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use crate::{Entity, EntityCommonConfig, EntityConfig, NumericSensorState, constants};
#[derive(Debug, Default, Clone, Copy, PartialEq, Eq)]
pub enum StateClass {
#[default]
Measurement,
Total,
TotalIncreasing,
}
impl StateClass {
pub fn as_str(&self) -> &'static str {
match self {
StateClass::Measurement => constants::HA_STATE_CLASS_MEASUREMENT,
StateClass::Total => constants::HA_STATE_CLASS_TOTAL,
StateClass::TotalIncreasing => constants::HA_STATE_CLASS_TOTAL_INCREASING,
}
}
}
#[derive(Debug, Clone, Copy, PartialEq, Eq)]
#[derive(Default)]
pub enum SensorClass {
#[default]
Generic,
ApparentPower,
Aqi,
AtmosphericPressure,
Battery,
CarbonDioxide,
CarbonMonoxide,
Current,
DataRate,
DataSize,
Date,
Distance,
Duration,
Energy,
EnergyStorage,
Enum,
Frequency,
Gas,
Humidity,
Illuminance,
Irradiance,
Moisture,
Monetary,
NitrogenDioxide,
NitrogenMonoxide,
NitrousOxide,
Ozone,
Ph,
Pm1,
Pm25,
Pm10,
PowerFactor,
Power,
Precipitation,
PrecipitationIntensity,
Pressure,
ReactivePower,
SignalStrength,
SoundPressure,
Speed,
SulphurDioxide,
Temperature,
Timestamp,
VolatileOrganicCompounds,
VolatileOrganicCompoundsParts,
Voltage,
Volume,
VolumeFlowRate,
VolumeStorage,
Water,
Weight,
WindSpeed,
Other(&'static str),
}
impl SensorClass {
pub fn as_str(&self) -> Option<&'static str> {
match self {
SensorClass::Generic => None,
SensorClass::Other(s) => Some(s),
SensorClass::ApparentPower => Some(constants::HA_DEVICE_CLASS_SENSOR_APPARENT_POWER),
SensorClass::Aqi => Some(constants::HA_DEVICE_CLASS_SENSOR_AQI),
SensorClass::AtmosphericPressure => {
Some(constants::HA_DEVICE_CLASS_SENSOR_ATMOSPHERIC_PRESSURE)
}
SensorClass::Battery => Some(constants::HA_DEVICE_CLASS_SENSOR_BATTERY),
SensorClass::CarbonDioxide => Some(constants::HA_DEVICE_CLASS_SENSOR_CARBON_DIOXIDE),
SensorClass::CarbonMonoxide => Some(constants::HA_DEVICE_CLASS_SENSOR_CARBON_MONOXIDE),
SensorClass::Current => Some(constants::HA_DEVICE_CLASS_SENSOR_CURRENT),
SensorClass::DataRate => Some(constants::HA_DEVICE_CLASS_SENSOR_DATA_RATE),
SensorClass::DataSize => Some(constants::HA_DEVICE_CLASS_SENSOR_DATA_SIZE),
SensorClass::Date => Some(constants::HA_DEVICE_CLASS_SENSOR_DATE),
SensorClass::Distance => Some(constants::HA_DEVICE_CLASS_SENSOR_DISTANCE),
SensorClass::Duration => Some(constants::HA_DEVICE_CLASS_SENSOR_DURATION),
SensorClass::Energy => Some(constants::HA_DEVICE_CLASS_SENSOR_ENERGY),
SensorClass::EnergyStorage => Some(constants::HA_DEVICE_CLASS_SENSOR_ENERGY_STORAGE),
SensorClass::Enum => Some(constants::HA_DEVICE_CLASS_SENSOR_ENUM),
SensorClass::Frequency => Some(constants::HA_DEVICE_CLASS_SENSOR_FREQUENCY),
SensorClass::Gas => Some(constants::HA_DEVICE_CLASS_SENSOR_GAS),
SensorClass::Humidity => Some(constants::HA_DEVICE_CLASS_SENSOR_HUMIDITY),
SensorClass::Illuminance => Some(constants::HA_DEVICE_CLASS_SENSOR_ILLUMINANCE),
SensorClass::Irradiance => Some(constants::HA_DEVICE_CLASS_SENSOR_IRRADIANCE),
SensorClass::Moisture => Some(constants::HA_DEVICE_CLASS_SENSOR_MOISTURE),
SensorClass::Monetary => Some(constants::HA_DEVICE_CLASS_SENSOR_MONETARY),
SensorClass::NitrogenDioxide => {
Some(constants::HA_DEVICE_CLASS_SENSOR_NITROGEN_DIOXIDE)
}
SensorClass::NitrogenMonoxide => {
Some(constants::HA_DEVICE_CLASS_SENSOR_NITROGEN_MONOXIDE)
