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package hu.gerviba.probe.util
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object ProbeUtil {
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fun formatId(probeName: String, sensorName: String): String {
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return "${probeName}__$sensorName"
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}
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fun formatId(probeName: String, sensorName: String, measurementName: String): String {
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return "${probeName}__${sensorName}__$measurementName"
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}
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}
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package hu.gerviba.probe.util
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enum class SensorDeviceClass(val literal: String, val description: String) {
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// Non-numerical device classes
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DATE("date", "Date. Unit of measurement: None. ISO8601 format."),
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DURATION("duration", "Fixed duration. Unit of measurement: d, h, min, s, ms."),
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ENUM("enum", "Enumeration. Provides a fixed list of options the state of the sensor can be in. Unit of measurement: None."),
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TIMESTAMP("timestamp", "Timestamp. Unit of measurement: None. ISO8601 format."),
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// Numerical device classes
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APPARENT_POWER("apparent_power", "Apparent power. Unit of measurement: VA."),
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AQI("aqi", "Air Quality Index. Unit of measurement: None."),
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ATMOSPHERIC_PRESSURE("atmospheric_pressure", "Atmospheric pressure. Unit of measurement: UnitOfPressure units."),
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BATTERY("battery", "Percentage of battery that is left. Unit of measurement: %."),
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CO("carbon_monoxide", "Carbon Monoxide gas concentration. Unit of measurement: ppm."),
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CO2("carbon_dioxide", "Carbon Dioxide gas concentration. Unit of measurement: ppm."),
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CURRENT("current", "Current. Unit of measurement: A, mA."),
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DATA_RATE("data_rate", "Data rate. Unit of measurement: UnitOfDataRate."),
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DATA_SIZE("data_size", "Data size. Unit of measurement: UnitOfInformation."),
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DISTANCE("distance", "Generic distance. Unit of measurement: LENGTH_* units - SI /metric: mm, cm, m, km; USCS / imperial: in, ft, yd, mi."),
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ENERGY("energy", "Energy. Unit of measurement: Wh, kWh, MWh, MJ, GJ."),
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ENERGY_STORAGE("energy_storage", "Stored energy. Unit of measurement: Wh, kWh, MWh, MJ, GJ."),
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FREQUENCY("frequency", "Frequency. Unit of measurement: Hz, kHz, MHz, GHz."),
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GAS("gas", "Gas. Unit of measurement: SI / metric: m³; USCS / imperial: ft³, CCF."),
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HUMIDITY("humidity", "Relative humidity. Unit of measurement: %."),
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ILLUMINANCE("illuminance", "Illuminance. Unit of measurement: lx."),
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IRRADIANCE("irradiance", "Irradiance. Unit of measurement: SI / metric: W/m²; USCS / imperial: BTU/(h⋅ft²)."),
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MOISTURE("moisture", "Moisture. Unit of measurement: %."),
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MONETARY("monetary", "Amount of money. Unit of measurement: ISO4217 currency code."),
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NITROGEN_DIOXIDE("nitrogen_dioxide", "Amount of NO2. Unit of measurement: µg/m³."),
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NITROGEN_MONOXIDE("nitrogen_monoxide", "Amount of NO. Unit of measurement: µg/m³."),
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NITROUS_OXIDE("nitrous_oxide", "Amount of N2O. Unit of measurement: µg/m³."),
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OZONE("ozone", "Amount of O3. Unit of measurement: µg/m³."),
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PM1("pm1", "Particulate matter <= 0.1 μm. Unit of measurement: µg/m³."),
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PM10("pm10", "Particulate matter <= 10 μm. Unit of measurement: µg/m³."),
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PM25("pm25", "Particulate matter <= 2.5 μm. Unit of measurement: µg/m³."),
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POWER_FACTOR("power_factor", "Power factor. Unit of measurement: %, None."),
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POWER("power", "Power. Unit of measurement: W, kW."),
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PRECIPITATION("precipitation", "Accumulated precipitation. Unit of measurement: UnitOfPrecipitationDepth."),
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PRECIPITATION_INTENSITY("precipitation_intensity", "Precipitation intensity. Unit of measurement: UnitOfVolumetricFlux."),
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PRESSURE("pressure", "Pressure. Unit of measurement: mbar, cbar, bar, Pa, hPa, kPa, inHg, psi."),
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REACTIVE_POWER("reactive_power", "Reactive power. Unit of measurement: var."),
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SIGNAL_STRENGTH("signal_strength", "Signal strength. Unit of measurement: dB, dBm."),
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SOUND_PRESSURE("sound_pressure", "Sound pressure. Unit of measurement: dB, dBA."),
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SPEED("speed", "Generic speed. Unit of measurement: SPEED_* units or UnitOfVolumetricFlux."),
