supported-types.d.ts

// this is an auto generated file, do not change this manually

import { ServiceFunction, ServiceFunctionTypes } from "@hakit/core";
declare module "@hakit/core" {
  export interface CustomSupportedServices<
    T extends ServiceFunctionTypes = "target",
  > {
    persistentNotification: {
      // Shows a notification on the **Notifications** panel.
      create: ServiceFunction<
        T,
        {
          // Message body of the notification. @example Please check your configuration.yaml.
          message: string;
          // Optional title of the notification. @example Test notification
          title?: string;
          // ID of the notification. This new notification will overwrite an existing notification with the same ID. @example 1234
          notification_id?: string;
        }
      >;
      // Removes a notification from the **Notifications** panel.
      dismiss: ServiceFunction<
        T,
        {
          // ID of the notification to be removed. @example 1234
          notification_id: string;
        }
      >;
      // Removes all notifications from the **Notifications** panel.
      dismissAll: ServiceFunction<T, object>;
    };
    homeassistant: {
      // Saves the persistent states immediately. Maintains the normal periodic saving interval.
      savePersistentStates: ServiceFunction<T, object>;
      // Generic service to turn devices off under any domain.
      turnOff: ServiceFunction<T, object>;
      // Generic service to turn devices on under any domain.
      turnOn: ServiceFunction<T, object>;
      // Generic service to toggle devices on/off under any domain.
      toggle: ServiceFunction<T, object>;
      // Stops Home Assistant.
      stop: ServiceFunction<T, object>;
      // Restarts Home Assistant.
      restart: ServiceFunction<T, object>;
      // Checks the Home Assistant YAML-configuration files for errors. Errors will be shown in the Home Assistant logs.
      checkConfig: ServiceFunction<T, object>;
      // Forces one or more entities to update its data.
      updateEntity: ServiceFunction<T, object>;
      // Reloads the core configuration from the YAML-configuration.
      reloadCoreConfig: ServiceFunction<T, object>;
      // Updates the Home Assistant location.
      setLocation: ServiceFunction<
        T,
        {
          // Latitude of your location. @example 32.87336
          latitude: number;
          // Longitude of your location. @example 117.22743
          longitude: number;
          // Elevation of your location. @example 120
          elevation?: number;
        }
      >;
      // Reloads Jinja2 templates found in the `custom_templates` folder in your config. New values will be applied on the next render of the template.
      reloadCustomTemplates: ServiceFunction<T, object>;
      // Reloads the specified config entry.
      reloadConfigEntry: ServiceFunction<
        T,
        {
          // The configuration entry ID of the entry to be reloaded. @example 8955375327824e14ba89e4b29cc3ec9a
          entry_id?: string;
        }
      >;
      // Reload all YAML configuration that can be reloaded without restarting Home Assistant.
      reloadAll: ServiceFunction<T, object>;
    };
    systemLog: {
      // Clears all log entries.
      clear: ServiceFunction<T, object>;
      // Write log entry.
      write: ServiceFunction<
        T,
        {
          // Message to log. @example Something went wrong
          message: string;
          // Log level.
          level?: "debug" | "info" | "warning" | "error" | "critical";
          // Logger name under which to log the message. Defaults to `system_log.external`. @example mycomponent.myplatform
          logger?: string;
        }
      >;
    };
    logger: {
      // Sets the default log level for integrations.
      setDefaultLevel: ServiceFunction<
        T,
        {
          // Default severity level for all integrations.
          level?: "debug" | "info" | "warning" | "error" | "fatal" | "critical";
        }
      >;
      // Sets the log level for one or more integrations.
      setLevel: ServiceFunction<T, object>;
    };
    person: {
      // Reloads persons from the YAML-configuration.
      reload: ServiceFunction<T, object>;
    };
    frontend: {
      // Sets the default theme Home Assistant uses. Can be overridden by a user.
      setTheme: ServiceFunction<
        T,
        {
          // Name of a theme. @example default
          name: object;
          // Theme mode.
          mode?: "dark" | "light";
        }
      >;
      // Reloads themes from the YAML-configuration.
      reloadThemes: ServiceFunction<T, object>;
    };
    recorder: {
      // Starts purge task - to clean up old data from your database.
      purge: ServiceFunction<
        T,
        {
          // Number of days to keep the data in the database. Starting today, counting backward. A value of `7` means that everything older than a week will be purged.
          keep_days?: number;
          // Attempt to save disk space by rewriting the entire database file.
          repack?: boolean;
          // Applys `entity_id` and `event_type` filters in addition to time-based purge.
          apply_filter?: boolean;
        }
      >;
      // Starts a purge task to remove the data related to specific entities from your database.
      purgeEntities: ServiceFunction<
        T,
        {
          // List of domains for which the data needs to be removed from the recorder database. @example sun
          domains?: object;
          // List of glob patterns used to select the entities for which the data is to be removed from the recorder database. @example domain*.object_id*
          entity_globs?: object;
          // Number of days to keep the data for rows matching the filter. Starting today, counting backward. A value of `7` means that everything older than a week will be purged. The default of 0 days will remove all matching rows immediately.
