Add/rg15

lib/decoding/sensebox_home.js

@@ -1,4 +1,4 @@
-'use strict';
+"use strict";
 
 /**
  * This decoding profile decodes the measurements for the sensors of the
@@ -8,136 +8,197 @@
  * @license MIT
  */
 
-const { bytesToInt, findSensorIds } = require('./helpers');
+const { bytesToInt, findSensorIds } = require("./helpers");
 
 // alternative titles recognized for the sensors
 const sensorMatchings = {
   temperature: {
-    title: ['temperatur', 'temperature'],
+    title: ["temperatur", "temperature"],
   },
   humidity: {
-    title: ['rel. luftfeuchte', 'luftfeuchtigkeit', 'humidity']
+    title: ["rel. luftfeuchte", "luftfeuchtigkeit", "humidity"],
   },
   pressure: {
-    title: ['luftdruck', 'druck', 'pressure', 'air pressure']
+    title: ["luftdruck", "druck", "pressure", "air pressure"],
   },
   lightintensity: {
-    title: ['licht', 'helligkeit', 'beleuchtungsstärke', 'einstrahlung', 'light', 'light intensity']
+    title: [
+      "licht",
+      "helligkeit",
+      "beleuchtungsstärke",
+      "einstrahlung",
+      "light",
+      "light intensity",
+    ],
   },
   uvlight: {
-    title: ['uv', 'uv-a', 'uv-intensität', 'uv-intensity']
+    title: ["uv", "uv-a", "uv-intensität", "uv-intensity"],
   },
   pm10: {
-    title: ['pm10', 'pm 10']
+    title: ["pm10", "pm 10"],
   },
   pm25: {
-    title: ['pm2.5', 'pm 2.5']
+    title: ["pm2.5", "pm 2.5"],
   },
   soiltemperature: {
-    title: ['soiltemperature', 'soil temperature', 'temperature soil', 'bodentemperatur', 'boden temperatur', 'temperatur boden']
+    title: [
+      "soiltemperature",
+      "soil temperature",
+      "temperature soil",
+      "bodentemperatur",
+      "boden temperatur",
+      "temperatur boden",
+    ],
   },
   soilmoisture: {
-    title: ['soilmoisture', 'soil moisture', 'moisture soil', 'bodenfeuchte', 'boden feuchte', 'feuchte boden', 'bodenfeuchtigkeit', 'boden feuchtigkeit', 'feuchtigkeit boden']
+    title: [
+      "soilmoisture",
+      "soil moisture",
+      "moisture soil",
+      "bodenfeuchte",
+      "boden feuchte",
+      "feuchte boden",
+      "bodenfeuchtigkeit",
+      "boden feuchtigkeit",
+      "feuchtigkeit boden",
+    ],
   },
   soundlevel: {
-    title: ['soundlevel', 'sound level', 'lautstärke', 'schallpegel', 'schall pegel']
+    title: [
+      "soundlevel",
+      "sound level",
+      "lautstärke",
+      "schallpegel",
+      "schall pegel",
+    ],
   },
   bmetemperature: {
-    title: ['lufttemperatur']
+    title: ["lufttemperatur"],
   },
   bmehumidity: {
-    title: ['luftfeuchte']
+    title: ["luftfeuchte"],
   },
   bmepressure: {
-    title: ['atm. luftdruck']
+    title: ["atm. luftdruck"],
   },
   bmevoc: {
-    title: ['VOC']
+    title: ["VOC"],
   },
   windspeed: {
-    title: ['windgeschwindigkeit', 'wind weschwindigkeit', 'windspeed', 'wind speed']
+    title: [
+      "windgeschwindigkeit",
+      "wind weschwindigkeit",
+      "windspeed",
+      "wind speed",
+    ],
   },
   co2: {
-    title: ['co2', 'CO₂', 'co 2']
-  }
+    title: ["co2", "CO₂", "co 2"],
+  },
+  rg15_total: {
+    title: ["Niederschlag (gesamt)"],
+  },
+  rg15_event: {
+    title: ["Niederschlag (letztes Ereignis)"],
+  },
+  rg15_intensity: {
+    title: ["Regenintensität"],
+  },
 };
 
 const transformers = {
   temperature: {
     bytes: 2,
-    transformer: bytes => parseFloat((bytesToInt(bytes) / 771 - 18).toFixed(1))
+    transformer: (bytes) =>
+      parseFloat((bytesToInt(bytes) / 771 - 18).toFixed(1)),
   },
   humidity: {
     bytes: 2,
-    transformer: bytes => parseFloat((bytesToInt(bytes) / 1e2).toFixed(1))
+    transformer: (bytes) => parseFloat((bytesToInt(bytes) / 1e2).toFixed(1)),
   },
   pressure: {
     bytes: 2,
-    transformer: bytes => parseFloat((bytesToInt(bytes) / 81.9187 + 300).toFixed(1))
+    transformer: (bytes) =>
+      parseFloat((bytesToInt(bytes) / 81.9187 + 300).toFixed(1)),
   },
   lightintensity: {
     bytes: 3,
-    transformer (bytes) {
+    transformer(bytes) {
       const [mod, ...times] = bytes;
 
