more metrics

README.md

@@ -83,7 +83,13 @@ $ ansible-playbook ansible_playbook.yaml --tags config
 `android_sensor_magnetic_field_tesla{axis}` - Data from the magnetic field sensor in base units
 `android_sensor_gravity_acceleration` - Data from gravity acceleration sensor, in m/s^2 units
 `android_sensor_linear_acceleration` - Data from the Android linear acceleration sensor in m/s^2 units.
-
+`android_sensor_pressure_pascal` - Data from the Android pressure in pascals
+`android_sensor_ambient_light_lux` - Data from Android ambient light sensor in lux
+`android_sensor_gyroscope_radians_per_second_squared` - Data from Android gyroscope in radians/second^2
+`android_sensor_ambient_temperature_celsius` - Ambient temperature in celsius
+`android_sensor_rotation_vector` - Data from the Android Rotation Vector sensor, how is the device rotated, without a unit
+`android_sensor_rotation_vector_cosinus_theta_half` - Data from the Android Rotation Vector sensor, how is the device rotated, without a unit
+`android_sensor_rotation_vector_accuracy_radians` - Android rotation vector sensor accuracy in radians
 
 
 ### Miscellaneous

client/app/src/main/java/com/birdthedeveloper/prometheus/android/exporter/worker/AndroidCustomExporter.kt

@@ -199,6 +199,96 @@ class AndroidCustomExporter(private val metricEngine: MetricsEngine) : Collector
             addAxisSpecificGauge(gauge, it)
             mfs.add(gauge)
         }
+
+        metricEngine.hwSensorsValues().pressureHectoPascal?.let {
+            val gauge = GaugeMetricFamily(
+                "android_sensor_pressure_pascal",
+                "Data from the Android pressure in pascals",
+                listOf(),
+            )
+            gauge.addMetric(listOf(), it * 100.0)
+            mfs.add(gauge)
+        }
+
+        metricEngine.hwSensorsValues().ambientLightLux?.let {
+            val gauge = GaugeMetricFamily(
+                "android_sensor_ambient_light_lux",
+                "Data from Android ambient light sensor in lux",
+                listOf(),
+            )
+            gauge.addMetric(listOf(), it)
+            mfs.add(gauge)
+        }
+
+        metricEngine.hwSensorsValues().gyroscopeRadiansPerSecond?.let {
+            val gauge = GaugeMetricFamily(
+                "android_sensor_gyroscope_radians_per_second_squared",
+                "Data from Android gyroscope in radians/second^2",
+                listOf("axis"),
+            )
+            addAxisSpecificGauge(gauge, it)
+            mfs.add(gauge)
+        }
+
+        metricEngine.hwSensorsValues().ambientTemperatureCelsius?.let {
+            val gauge = GaugeMetricFamily(
+                "android_sensor_ambient_temperature_celsius",
+                "Data from Android temperature sensor",
+                listOf(),
+            )
+            gauge.addMetric(listOf(), it)
+            mfs.add(gauge)
+        }
+
+        metricEngine.hwSensorsValues().relativeHumidityPercent?.let {
+            val gauge = GaugeMetricFamily(
+                "android_sensor_relative_humidity_ratio",
+                "Android relative humidity sensor data",
+                listOf(),
+            )
+            gauge.addMetric(listOf(), it / 100.0)
+            mfs.add(gauge)
+        }
+
+        metricEngine.hwSensorsValues().offbodyDetect?.let {
+            val gauge = GaugeMetricFamily(
+                "android_sensor_offbody_detect",
+                "Whether the Android device is off the body",
+                listOf(),
+            )
+            gauge.addMetric(listOf(), it)
+            mfs.add(gauge)
+        }
+
+        metricEngine.hwSensorsValues().rotationVectorValues?.let {
+            val gauge = GaugeMetricFamily(
+                "android_sensor_rotation_vector",
+                "Data from the Android Rotation Vector sensor, how is the device rotated, without a unit",
+                listOf("axis"),
+            )
+            addAxisSpecificGauge(gauge, it)
+            mfs.add(gauge)
+        }
+
+        metricEngine.hwSensorsValues().rotationVectorCosinusThetaHalf?.let {
+            val gauge = GaugeMetricFamily(
+                "android_sensor_rotation_vector_cosinus_theta_half",
+                "Data from the Android Rotation Vector sensor, how is the device rotated, without a unit",
+                listOf(),
+            )
+            gauge.addMetric(listOf(),it)
+            mfs.add(gauge)
+        }
+
+        metricEngine.hwSensorsValues().rotationVectorAccuracyRadians?.let {
+            val gauge = GaugeMetricFamily(
+                "android_sensor_rotation_vector_accuracy_radians",
+                "Accuracy of the Android rotation vector sensor, in radians",
+                listOf(),
+            )
+            gauge.addMetric(listOf(),it)
+            mfs.add(gauge)
+        }
     }
 
     private fun collectScrapeDuration(mfs : MutableList<MetricFamilySamples>, startTime : Long){

client/app/src/main/java/com/birdthedeveloper/prometheus/android/exporter/worker/MetricsEngine.kt

@@ -27,30 +27,28 @@ data class AxisSpecificGauge(
 )
 
 class HwSensorsCache(
-    var headingDegrees : Double? = null, //DONE
+    var headingDegrees : Double? = null,
-    var headingAccuracyDegrees : Double? = null, //DONE
+    var headingAccuracyDegrees : Double? = null,
-    var hingeAngleDegrees : Double? = null, //DONE
+    var hingeAngleDegrees : Double? = null,
     var offbodyDetect : Double? = null,
     var ambientTemperatureCelsius : Double? = null,
     var relativeHumidityPercent : Double? = null,
 
-    var accelerometer : AxisSpecificGauge? = null, //DONE
+    var accelerometer : AxisSpecificGauge? = null,
-    var magneticFieldMicroTesla : AxisSpecificGauge? = null, //DONE
+    var magneticFieldMicroTesla : AxisSpecificGauge? = null,
     var gyroscopeRadiansPerSecond: AxisSpecificGauge? = null,
 
     var ambientLightLux : Double? = null,
     var pressureHectoPascal : Double? = null,
-    var proximityCentimeters : Double? = null, //DONE
+    var proximityCentimeters : Double? = null,
 
-    var gravityAcceleration : AxisSpecificGauge? = null, //DONE
+    var gravityAcceleration : AxisSpecificGauge? = null,
     var linearAcceleration : AxisSpecificGauge? = null,
     var rotationVectorValues : AxisSpecificGauge? = null,
     var rotationVectorCosinusThetaHalf : Double? = null,
     var rotationVectorAccuracyRadians : Double? = null,
 );
 
-//TODO for cpu, use HardwarePropertiesManager
-
 private val supportedSensors : List<Int> = listOf(
     Sensor.TYPE_HEADING,
     Sensor.TYPE_HINGE_ANGLE,