 			logger.Debug("sending sensor reading",
 				zap.String("source", advertisement.Addr().String()),
 				zap.String("description", description),
@@ -59,7 +61,8 @@ func ParseCleargrassSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Log
 				zap.Float64("value", temperature))
 
 			humidity := float64(binary.LittleEndian.Uint16(eventData[2:4])) / 10
-			point = influxdb2.NewPointWithMeasurement("sensor")
+
+			point = influxdb2.NewPointWithMeasurement("humidity")
 			point.SetTime(timestamp)
 			if detector != "" {
 				point.AddTag("detector", detector)
@@ -68,9 +71,10 @@ func ParseCleargrassSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Log
 			if description != "" {
 				point.AddTag("description", description)
 			}
-			point.AddTag("measurement_unit", "%")
+			point.AddTag("unit", "%")
-			point.AddField("humidity", humidity)
+			point.AddField("value", humidity)
 			(*writeAPI).WritePoint(point)
+
 			logger.Debug("sending sensor reading",
 				zap.String("source", advertisement.Addr().String()),
 				zap.String("description", description),
@@ -83,8 +87,10 @@ func ParseCleargrassSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Log
 				logger.Warn("battery event length should be 1")
 				continue
 			}
+
 			battery := int(eventData[0])
-			point := influxdb2.NewPointWithMeasurement("sensor")
+
+			point := influxdb2.NewPointWithMeasurement("battery")
 			point.SetTime(timestamp)
 			if detector != "" {
 				point.AddTag("detector", detector)
@@ -93,10 +99,10 @@ func ParseCleargrassSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Log
 			if description != "" {
 				point.AddTag("description", description)
 			}
-			point.AddTag("measurement", "battery")
+			point.AddTag("unit", "%")
-			point.AddTag("measurement_unit", "%")
 			point.AddField("value", battery)
 			(*writeAPI).WritePoint(point)
+
 			logger.Debug("sending sensor reading",
 				zap.String("source", advertisement.Addr().String()),
 				zap.String("description", description),

