import type { Dayjs } from "dayjs";
import type { Get } from "type-fest";
import type { EntityConfigCommon, SettableConfiguration } from "./common-config.mts";
type IsUnion<T, U = T> = T extends U ? ([U] extends [T] ? false : true) : false;
type KeysWithMultipleValues<T> = {
    [K in keyof T]: IsUnion<T[K]> extends true ? K : never;
}[keyof T];
type NumberDeviceMapping = {
    temperature: "K" | "°C" | "°F";
    apparent_power: "VA";
    atmospheric_pressure: "cbar" | "bar" | "hPa" | "inHg" | "kPa" | "mbar" | "Pa" | "psi";
    current: "A" | "mA";
    distance: "km" | "m" | "cm" | "mm" | "mi" | "yd" | "in";
    duration: "h" | "min" | "s" | "d";
    energy: "Wh" | "kWh" | "MWh" | "MJ" | "GJ";
    frequency: "Hz" | "kHz" | "MHz" | "GHz";
    gas: "m³" | "ft³" | "CCF";
    illuminance: "lx";
    irradiance: "W/m²" | "BTU/(h⋅ft²)";
    power_factor: "%" | "None";
    power: "W" | "kW";
    precipitation_intensity: "in/d" | "in/h" | "mm/d" | "mm/h";
    precipitation: "cm" | "in" | "mm";
    pressure: "cbar" | "bar" | "hPa" | "inHg" | "kPa" | "mbar" | "Pa" | "psi";
    reactive_power: "var";
    signal_strength: "dB" | "dBm";
    sound_pressure: "dB" | "dBA";
    speed: "ft/s" | "in/d" | "in/h" | "km/h" | "kn" | "m/s" | "mph" | "mm/d";
    voltage: "V" | "mV";
    volume: "L" | "mL" | "gal" | "fl. oz." | "m³" | "ft³" | "CCF";
    water: "L" | "gal" | "m³" | "ft³" | "CCF";
    weight: "kg" | "g" | "mg" | "µg" | "oz" | "lb" | "st";
    wind_speed: "ft/s" | "km/h" | "kn" | "m/s" | "mph";
    nitrogen_monoxide: "µg/m³";
    nitrous_oxide: "µg/m³";
    aqi: void;
    ozone: "µg/m³";
    pm1: "µg/m³";
    pm25: "µg/m³";
    pm10: "µg/m³";
    volatile_organic_compounds: "µg/m³";
    /**
     * https://en.wikipedia.org/wiki/ISO_4217#Active_codes
     */
    monetary: string;
    data_rate: "bit/s" | "kbit/s" | "Mbit/s" | "Gbit/s" | "B/s" | "kB/s" | "MB/s" | "GB/s" | "KiB/s" | "MiB/s" | "GiB/s";
    data_size: "bit" | "kbit" | "Mbit" | "Gbit" | "B" | "kB" | "MB" | "GB" | "TB" | "PB" | "EB" | "ZB" | "YB" | "KiB" | "MiB" | "GiB" | "TiB" | "PiB" | "EiB" | "ZiB" | "YiB";
    carbon_dioxide: "ppm";
    carbon_monoxide: "ppm";
    battery: "%";
    humidity: "%";
    moisture: "%";
};
export declare enum SensorStateClass {
    /**
     * The state represents a measurement in present time, not a historical aggregation such as statistics or a prediction of the future.
     *
     * Examples of what should be classified `measurement` are: current temperature, humidity or electric power.
     *
     * Examples of what should not be classified as `measurement`: Forecasted temperature for tomorrow, yesterday's energy consumption or anything else that doesn't include the current measurement.
     *
     * For supported sensors, statistics of hourly min, max and average sensor readings is updated every 5 minutes.
     */
    MEASUREMENT = "measurement",
    /**
     * The state represents a total amount that can both increase and decrease, e.g. a net energy meter.
     * Statistics of the accumulated growth or decline of the sensor's value since it was first added is updated every 5 minutes.
     * This state class should not be used for sensors where the absolute value is interesting instead of the accumulated growth or decline, for example remaining battery capacity or CPU load; in such cases state class measurement should be used instead.
     */
    TOTAL = "total",
    /**
     * Similar to total, with the restriction that the state represents a monotonically increasing positive total which periodically restarts counting from 0, e.g. a daily amount of consumed gas, weekly water consumption or lifetime energy consumption.
     * Statistics of the accumulated growth of the sensor's value since it was first added is updated every 5 minutes.