          keep_days?: number;
        }
      >;
      // Starts the recording of events and state changes.
      enable: ServiceFunction<T, object>;
      // Stops the recording of events and state changes.
      disable: ServiceFunction<T, object>;
    };
    hassio: {
      // Starts an add-on.
      addonStart: ServiceFunction<
        T,
        {
          // The add-on slug. @example core_ssh
          addon: object;
        }
      >;
      // Stops an add-on.
      addonStop: ServiceFunction<
        T,
        {
          // The add-on slug. @example core_ssh
          addon: object;
        }
      >;
      // Restarts an add-on.
      addonRestart: ServiceFunction<
        T,
        {
          // The add-on slug. @example core_ssh
          addon: object;
        }
      >;
      // Updates an add-on. This service should be used with caution since add-on updates can contain breaking changes. It is highly recommended that you review release notes/change logs before updating an add-on.
      addonUpdate: ServiceFunction<
        T,
        {
          // The add-on slug. @example core_ssh
          addon: object;
        }
      >;
      // Writes data to add-on stdin.
      addonStdin: ServiceFunction<
        T,
        {
          // The add-on slug. @example core_ssh
          addon: object;
        }
      >;
      // Powers off the host system.
      hostShutdown: ServiceFunction<T, object>;
      // Reboots the host system.
      hostReboot: ServiceFunction<T, object>;
      // Creates a full backup.
      backupFull: ServiceFunction<
        T,
        {
          // Optional (default = current date and time). @example Backup 1
          name?: string;
          // Password to protect the backup with. @example password
          password?: string;
          // Compresses the backup files.
          compressed?: boolean;
          // Name of a backup network storage to host backups. @example my_backup_mount
          location?: object;
          // Exclude the Home Assistant database file from backup
          homeassistant_exclude_database?: boolean;
        }
      >;
      // Creates a partial backup.
      backupPartial: ServiceFunction<
        T,
        {
          // Includes Home Assistant settings in the backup.
          homeassistant?: boolean;
          // Exclude the Home Assistant database file from backup
          homeassistant_exclude_database?: boolean;
          // List of add-ons to include in the backup. Use the name slug of the add-on. @example core_ssh,core_samba,core_mosquitto
          addons?: object;
          // List of directories to include in the backup. @example homeassistant,share
          folders?: object;
          // Optional (default = current date and time). @example Partial backup 1
          name?: string;
          // Password to protect the backup with. @example password
          password?: string;
          // Compresses the backup files.
          compressed?: boolean;
          // Name of a backup network storage to host backups. @example my_backup_mount
          location?: object;
        }
      >;
      // Restores from full backup.
      restoreFull: ServiceFunction<
        T,
        {
          // Slug of backup to restore from.
          slug: string;
          // Optional password. @example password
          password?: string;
        }
      >;
      // Restores from a partial backup.
      restorePartial: ServiceFunction<
        T,
        {
          // Slug of backup to restore from.
          slug: string;
          // Restores Home Assistant.
          homeassistant?: boolean;
          // List of directories to include in the backup. @example homeassistant,share
          folders?: object;
          // List of add-ons to include in the backup. Use the name slug of the add-on. @example core_ssh,core_samba,core_mosquitto
          addons?: object;
          // Optional password. @example password
          password?: string;
        }
      >;
    };
    cloud: {
      // Makes the instance UI accessible from outside of the local network by using Home Assistant Cloud.
      remoteConnect: ServiceFunction<T, object>;
      // Disconnects the Home Assistant UI from the Home Assistant Cloud. You will no longer be able to access your Home Assistant instance from outside your local network.
      remoteDisconnect: ServiceFunction<T, object>;
    };
    ffmpeg: {
      // Sends a start command to a ffmpeg based sensor.
      start: ServiceFunction<
        T,
        {
          // Name of entity that will start. Platform dependent.
          entity_id?: string;
        }
      >;
      // Sends a stop command to a ffmpeg based sensor.
      stop: ServiceFunction<
        T,
        {
          // Name of entity that will stop. Platform dependent.
          entity_id?: string;
        }
      >;
      // Sends a restart command to a ffmpeg based sensor.
      restart: ServiceFunction<
        T,
        {
          // Name of entity that will restart. Platform dependent.
          entity_id?: string;
        }
      >;
    };
    tts: {
      // Say something using text-to-speech on a media player with google_translate.
      googleTranslateSay: ServiceFunction<
        T,
        {
          // undefined
          entity_id: string;
          // undefined @example My name is hanna
          message: string;
          // undefined
          cache?: boolean;
          // undefined @example ru
          language?: string;
          // undefined @example platform specific
          options?: object;
        }
      >;
      // Speaks something using text-to-speech on a media player.
      speak: ServiceFunction<
        T,
        {
          // Media players to play the message.
          media_player_entity_id: string;
          // The text you want to convert into speech so that you can listen to it on your device. @example My name is hanna
          message: string;
          // Stores this message locally so that when the text is requested again, the output can be produced more quickly.