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SULPHUR_DIOXIDE("sulphur_dioxide", "Amount of SO2. Unit of measurement: µg/m³."),
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TEMPERATURE("temperature", "Temperature. Unit of measurement: °C, °F, K."),
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VOLATILE_ORGANIC_COMPOUNDS("volatile_organic_compounds", "Amount of VOC. Unit of measurement: µg/m³."),
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VOLATILE_ORGANIC_COMPOUNDS_PARTS("volatile_organic_compounds_parts", "Ratio of VOC. Unit of measurement: ppm, ppb."),
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VOLTAGE("voltage", "Voltage. Unit of measurement: V, mV."),
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VOLUME("volume", "Generic volume. Unit of measurement: VOLUME_* units."),
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VOLUME_STORAGE("volume_storage", "Generic stored volume. Unit of measurement: VOLUME_* units."),
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WATER("water", "Water. Unit of measurement: SI / metric: m³, L; USCS / imperial: ft³, CCF, gal."),
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WEIGHT("weight", "Generic weight, represents a measurement of an object's mass. Unit of measurement: MASS_* units."),
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WIND_SPEED("wind_speed", "Wind speed. Unit of measurement: SPEED_* units."),
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;
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override fun toString(): String = literal
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}
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package hu.gerviba.probe.util
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enum class UnitOfMeasurement(val unit: String) {
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// Apparent Power Units
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VOLT_AMPERE("VA"),
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// Power Units
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WATT("W"),
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KILO_WATT("kW"),
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BTU_PER_HOUR("BTU/h"),
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// Reactive Power Unit
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VOLT_AMPERE_REACTIVE("var"),
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// Energy Units
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GIGA_JOULE("GJ"),
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KILO_WATT_HOUR("kWh"),
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MEGA_JOULE("MJ"),
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MEGA_WATT_HOUR("MWh"),
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WATT_HOUR("Wh"),
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// Electric Current Units
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MILLIAMPERE("mA"),
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AMPERE("A"),
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// Electric Potential Units
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MILLIVOLT("mV"),
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VOLT("V"),
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// Temperature Units
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CELSIUS("°C"),
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FAHRENHEIT("°F"),
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KELVIN("K"),
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// Time Units
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MICROSECONDS("μs"),
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MILLISECONDS("ms"),
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SECONDS("s"),
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MINUTES("min"),
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HOURS("h"),
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DAYS("d"),
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WEEKS("w"),
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MONTHS("m"),
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YEARS("y"),
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// Length Units
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MILLIMETERS("mm"),
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CENTIMETERS("cm"),
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METERS("m"),
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KILOMETERS("km"),
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INCHES("in"),
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FEET("ft"),
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YARDS("yd"),
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MILES("mi"),
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// Frequency Units
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HERTZ("Hz"),
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KILOHERTZ("kHz"),
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MEGAHERTZ("MHz"),
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GIGAHERTZ("GHz"),
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// Pressure Units
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PA("Pa"),
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HPA("hPa"),
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KPA("kPa"),
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BAR("bar"),
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CBAR("cbar"),
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MBAR("mbar"),
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MMHG("mmHg"),
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INHG("inHg"),
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PSI("psi"),
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// Sound Pressure Units
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DECIBEL("dB"),
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WEIGHTED_DECIBEL_A("dBA"),
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// Volume Units
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CUBIC_FEET("ft³"),
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CENTUM_CUBIC_FEET("CCF"),
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CUBIC_METERS("m³"),
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LITERS("L"),