lib/xiaomi/mijia/sensor.go

@@ -128,7 +128,8 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 		switch sensorData.eventData.eventType {
 		case temperatureEvent:
 			sensorData.eventData.temperature = float64(int16(binary.LittleEndian.Uint16(sd.Data[eventOffset+3:]))) / 10.0
-			point := influxdb2.NewPointWithMeasurement("sensor")
+
+			point := influxdb2.NewPointWithMeasurement("temperature")
 			point.SetTime(timestamp)
 			if detector != "" {
 				point.AddTag("detector", detector)
@@ -138,10 +139,10 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 			if description != "" {
 				point.AddTag("description", description)
 			}
-			point.AddTag("measaurement", "temperature")
+			point.AddTag("unit", "°C")
-			point.AddTag("measurement_unit", "°C")
 			point.AddField("value", sensorData.eventData.temperature)
 			(*writeAPI).WritePoint(point)
+
 			logger.Debug("sending sensor reading",
 				zap.String("source", advertisement.Addr().String()),
 				zap.String("description", description),
@@ -151,7 +152,8 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 
 		case humidityEvent:
 			sensorData.eventData.humidity = float64(binary.LittleEndian.Uint16(sd.Data[eventOffset+3:])) / 10.0
-			point := influxdb2.NewPointWithMeasurement("sensor")
+
+			point := influxdb2.NewPointWithMeasurement("humidity")
 			point.SetTime(timestamp)
 			if detector != "" {
 				point.AddTag("detector", detector)
@@ -161,10 +163,10 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 			if description != "" {
 				point.AddTag("description", description)
 			}
-			point.AddTag("measaurement", "humidity")
+			point.AddTag("unit", "%")
-			point.AddTag("measaurement_unit", "%")
 			point.AddField("value", sensorData.eventData.humidity)
 			(*writeAPI).WritePoint(point)
+
 			logger.Debug("sending sensor reading",
 				zap.String("source", advertisement.Addr().String()),
 				zap.String("description", description),
@@ -174,7 +176,8 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 
 		case illuminanceEvent:
 			sensorData.eventData.illuminance = uint(sd.Data[eventOffset+3]) + uint(sd.Data[eventOffset+4])<<8 + uint(sd.Data[eventOffset+5])<<16
-			point := influxdb2.NewPointWithMeasurement("sensor")
+
+			point := influxdb2.NewPointWithMeasurement("illuminance")
 			point.SetTime(timestamp)
 			if detector != "" {
 				point.AddTag("detector", detector)
@@ -184,10 +187,10 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 			if description != "" {
 				point.AddTag("description", description)
 			}
-			point.AddTag("measurement", "illuminance")
+			point.AddTag("unit", "lx")
-			point.AddTag("measurement_unit", "lx")
 			point.AddField("value", sensorData.eventData.illuminance)
 			(*writeAPI).WritePoint(point)
+
 			logger.Debug("sending sensor reading",
 				zap.String("source", advertisement.Addr().String()),
 				zap.String("description", description),
@@ -197,7 +200,8 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 
 		case moistureEvent:
 			sensorData.eventData.moisture = int8(sd.Data[eventOffset+3])
-			point := influxdb2.NewPointWithMeasurement("sensor")
+
+			point := influxdb2.NewPointWithMeasurement("moisture")
 			point.SetTime(timestamp)
 			if detector != "" {
 				point.AddTag("detector", detector)
@@ -207,10 +211,10 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 			if description != "" {
 				point.AddTag("description", description)
 			}
-			point.AddTag("measurement", "moisture")
+			point.AddTag("unit", "%")
-			point.AddTag("measurement_unit", "%")
 			point.AddField("value", sensorData.eventData.moisture)
 			(*writeAPI).WritePoint(point)
+
 			logger.Debug("sending sensor reading",
 				zap.String("source", advertisement.Addr().String()),
 				zap.String("description", description),
@@ -220,7 +224,8 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 
 		case conductivityEvent:
 			sensorData.eventData.conductivity = int16(binary.LittleEndian.Uint16(sd.Data[eventOffset+3:]))
-			point := influxdb2.NewPointWithMeasurement("sensor")
+
+			point := influxdb2.NewPointWithMeasurement("conductivity")
 			point.SetTime(timestamp)
 			if detector != "" {
 				point.AddTag("detector", detector)
@@ -230,10 +235,10 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 			if description != "" {
 				point.AddTag("description", description)
 			}
-			point.AddTag("measurement", "conductivity")
+			point.AddTag("unit", "µS/cm")
-			point.AddTag("measurement_unit", "µS/cm")
 			point.AddField("value", sensorData.eventData.conductivity)
 			(*writeAPI).WritePoint(point)
+
 			logger.Debug("sending sensor reading",
 				zap.String("source", advertisement.Addr().String()),
 				zap.String("description", description),
@@ -243,7 +248,8 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 
 		case batteryEvent:
 			sensorData.eventData.battery = uint8(sd.Data[eventOffset+3])
-			point := influxdb2.NewPointWithMeasurement("sensor")
+
+			point := influxdb2.NewPointWithMeasurement("battery")
 			point.SetTime(timestamp)
 			if detector != "" {
 				point.AddTag("detector", detector)
@@ -253,10 +259,10 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 			if description != "" {
 				point.AddTag("description", description)
 			}
-			point.AddTag("measurement", "battery")
+			point.AddTag("unit", "%")
-			point.AddTag("measurement_unit", "%")
 			point.AddField("value", sensorData.eventData.battery)
 			(*writeAPI).WritePoint(point)
+
 			logger.Debug("sending sensor reading",
 				zap.String("source", advertisement.Addr().String()),
 				zap.String("description", description),
@@ -266,7 +272,8 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 
 		case temperatureAndHumidityEvent:
 			sensorData.eventData.temperature = float64(int16(binary.LittleEndian.Uint16(sd.Data[eventOffset+3:]))) / 10.0
-			point := influxdb2.NewPointWithMeasurement("sensor")
+
+			point := influxdb2.NewPointWithMeasurement("temperature")
 			point.SetTime(timestamp)
 			if detector != "" {
 				point.AddTag("detector", detector)
@@ -276,10 +283,10 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 			if description != "" {
 				point.AddTag("description", description)
 			}
-			point.AddTag("measurement", "temperature")
+			point.AddTag("unit", "°C")
-			point.AddTag("measurement_unit", "°C")
 			point.AddField("value", sensorData.eventData.temperature)
 			(*writeAPI).WritePoint(point)
+
 			logger.Debug("sending sensor reading",
 				zap.String("source", advertisement.Addr().String()),
 				zap.String("description", description),
@@ -288,7 +295,8 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 				zap.Float64("value", sensorData.eventData.temperature))
 