          cache?: boolean;
          // Language to use for speech generation. @example ru
          language?: string;
          // A dictionary containing integration-specific options. @example platform specific
          options?: object;
        }
      >;
      // Removes all cached text-to-speech files and purges the memory.
      clearCache: ServiceFunction<T, object>;
      // Say something using text-to-speech on a media player with cloud.
      cloudSay: ServiceFunction<
        T,
        {
          // undefined
          entity_id: string;
          // undefined @example My name is hanna
          message: string;
          // undefined
          cache?: boolean;
          // undefined @example ru
          language?: string;
          // undefined @example platform specific
          options?: object;
        }
      >;
    };
    update: {
      // Installs an update for this device or service.
      install: ServiceFunction<
        T,
        {
          // The version to install. If omitted, the latest version will be installed. @example 1.0.0
          version?: string;
          // If supported by the integration, this creates a backup before starting the update .
          backup?: boolean;
        }
      >;
      // Marks currently available update as skipped.
      skip: ServiceFunction<T, object>;
      // Removes the skipped version marker from an update.
      clearSkipped: ServiceFunction<T, object>;
    };
    historyStats: {
      // Reloads history stats sensors from the YAML-configuration.
      reload: ServiceFunction<T, object>;
    };
    mediaPlayer: {
      // Turns on the power of the media player.
      turnOn: ServiceFunction<T, object>;
      // Turns off the power of the media player.
      turnOff: ServiceFunction<T, object>;
      // Toggles a media player on/off.
      toggle: ServiceFunction<T, object>;
      // Turns up the volume.
      volumeUp: ServiceFunction<T, object>;
      // Turns down the volume.
      volumeDown: ServiceFunction<T, object>;
      // Toggles play/pause.
      mediaPlayPause: ServiceFunction<T, object>;
      // Starts playing.
      mediaPlay: ServiceFunction<T, object>;
      // Pauses.
      mediaPause: ServiceFunction<T, object>;
      // Stops playing.
      mediaStop: ServiceFunction<T, object>;
      // Selects the next track.
      mediaNextTrack: ServiceFunction<T, object>;
      // Selects the previous track.
      mediaPreviousTrack: ServiceFunction<T, object>;
      // Clears the playlist.
      clearPlaylist: ServiceFunction<T, object>;
      // Sets the volume level.
      volumeSet: ServiceFunction<
        T,
        {
          // The volume. 0 is inaudible, 1 is the maximum volume.
          volume_level: number;
        }
      >;
      // Mutes or unmutes the media player.
      volumeMute: ServiceFunction<
        T,
        {
          // Defines whether or not it is muted.
          is_volume_muted: boolean;
        }
      >;
      // Allows you to go to a different part of the media that is currently playing.
      mediaSeek: ServiceFunction<
        T,
        {
          // Target position in the currently playing media. The format is platform dependent.
          seek_position: number;
        }
      >;
      // Groups media players together for synchronous playback. Only works on supported multiroom audio systems.
      join: ServiceFunction<
        T,
        {
          // The players which will be synced with the playback specified in `target`. @example - media_player.multiroom_player2 - media_player.multiroom_player3
          group_members: string[];
        }
      >;
      // Sends the media player the command to change input source.
      selectSource: ServiceFunction<
        T,
        {
          // Name of the source to switch to. Platform dependent. @example video1
          source: string;
        }
      >;
      // Selects a specific sound mode.
      selectSoundMode: ServiceFunction<
        T,
        {
          // Name of the sound mode to switch to. @example Music
          sound_mode?: string;
        }
      >;
      // Starts playing specified media.
      playMedia: ServiceFunction<
        T,
        {
          // The ID of the content to play. Platform dependent. @example https://home-assistant.io/images/cast/splash.png
          media_content_id: string;
          // The type of the content to play. Such as image, music, tv show, video, episode, channel, or playlist. @example music
          media_content_type: string;
          // If the content should be played now or be added to the queue.
          enqueue?: "play" | "next" | "add" | "replace";
          // If the media should be played as an announcement. @example true
          announce?: boolean;
        }
      >;
      // Playback mode that selects the media in randomized order.
      shuffleSet: ServiceFunction<
        T,
        {
          // Whether or not shuffle mode is enabled.
          shuffle: boolean;
        }
      >;
      // Removes the player from a group. Only works on platforms which support player groups.
      unjoin: ServiceFunction<T, object>;
      // Playback mode that plays the media in a loop.
      repeatSet: ServiceFunction<
        T,
        {
          // Repeat mode to set.
          repeat: "off" | "all" | "one";
        }
      >;
    };
    conversation: {
      // Launches a conversation from a transcribed text.
      process: ServiceFunction<
        T,
        {
          // Transcribed text input. @example Turn all lights on
          text: string;
          // Language of text. Defaults to server language. @example NL
          language?: string;
          // Conversation agent to process your request. The conversation agent is the brains of your assistant. It processes the incoming text commands. @example homeassistant
          agent_id?: object;
        }
      >;
      // Reloads the intent configuration.