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MILLILITERS("mL"),
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GALLONS("gal"),
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FLUID_OUNCES("fl. oz."),
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// Volume Flow Rate Units
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CUBIC_METERS_PER_HOUR("m³/h"),
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CUBIC_FEET_PER_MINUTE("ft³/m"),
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// Mass Units
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GRAMS("g"),
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KILOGRAMS("kg"),
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MILLIGRAMS("mg"),
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MICROGRAMS("µg"),
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OUNCES("oz"),
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POUNDS("lb"),
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STONES("st"),
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// Irradiance Units
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WATTS_PER_SQUARE_METER("W/m²"),
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BTUS_PER_HOUR_SQUARE_FOOT("BTU/(h⋅ft²)"),
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// Volumetric Flux Units
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INCHES_PER_DAY("in/d"),
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INCHES_PER_HOUR("in/h"),
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MILLIMETERS_PER_DAY("mm/d"),
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MILLIMETERS_PER_HOUR("mm/h"),
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// Precipitation Depth Units
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PRECIPITATION_INCHES("in"),
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PRECIPITATION_MILLIMETERS("mm"),
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PRECIPITATION_CENTIMETERS("cm"),
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// Speed Units
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FEET_PER_SECOND("ft/s"),
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METERS_PER_SECOND("m/s"),
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KILOMETERS_PER_HOUR("km/h"),
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KNOTS("kn"),
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MILES_PER_HOUR("mph"),
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// Information Units
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BITS("bit"),
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KILOBITS("kbit"),
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MEGABITS("Mbit"),
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GIGABITS("Gbit"),
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BYTES("B"),
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KILOBYTES("kB"),
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MEGABYTES("MB"),
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GIGABYTES("GB"),
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TERABYTES("TB"),
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PETABYTES("PB"),
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EXABYTES("EB"),
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ZETTABYTES("ZB"),
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YOTTABYTES("YB"),
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KIBIBYTES("KiB"),
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MEBIBYTES("MiB"),
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GIBIBYTES("GiB"),
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TEBIBYTES("TiB"),
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PEBIBYTES("PiB"),
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EXBIBYTES("EiB"),
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ZEBIBYTES("ZiB"),
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YOBIBYTES("YiB"),
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// Data Rate Units
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BITS_PER_SECOND("bit/s"),
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KILOBITS_PER_SECOND("kbit/s"),
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MEGABITS_PER_SECOND("Mbit/s"),
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GIGABITS_PER_SECOND("Gbit/s"),
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BYTES_PER_SECOND("B/s"),
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KILOBYTES_PER_SECOND("kB/s"),
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MEGABYTES_PER_SECOND("MB/s"),
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GIGABYTES_PER_SECOND("GB/s"),
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KIBIBYTES_PER_SECOND("KiB/s"),
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MEBIBYTES_PER_SECOND("MiB/s"),
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GIBIBYTES_PER_SECOND("GiB/s"),
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// Additional Units
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DEGREE("°"),
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CURRENCY_EURO("€"),
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CURRENCY_DOLLAR("$"),
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CURRENCY_CENT("¢"),
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PERCENTAGE("%"),
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AREA_SQUARE_METERS("m²"),
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CONDUCTIVITY("µS/cm"),
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LIGHT_LUX("lx"),
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UV_INDEX("UV index"),
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REVOLUTIONS_PER_MINUTE("rpm"),
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SIGNAL_STRENGTH_DECIBELS("dB"),
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SIGNAL_STRENGTH_DECIBELS_MILLIWATT("dBm"),
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CONCENTRATION_MICROGRAMS_PER_CUBIC_METER("µg/m³"),
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CONCENTRATION_PARTS_PER_MILLION("ppm"),
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CONCENTRATION_PARTS_PER_BILLION("ppb"),
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;
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override fun toString(): String = unit
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}
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