}
SensorClass::NitrousOxide => Some(constants::HA_DEVICE_CLASS_SENSOR_NITROUS_OXIDE),
SensorClass::Ozone => Some(constants::HA_DEVICE_CLASS_SENSOR_OZONE),
SensorClass::Ph => Some(constants::HA_DEVICE_CLASS_SENSOR_PH),
SensorClass::Pm1 => Some(constants::HA_DEVICE_CLASS_SENSOR_PM1),
SensorClass::Pm25 => Some(constants::HA_DEVICE_CLASS_SENSOR_PM25),
SensorClass::Pm10 => Some(constants::HA_DEVICE_CLASS_SENSOR_PM10),
SensorClass::PowerFactor => Some(constants::HA_DEVICE_CLASS_SENSOR_POWER_FACTOR),
SensorClass::Power => Some(constants::HA_DEVICE_CLASS_SENSOR_POWER),
SensorClass::Precipitation => Some(constants::HA_DEVICE_CLASS_SENSOR_PRECIPITATION),
SensorClass::PrecipitationIntensity => {
Some(constants::HA_DEVICE_CLASS_SENSOR_PRECIPITATION_INTENSITY)
}
SensorClass::Pressure => Some(constants::HA_DEVICE_CLASS_SENSOR_PRESSURE),
SensorClass::ReactivePower => Some(constants::HA_DEVICE_CLASS_SENSOR_REACTIVE_POWER),
SensorClass::SignalStrength => Some(constants::HA_DEVICE_CLASS_SENSOR_SIGNAL_STRENGTH),
SensorClass::SoundPressure => Some(constants::HA_DEVICE_CLASS_SENSOR_SOUND_PRESSURE),
SensorClass::Speed => Some(constants::HA_DEVICE_CLASS_SENSOR_SPEED),
SensorClass::SulphurDioxide => Some(constants::HA_DEVICE_CLASS_SENSOR_SULPHUR_DIOXIDE),
SensorClass::Temperature => Some(constants::HA_DEVICE_CLASS_SENSOR_TEMPERATURE),
SensorClass::Timestamp => Some(constants::HA_DEVICE_CLASS_SENSOR_TIMESTAMP),
SensorClass::VolatileOrganicCompounds => {
Some(constants::HA_DEVICE_CLASS_SENSOR_VOLATILE_ORGANIC_COMPOUNDS)
}
SensorClass::VolatileOrganicCompoundsParts => {
Some(constants::HA_DEVICE_CLASS_SENSOR_VOLATILE_ORGANIC_COMPOUNDS_PARTS)
}
SensorClass::Voltage => Some(constants::HA_DEVICE_CLASS_SENSOR_VOLTAGE),
SensorClass::Volume => Some(constants::HA_DEVICE_CLASS_SENSOR_VOLUME),
SensorClass::VolumeFlowRate => Some(constants::HA_DEVICE_CLASS_SENSOR_VOLUME_FLOW_RATE),
SensorClass::VolumeStorage => Some(constants::HA_DEVICE_CLASS_SENSOR_VOLUME_STORAGE),
SensorClass::Water => Some(constants::HA_DEVICE_CLASS_SENSOR_WATER),
SensorClass::Weight => Some(constants::HA_DEVICE_CLASS_SENSOR_WEIGHT),
SensorClass::WindSpeed => Some(constants::HA_DEVICE_CLASS_SENSOR_WIND_SPEED),
}
}
}
#[derive(Debug, Default)]
pub struct SensorConfig {
pub common: EntityCommonConfig,
pub class: SensorClass,
pub state_class: StateClass,
pub unit: Option<&'static str>,
pub suggested_display_precision: Option<u8>,
}
impl SensorConfig {
pub(crate) fn populate(&self, config: &mut EntityConfig) {
self.common.populate(config);
config.domain = constants::HA_DOMAIN_SENSOR;
config.device_class = self.class.as_str();
config.state_class = Some(self.state_class.as_str());
config.measurement_unit = self.unit;
config.suggested_display_precision = self.suggested_display_precision;
}
}
pub struct Sensor<'a>(Entity<'a>);
impl<'a> Sensor<'a> {
pub(crate) fn new(entity: Entity<'a>) -> Self {
Self(entity)
}
pub fn publish(&mut self, value: f32) {
let publish = self.0.with_data(|data| {
let storage = data.storage.as_numeric_sensor_mut();
let prev_state = storage.state.replace(NumericSensorState {
value,
timestamp: embassy_time::Instant::now(),
});
match prev_state {
Some(state) => state.value != value,
None => true,
}
});
if publish {
self.0.queue_publish();
}
}
}
|