      reload: ServiceFunction<
        T,
        {
          // Language to clear cached intents for. Defaults to server language. @example NL
          language?: string;
          // Conversation agent to reload. @example homeassistant
          agent_id?: object;
        }
      >;
    };
    restCommand: {
      //
      assistantRelay: ServiceFunction<T, object>;
      //
      reload: ServiceFunction<T, object>;
    };
    localtuya: {
      // Reload localtuya and reconnect to all devices.
      reload: ServiceFunction<T, object>;
      // Change the value of a datapoint (DP)
      setDp: ServiceFunction<
        T,
        {
          // Device ID of device to change datapoint value for @example 11100118278aab4de001
          device_id?: object;
          // Datapoint index @example 1
          dp?: object;
          // New value to set
          value?: object;
        }
      >;
    };
    commandLine: {
      // Reloads command line configuration from the YAML-configuration.
      reload: ServiceFunction<T, object>;
    };
    light: {
      // Turn on one or more lights and adjust properties of the light, even when they are turned on already.
      turnOn: ServiceFunction<
        T,
        {
          // Duration it takes to get to next state.
          transition?: number;
          // The color in RGB format. A list of three integers between 0 and 255 representing the values of red, green, and blue.
          rgb_color?: [number, number, number];
          // The color in RGBW format. A list of four integers between 0 and 255 representing the values of red, green, blue, and white. @example [255, 100, 100, 50]
          rgbw_color?: [number, number, number, number];
          // The color in RGBWW format. A list of five integers between 0 and 255 representing the values of red, green, blue, cold white, and warm white. @example [255, 100, 100, 50, 70]
          rgbww_color?: [number, number, number, number, number];
          // A human-readable color name.
          color_name?:
            | "homeassistant"
            | "aliceblue"
            | "antiquewhite"
            | "aqua"
            | "aquamarine"
            | "azure"
            | "beige"
            | "bisque"
            | "blanchedalmond"
            | "blue"
            | "blueviolet"
            | "brown"
            | "burlywood"
            | "cadetblue"
            | "chartreuse"
            | "chocolate"
            | "coral"
            | "cornflowerblue"
            | "cornsilk"
            | "crimson"
            | "cyan"
            | "darkblue"
            | "darkcyan"
            | "darkgoldenrod"
            | "darkgray"
            | "darkgreen"
            | "darkgrey"
            | "darkkhaki"
            | "darkmagenta"
            | "darkolivegreen"
            | "darkorange"
            | "darkorchid"
            | "darkred"
            | "darksalmon"
            | "darkseagreen"
            | "darkslateblue"
            | "darkslategray"
            | "darkslategrey"
            | "darkturquoise"
            | "darkviolet"
            | "deeppink"
            | "deepskyblue"
            | "dimgray"
            | "dimgrey"
            | "dodgerblue"
            | "firebrick"
            | "floralwhite"
            | "forestgreen"
            | "fuchsia"
            | "gainsboro"
            | "ghostwhite"
            | "gold"
            | "goldenrod"
            | "gray"
            | "green"
            | "greenyellow"
            | "grey"
            | "honeydew"
            | "hotpink"
            | "indianred"
            | "indigo"
            | "ivory"
            | "khaki"
            | "lavender"
            | "lavenderblush"
            | "lawngreen"
            | "lemonchiffon"
            | "lightblue"
            | "lightcoral"
            | "lightcyan"
            | "lightgoldenrodyellow"
            | "lightgray"
            | "lightgreen"
            | "lightgrey"
            | "lightpink"
            | "lightsalmon"
            | "lightseagreen"
            | "lightskyblue"
            | "lightslategray"
            | "lightslategrey"
            | "lightsteelblue"
            | "lightyellow"
            | "lime"
            | "limegreen"
            | "linen"
            | "magenta"
            | "maroon"
            | "mediumaquamarine"
            | "mediumblue"
            | "mediumorchid"
            | "mediumpurple"
            | "mediumseagreen"
            | "mediumslateblue"
            | "mediumspringgreen"
            | "mediumturquoise"
            | "mediumvioletred"
            | "midnightblue"
            | "mintcream"
            | "mistyrose"
            | "moccasin"
            | "navajowhite"
            | "navy"
            | "navyblue"
            | "oldlace"
            | "olive"
            | "olivedrab"
            | "orange"
            | "orangered"
            | "orchid"
            | "palegoldenrod"
            | "palegreen"
            | "paleturquoise"
            | "palevioletred"
            | "papayawhip"
            | "peachpuff"
            | "peru"
            | "pink"
            | "plum"
            | "powderblue"
            | "purple"
            | "red"
            | "rosybrown"
            | "royalblue"
            | "saddlebrown"
            | "salmon"
            | "sandybrown"
            | "seagreen"
            | "seashell"
            | "sienna"
            | "silver"
            | "skyblue"
            | "slateblue"
            | "slategray"
            | "slategrey"
            | "snow"
            | "springgreen"
            | "steelblue"
            | "tan"
            | "teal"
            | "thistle"
            | "tomato"
            | "turquoise"
            | "violet"
            | "wheat"
            | "white"
            | "whitesmoke"
            | "yellow"
            | "yellowgreen";
          // Color in hue/sat format. A list of two integers. Hue is 0-360 and Sat is 0-100. @example [300, 70]
          hs_color?: [number, number];
          // Color in XY-format. A list of two decimal numbers between 0 and 1. @example [0.52, 0.43]
          xy_color?: object;
          // Color temperature in mireds.