     * A decreasing value is interpreted as the start of a new meter cycle or the replacement of the meter.
     */
    TOTAL_INCREASING = "total_increasing"
}
export type NumberSensors<DEVICE_CLASS extends keyof NumberDeviceMapping> = {
    device_class: DEVICE_CLASS;
    unit_of_measurement: NumberDeviceMapping[DEVICE_CLASS];
    state?: SettableConfiguration<number, object>;
    /**
     * The number of decimals which should be used in the sensor's state when it's displayed.
     */
    suggested_display_precision?: number;
    /**
     * The time when an accumulating sensor such as an electricity usage meter, gas meter, water meter etc. was initialized.
     *
     * If the time of initialization is unknown, set it to `None`.
     *
     * Note that the `datetime.datetime` returned by the `last_reset` property will be converted to an ISO 8601-formatted string when the entity's state attributes are updated. When changing `last_reset`, the `state` must be a valid number.
     */
    last_reset?: SettableConfiguration<Dayjs, object>;
    /**
     * Type of state.
     * If not `None`, the sensor is assumed to be numerical and will be displayed as a line-chart in the frontend instead of as discrete values.
     */
    state_class?: SensorStateClass | `${SensorStateClass}`;
} & (NumberDeviceMapping[DEVICE_CLASS] extends void ? {} : {
    unit_of_measurement: NumberDeviceMapping[DEVICE_CLASS];
}) & (DEVICE_CLASS extends KeysWithMultipleValues<NumberDeviceMapping> ? {
    /**
     * The unit of measurement to be used for the sensor's state.
     * For sensors with a unique_id, this will be used as the initial unit of measurement, which users can then override.
     * For sensors without a unique_id, this will be the unit of measurement for the sensor's state.
     * This property is intended to be used by integrations to override automatic unit conversion rules, for example,
     * to make a temperature sensor always display in °C regardless of whether the configured unit system prefers °C or °F,
     * or to make a distance sensor always display in miles even if the configured unit system is metric.
     */
    suggested_unit_of_measurement?: NumberDeviceMapping[DEVICE_CLASS];
} : {});
export type DateStateTypeMap = {
    dayjs: Dayjs;
    date: Date;
    iso: string;
};
type DateState<TYPE extends keyof DateStateTypeMap> = {
    sensor_type?: TYPE;
    state?: SettableConfiguration<DateStateTypeMap[TYPE], object>;
};
export type DateSensor<TYPE extends keyof DateStateTypeMap> = {
    device_class: "timestamp" | "date";
    unit_of_measurement?: void;
} & DateState<TYPE>;
type OptionsSensor<OPTIONS extends string> = {
    device_class: "enum";
    /**
     * In case this sensor provides a textual state, this property can be used to provide a list of possible states.
     * Requires the enum device class to be set.
     * Cannot be combined with `state_class` or `native_unit_of_measurement`.
     */
    options: Array<OPTIONS>;
    state?: SettableConfiguration<OPTIONS, object>;
    unit_of_measurement?: void;
};
type DefaultSensor = {
    device_class?: void;
    unit_of_measurement?: void;
    state?: SettableConfiguration<string, object>;
};
export type NumberDeviceClasses = Get<NumberSensors<keyof NumberDeviceMapping>, "device_class">;
type DateDeviceClasses = Get<DateSensor<"iso">, "device_class">;
type OptionsDeviceClasses = Get<OptionsSensor<string>, "device_class">;
export type SensorDeviceClasses = NumberDeviceClasses | DateDeviceClasses | OptionsDeviceClasses;
export type ExtraSensorInfo<DEVICE_CLASS extends SensorDeviceClasses> = DEVICE_CLASS extends NumberDeviceClasses ? void : DEVICE_CLASS extends DateDeviceClasses ? keyof DateStateTypeMap : DEVICE_CLASS extends OptionsDeviceClasses ? string : void;
export type SensorConfiguration<DEVICE_CLASS extends SensorDeviceClasses, EXTRA extends ExtraSensorInfo<DEVICE_CLASS>, ATTRIBUTES extends object, LOCALS extends object, DATA extends object> = Partial<EntityConfigCommon<ATTRIBUTES, LOCALS, DATA> & (DEVICE_CLASS extends NumberDeviceClasses ? NumberSensors<DEVICE_CLASS> : DEVICE_CLASS extends DateDeviceClasses ? DateSensor<EXTRA> : DEVICE_CLASS extends OptionsDeviceClasses ? OptionsSensor<EXTRA> : DefaultSensor)>;
export {};