 			sensorData.eventData.humidity = float64(binary.LittleEndian.Uint16(sd.Data[eventOffset+5:])) / 10.0
-			point = influxdb2.NewPointWithMeasurement("sensor")
+
+			point = influxdb2.NewPointWithMeasurement("humidity")
 			point.SetTime(timestamp)
 			if detector != "" {
 				point.AddTag("detector", detector)
@@ -298,10 +306,10 @@ func ParseXiaomiMijiaSensorData(writeAPI *influxdb2_api.WriteAPI, logger *zap.Lo
 			if description != "" {
 				point.AddTag("description", description)
 			}
-			point.AddTag("measurement", "humidity")
+			point.AddTag("unit", "%")
-			point.AddTag("measurement_unit", "%")
 			point.AddField("value", sensorData.eventData.humidity)
 			(*writeAPI).WritePoint(point)
+
 			logger.Debug("sending sensor reading",
 				zap.String("source", advertisement.Addr().String()),
 				zap.String("description", description),

lib/xiaomi/scale/scale_v1.go

@@ -13,7 +13,7 @@ var XiaomiScaleV1UUID ble.UUID = []byte{0x1d, 0x18}
 
 // ParseXiaomiScaleV1 parses V1 scale service data
 func ParseXiaomiScaleV1(writeAPI *influxdb2_api.WriteAPI, logger *zap.Logger, timestamp time.Time, detector string, description string, advertisement ble.Advertisement, index int, sd ble.ServiceData) {
-	logger.Debug("xiaomi v1 scale",
+	logger.Info("xiaomi v1 scale",
 		zap.String("source", advertisement.Addr().String()),
 		zap.String("description", description),
 		zap.String("name", advertisement.LocalName()),

lib/xiaomi/scale/scale_v2.go

@@ -71,16 +71,19 @@ func ParseXiaomiScaleV2(writeAPI *influxdb2_api.WriteAPI, logger *zap.Logger, ti
 			loc)
 		difference := timestamp.Sub(scaleTimestamp)
 
-		point := influxdb2.NewPointWithMeasurement("sensor")
+		point := influxdb2.NewPointWithMeasurement("weight")
 		point.SetTime(scaleTimestamp)
 		if detector != "" {
 			point.AddTag("detector", detector)
 		}
 		point.AddTag("address", advertisement.Addr().String())
-		point.AddTag("weight_unit", "kg")
+		if description != "" {
-		point.AddTag("original_weight_unit", originalUnit)
+			point.AddTag("description", description)
+		}
+		point.AddTag("unit", "kg")
+		point.AddTag("original_unit", originalUnit)
 		point.AddField("time_difference", difference.Seconds())
-		point.AddField("weight", weight)
+		point.AddField("value", weight)
 		if hasImpedance {
 			point.AddField("impedance", scaleData.Impedance)
 		}