          color_temp?: object;
          // Color temperature in Kelvin.
          kelvin?: object;
          // Number indicating brightness, where 0 turns the light off, 1 is the minimum brightness, and 255 is the maximum brightness.
          brightness?: number;
          // Number indicating the percentage of full brightness, where 0 turns the light off, 1 is the minimum brightness, and 100 is the maximum brightness.
          brightness_pct?: number;
          // Change brightness by an amount.
          brightness_step?: number;
          // Change brightness by a percentage.
          brightness_step_pct?: number;
          // Set the light to white mode.
          white?: object;
          // Name of a light profile to use. @example relax
          profile?: string;
          // Tell light to flash, can be either value short or long.
          flash?: "long" | "short";
          // Light effect.
          effect?: string;
        }
      >;
      // Turn off one or more lights.
      turnOff: ServiceFunction<
        T,
        {
          // Duration it takes to get to next state.
          transition?: number;
          // Tell light to flash, can be either value short or long.
          flash?: "long" | "short";
        }
      >;
      // Toggles one or more lights, from on to off, or, off to on, based on their current state.
      toggle: ServiceFunction<
        T,
        {
          // Duration it takes to get to next state.
          transition?: number;
          // The color in RGB format. A list of three integers between 0 and 255 representing the values of red, green, and blue. @example [255, 100, 100]
          rgb_color?: [number, number, number];
          // A human-readable color name.
          color_name?:
            | "homeassistant"
            | "aliceblue"
            | "antiquewhite"
            | "aqua"
            | "aquamarine"
            | "azure"
            | "beige"
            | "bisque"
            | "blanchedalmond"
            | "blue"
            | "blueviolet"
            | "brown"
            | "burlywood"
            | "cadetblue"
            | "chartreuse"
            | "chocolate"
            | "coral"
            | "cornflowerblue"
            | "cornsilk"
            | "crimson"
            | "cyan"
            | "darkblue"
            | "darkcyan"
            | "darkgoldenrod"
            | "darkgray"
            | "darkgreen"
            | "darkgrey"
            | "darkkhaki"
            | "darkmagenta"
            | "darkolivegreen"
            | "darkorange"
            | "darkorchid"
            | "darkred"
            | "darksalmon"
            | "darkseagreen"
            | "darkslateblue"
            | "darkslategray"
            | "darkslategrey"
            | "darkturquoise"
            | "darkviolet"
            | "deeppink"
            | "deepskyblue"
            | "dimgray"
            | "dimgrey"
            | "dodgerblue"
            | "firebrick"
            | "floralwhite"
            | "forestgreen"
            | "fuchsia"
            | "gainsboro"
            | "ghostwhite"
            | "gold"
            | "goldenrod"
            | "gray"
            | "green"
            | "greenyellow"
            | "grey"
            | "honeydew"
            | "hotpink"
            | "indianred"
            | "indigo"
            | "ivory"
            | "khaki"
            | "lavender"
            | "lavenderblush"
            | "lawngreen"
            | "lemonchiffon"
            | "lightblue"
            | "lightcoral"
            | "lightcyan"
            | "lightgoldenrodyellow"
            | "lightgray"
            | "lightgreen"
            | "lightgrey"
            | "lightpink"
            | "lightsalmon"
            | "lightseagreen"
            | "lightskyblue"
            | "lightslategray"
            | "lightslategrey"
            | "lightsteelblue"
            | "lightyellow"
            | "lime"
            | "limegreen"
            | "linen"
            | "magenta"
            | "maroon"
            | "mediumaquamarine"
            | "mediumblue"
            | "mediumorchid"
            | "mediumpurple"
            | "mediumseagreen"
            | "mediumslateblue"
            | "mediumspringgreen"
            | "mediumturquoise"
            | "mediumvioletred"
            | "midnightblue"
            | "mintcream"
            | "mistyrose"
            | "moccasin"
            | "navajowhite"
            | "navy"
            | "navyblue"
            | "oldlace"
            | "olive"
            | "olivedrab"
            | "orange"
            | "orangered"
            | "orchid"
            | "palegoldenrod"
            | "palegreen"
            | "paleturquoise"
            | "palevioletred"
            | "papayawhip"
            | "peachpuff"
            | "peru"
            | "pink"
            | "plum"
            | "powderblue"
            | "purple"
            | "red"
            | "rosybrown"
            | "royalblue"
            | "saddlebrown"
            | "salmon"
            | "sandybrown"
            | "seagreen"
            | "seashell"
            | "sienna"
            | "silver"
            | "skyblue"
            | "slateblue"
            | "slategray"
            | "slategrey"
            | "snow"
            | "springgreen"
            | "steelblue"
            | "tan"
            | "teal"
            | "thistle"
            | "tomato"
            | "turquoise"
            | "violet"
            | "wheat"
            | "white"
            | "whitesmoke"
            | "yellow"
            | "yellowgreen";
          // Color in hue/sat format. A list of two integers. Hue is 0-360 and Sat is 0-100. @example [300, 70]
          hs_color?: [number, number];
          // Color in XY-format. A list of two decimal numbers between 0 and 1. @example [0.52, 0.43]
          xy_color?: object;
          // Color temperature in mireds.