       return bytesToInt(times) * 255 + bytesToInt([mod]);
-    }
+    },
   },
   uvlight: {
     bytes: 3,
-    transformer (bytes) {
+    transformer(bytes) {
       const [mod, ...times] = bytes;
 
       return bytesToInt(times) * 255 + bytesToInt([mod]);
-    }
+    },
   },
   pm10: {
     bytes: 2,
-    transformer: bytes => parseFloat((bytesToInt(bytes) / 10).toFixed(1))
+    transformer: (bytes) => parseFloat((bytesToInt(bytes) / 10).toFixed(1)),
   },
   pm25: {
     bytes: 2,
-    transformer: bytes => parseFloat((bytesToInt(bytes) / 10).toFixed(1))
+    transformer: (bytes) => parseFloat((bytesToInt(bytes) / 10).toFixed(1)),
   },
   soiltemperature: {
     bytes: 2,
-    transformer: bytes => parseFloat((bytesToInt(bytes) / 771 - 18).toFixed(1))
+    transformer: (bytes) =>
+      parseFloat((bytesToInt(bytes) / 771 - 18).toFixed(1)),
   },
   soilmoisture: {
     bytes: 2,
-    transformer: bytes => parseFloat((bytesToInt(bytes) / 1e2).toFixed(1))
+    transformer: (bytes) => parseFloat((bytesToInt(bytes) / 1e2).toFixed(1)),
   },
   soundlevel: {
     bytes: 2,
-    transformer: bytes => parseFloat((bytesToInt(bytes) / 10).toFixed(1))
+    transformer: (bytes) => parseFloat((bytesToInt(bytes) / 10).toFixed(1)),
   },
   bmetemperature: {
     bytes: 2,
-    transformer: bytes => parseFloat((bytesToInt(bytes) / 771 - 18).toFixed(1))
+    transformer: (bytes) =>
+      parseFloat((bytesToInt(bytes) / 771 - 18).toFixed(1)),
   },
   bmehumidity: {
     bytes: 2,
-    transformer: bytes => parseFloat((bytesToInt(bytes) / 1e2).toFixed(1))
+    transformer: (bytes) => parseFloat((bytesToInt(bytes) / 1e2).toFixed(1)),
   },
   bmepressure: {
     bytes: 2,
-    transformer: bytes => parseFloat((bytesToInt(bytes) / 81.9187 + 300).toFixed(1))
+    transformer: (bytes) =>
+      parseFloat((bytesToInt(bytes) / 81.9187 + 300).toFixed(1)),
   },
   bmevoc: {
     bytes: 3,
-    transformer (bytes) {
+    transformer(bytes) {
       const [mod, ...times] = bytes;
 
       return bytesToInt(times) * 255 + bytesToInt([mod]);
-    }
+    },
   },
   windspeed: {
     bytes: 2,
-    transformer: bytes => parseFloat((bytesToInt(bytes) / 10).toFixed(1))
+    transformer: (bytes) => parseFloat((bytesToInt(bytes) / 10).toFixed(1)),
   },
   co2: {
     bytes: 2,
-    transformer: bytes => bytesToInt(bytes)
+    transformer: (bytes) => bytesToInt(bytes),
+  },
+  rg15_total: {
+    bytes: 2,
+    transformer: (bytes) => parseFloat(bytesToInt(bytes) / 10).toFixed(1),
+  },
+  rg15_event: {
+    bytes: 2,
+    transformer: (bytes) => parseFloat(bytesToInt(bytes) / 10).toFixed(1),
+  },
+  rg15_intensity: {
+    bytes: 2,
+    transformer: (bytes) => parseFloat(bytesToInt(bytes) / 10).toFixed(1),
   },
 };
 
@@ -147,7 +208,7 @@
  * @param {Box} box - The box to retrieve sensorIds from
  * @return {Array} A bufferTransformer for the box
  */
-const createBufferTransformer = function createBufferTransformer (box) {
+const createBufferTransformer = function createBufferTransformer(box) {
   const sensorMap = findSensorIds(box.sensors, sensorMatchings);
 
   const transformer = [];
@@ -157,7 +218,7 @@
       transformer.push({
         sensorId: sensorMap[key],
         bytes: transformers[key].bytes,
-        transformer: transformers[key].transformer
+        transformer: transformers[key].transformer,
       });
     }
   }
@@ -166,5 +227,5 @@
 };
 
 module.exports = {
-  createBufferTransformer
+  createBufferTransformer,
 };