          color_temp?: object;
          // Color temperature in Kelvin.
          kelvin?: object;
          // Number indicating brightness, where 0 turns the light off, 1 is the minimum brightness, and 255 is the maximum brightness.
          brightness?: number;
          // Number indicating the percentage of full brightness, where 0 turns the light off, 1 is the minimum brightness, and 100 is the maximum brightness.
          brightness_pct?: number;
          // Set the light to white mode.
          white?: object;
          // Name of a light profile to use. @example relax
          profile?: string;
          // Tell light to flash, can be either value short or long.
          flash?: "long" | "short";
          // Light effect.
          effect?: string;
        }
      >;
    };
    cover: {
      // Opens a cover.
      openCover: ServiceFunction<T, object>;
      // Closes a cover.
      closeCover: ServiceFunction<T, object>;
      // Moves a cover to a specific position.
      setCoverPosition: ServiceFunction<
        T,
        {
          // Target position.
          position: number;
        }
      >;
      // Stops the cover movement.
      stopCover: ServiceFunction<T, object>;
      // Toggles a cover open/closed.
      toggle: ServiceFunction<T, object>;
      // Tilts a cover open.
      openCoverTilt: ServiceFunction<T, object>;
      // Tilts a cover to close.
      closeCoverTilt: ServiceFunction<T, object>;
      // Stops a tilting cover movement.
      stopCoverTilt: ServiceFunction<T, object>;
      // Moves a cover tilt to a specific position.
      setCoverTiltPosition: ServiceFunction<
        T,
        {
          // Target tilt positition.
          tilt_position: number;
        }
      >;
      // Toggles a cover tilt open/closed.
      toggleCoverTilt: ServiceFunction<T, object>;
    };
    logbook: {
      // Creates a custom entry in the logbook.
      log: ServiceFunction<
        T,
        {
          // Custom name for an entity, can be referenced using an `entity_id`. @example Kitchen
          name: string;
          // Message of the logbook entry. @example is being used
          message: string;
          // Entity to reference in the logbook entry.
          entity_id?: string;
          // Determines which icon is used in the logbook entry. The icon illustrates the integration domain related to this logbook entry. @example light
          domain?: string;
        }
      >;
    };
    group: {
      // Reloads group configuration, entities, and notify services from YAML-configuration.
      reload: ServiceFunction<T, object>;
      // Creates/Updates a user group.
      set: ServiceFunction<
        T,
        {
          // Object ID of this group. This object ID is used as part of the entity ID. Entity ID format: [domain].[object_id]. @example test_group
          object_id: string;
          // Name of the group. @example My test group
          name?: string;
          // Name of the icon for the group. @example mdi:camera
          icon?: object;
          // List of all members in the group. Cannot be used in combination with `Add entities` or `Remove entities`. @example domain.entity_id1, domain.entity_id2
          entities?: string;
          // List of members to be added to the group. Cannot be used in combination with `Entities` or `Remove entities`. @example domain.entity_id1, domain.entity_id2
          add_entities?: string;
          // List of members to be removed from a group. Cannot be used in combination with `Entities` or `Add entities`. @example domain.entity_id1, domain.entity_id2
          remove_entities?: string;
          // Enable this option if the group should only be used when all entities are in state `on`.
          all?: boolean;
        }
      >;
      // Removes a group.
      remove: ServiceFunction<
        T,
        {
          // Object ID of this group. This object ID is used as part of the entity ID. Entity ID format: [domain].[object_id]. @example test_group
          object_id: object;
        }
      >;
    };
    inputButton: {
      // Reloads helpers from the YAML-configuration.
      reload: ServiceFunction<T, object>;
      // Mimics the physical button press on the device.
      press: ServiceFunction<T, object>;
    };
    counter: {
      // Increments a counter.
      increment: ServiceFunction<T, object>;
      // Decrements a counter.
      decrement: ServiceFunction<T, object>;
      // Resets a counter.
      reset: ServiceFunction<T, object>;
      // Sets the counter value.
      setValue: ServiceFunction<
        T,
        {
          // The new counter value the entity should be set to.
          value: number;
        }
      >;
    };
    wakeOnLan: {
      // Sends a 'magic packet' to wake up a device with 'Wake-On-LAN' capabilities.
      sendMagicPacket: ServiceFunction<
        T,
        {
          // MAC address of the device to wake up. @example aa:bb:cc:dd:ee:ff
          mac: string;
          // Broadcast IP where to send the magic packet. @example 192.168.255.255
          broadcast_address?: string;
          // Port where to send the magic packet.
          broadcast_port?: number;
        }
      >;
    };
    switch: {
      // Turns a switch off.
      turnOff: ServiceFunction<T, object>;
      // Turns a switch on.
      turnOn: ServiceFunction<T, object>;
      // Toggles a switch on/off.
      toggle: ServiceFunction<T, object>;
    };
    inputNumber: {
      // Reloads helpers from the YAML-configuration.
      reload: ServiceFunction<T, object>;
      // Sets the value.
      setValue: ServiceFunction<
        T,
        {
          // The target value.
          value: number;
        }
      >;
      // Increments the value by 1 step.
      increment: ServiceFunction<T, object>;
      // Decrements the current value by 1 step.
      decrement: ServiceFunction<T, object>;
    };
    zone: {
      // Reloads zones from the YAML-configuration.
      reload: ServiceFunction<T, object>;
    };
    inputDatetime: {
      // Reloads helpers from the YAML-configuration.
      reload: ServiceFunction<T, object>;
      // Sets the date and/or time.
      setDatetime: ServiceFunction<
        T,
        {
          // The target date. @example '2019-04-20'
          date?: string;
          // The target time. @example '05:04:20'
          time?: object;
          // The target date & time. @example '2019-04-20 05:04:20'
          datetime?: string;
          // The target date & time, expressed by a UNIX timestamp.
          timestamp?: number;
        }
      >;
    };
    schedule: {
      // Reloads schedules from the YAML-configuration.
      reload: ServiceFunction<T, object>;
    };
    inputSelect: {
      // Reloads helpers from the YAML-configuration.
      reload: ServiceFunction<T, object>;
      // Selects the first option.
      selectFirst: ServiceFunction<T, object>;
      // Selects the last option.
      selectLast: ServiceFunction<T, object>;
      // Select the next option.
      selectNext: ServiceFunction<
        T,
        {
          // If the option should cycle from the last to the first option on the list.
          cycle?: boolean;
        }
      >;
      // Selects an option.
      selectOption: ServiceFunction<
        T,
        {
          // Option to be selected. @example 'Item A'
          option: string;
        }
      >;
      // Selects the previous option.
      selectPrevious: ServiceFunction<
        T,
        {
          // If the option should cycle from the last to the first option on the list.
          cycle?: boolean;
        }
      >;
      // Sets the options.
      setOptions: ServiceFunction<
        T,
        {
          // List of options. @example ['Item A', 'Item B', 'Item C']
          options: object;
        }
      >;
    };
    inputBoolean: {
      // Reloads helpers from the YAML-configuration.
      reload: ServiceFunction<T, object>;
      // Turns on the helper.
      turnOn: ServiceFunction<T, object>;
      // Turns off the helper.
      turnOff: ServiceFunction<T, object>;
      // Toggles the helper on/off.
      toggle: ServiceFunction<T, object>;
    };
    inputText: {
      // Reloads helpers from the YAML-configuration.
      reload: ServiceFunction<T, object>;
      // Sets the value.
      setValue: ServiceFunction<
        T,
        {
          // The target value. @example This is an example text
          value: string;
        }
      >;
    };
    mqtt: {
      // Publishes a message to an MQTT topic.
      publish: ServiceFunction<
        T,
        {
          // Topic to publish to. @example /homeassistant/hello
          topic: string;
          // The payload to publish. @example This is great
          payload?: string;
          // Template to render as a payload value. If a payload is provided, the template is ignored. @example {{ states('sensor.temperature') }}
          payload_template?: object;
          // Quality of Service to use. 0: At most once. 1: At least once. 2: Exactly once.
          qos?: "0" | "1" | "2";
          // If the message should have the retain flag set. If set, the broker stores the most recent message on a topic.
          retain?: boolean;
        }
      >;
      // Writes all messages on a specific topic into the `mqtt_dump.txt` file in your configuration folder.
      dump: ServiceFunction<
        T,
        {
          // Topic to listen to. @example OpenZWave/#
          topic?: string;
          // How long we should listen for messages in seconds.
          duration?: number;
        }
      >;
      // Reloads MQTT entities from the YAML-configuration.
      reload: ServiceFunction<T, object>;
    };
    script: {
      //
      gamingLightColorChanger: ServiceFunction<T, object>;
      //
      randomLightColour: ServiceFunction<T, object>;
      //
      saySomething: ServiceFunction<T, object>;
      // Reloads all the available scripts.
      reload: ServiceFunction<T, object>;
      // Runs the sequence of actions defined in a script.
      turnOn: ServiceFunction<T, object>;
      // Stops a running script.
      turnOff: ServiceFunction<T, object>;
      // Toggle a script. Starts it, if isn't running, stops it otherwise.
      toggle: ServiceFunction<T, object>;
    };
    camera: {
      // Enables the motion detection.
      enableMotionDetection: ServiceFunction<T, object>;
      // Disables the motion detection.
      disableMotionDetection: ServiceFunction<T, object>;
      // Turns off the camera.
      turnOff: ServiceFunction<T, object>;
      // Turns on the camera.
      turnOn: ServiceFunction<T, object>;
      // Takes a snapshot from a camera.
      snapshot: ServiceFunction<
        T,
        {
          // Template of a filename. Variable available is `entity_id`. @example /tmp/snapshot_{{ entity_id.name }}.jpg
          filename: string;
        }
      >;
      // Plays the camera stream on a supported media player.
      playStream: ServiceFunction<
        T,
        {
          // Media players to stream to.
          media_player: string;
          // Stream format supported by the media player.
          format?: "hls";
        }
      >;
      // Creates a recording of a live camera feed.
      record: ServiceFunction<
        T,
        {
          // Template of a filename. Variable available is `entity_id`. Must be mp4. @example /tmp/snapshot_{{ entity_id.name }}.mp4
          filename: string;
          // Planned duration of the recording. The actual duration may vary.
          duration?: number;
          // Planned lookback period to include in the recording (in addition to the duration). Only available if there is currently an active HLS stream. The actual length of the lookback period may vary.
          lookback?: number;
        }
      >;
    };
    climate: {
      // Turns climate device on.
      turnOn: ServiceFunction<T, object>;
      // Turns climate device off.
      turnOff: ServiceFunction<T, object>;
      // Sets HVAC operation mode.
      setHvacMode: ServiceFunction<
        T,
        {
          // HVAC operation mode.
          hvac_mode?:
            | "off"
            | "auto"
            | "cool"
            | "dry"
            | "fan_only"
            | "heat_cool"
            | "heat";
        }
      >;
      // Sets preset mode.
      setPresetMode: ServiceFunction<
        T,
        {
          // Preset mode. @example away
          preset_mode: string;
        }
      >;
      // Turns auxiliary heater on/off.
      setAuxHeat: ServiceFunction<
        T,
        {
          // New value of auxiliary heater.
          aux_heat: boolean;
        }
      >;
      // Sets target temperature.
      setTemperature: ServiceFunction<
        T,
        {
          // Target temperature.
          temperature?: number;
          // High target temperature.
          target_temp_high?: number;
          // Low target temperature.
          target_temp_low?: number;
          // HVAC operation mode.
          hvac_mode?:
            | "off"
            | "auto"
            | "cool"
            | "dry"
            | "fan_only"
            | "heat_cool"
            | "heat";
        }
      >;
      // Sets target humidity.
      setHumidity: ServiceFunction<
        T,
        {
          // Target humidity.
          humidity: number;
        }
      >;
      // Sets fan operation mode.
      setFanMode: ServiceFunction<
        T,
        {
          // Fan operation mode. @example low
          fan_mode: string;
        }
      >;
      // Sets swing operation mode.
      setSwingMode: ServiceFunction<
        T,
        {
          // Swing operation mode. @example horizontal
          swing_mode: string;
        }
      >;
    };
    scene: {
      // Reloads the scenes from the YAML-configuration.
      reload: ServiceFunction<T, object>;
      // Activates a scene with configuration.
      apply: ServiceFunction<
        T,
        {
          // List of entities and their target state. @example light.kitchen: 'on' light.ceiling:   state: 'on'   brightness: 80
          entities: object;
          // Time it takes the devices to transition into the states defined in the scene.
          transition?: number;
        }
      >;
      // Creates a new scene.
      create: ServiceFunction<
        T,
        {
          // The entity ID of the new scene. @example all_lights
          scene_id: string;
          // List of entities and their target state. If your entities are already in the target state right now, use `snapshot_entities` instead. @example light.tv_back_light: 'on' light.ceiling:   state: 'on'   brightness: 200
          entities?: object;
          // List of entities to be included in the snapshot. By taking a snapshot, you record the current state of those entities. If you do not want to use the current state of all your entities for this scene, you can combine the `snapshot_entities` with `entities`. @example - light.ceiling - light.kitchen
          snapshot_entities?: string;
        }
      >;
      // Deletes a dynamically created scene.
      delete: ServiceFunction<T, object>;
      // Activates a scene.
      turnOn: ServiceFunction<
        T,
        {
          // Time it takes the devices to transition into the states defined in the scene.
          transition?: number;
        }
      >;
    };
    button: {
      // Press the button entity.
      press: ServiceFunction<T, object>;
    };
    alarmControlPanel: {
      // Disarms the alarm.
      alarmDisarm: ServiceFunction<
        T,
        {
          // Code to disarm the alarm. @example 1234
          code?: string;
        }
      >;
      // Sets the alarm to: _armed, but someone is home_.
      alarmArmHome: ServiceFunction<
        T,
        {
          // Code to arm the alarm. @example 1234
          code?: string;
        }
      >;
      // Sets the alarm to: _armed, no one home_.
      alarmArmAway: ServiceFunction<
        T,
        {
          // Code to arm the alarm. @example 1234
          code?: string;
        }
      >;
      // Sets the alarm to: _armed for the night_.
      alarmArmNight: ServiceFunction<
        T,
        {
          // Code to arm the alarm. @example 1234
          code?: string;
        }
      >;
      // Sets the alarm to: _armed for vacation_.
      alarmArmVacation: ServiceFunction<
        T,
        {
          // Code to arm the alarm. @example 1234
          code?: string;
        }
      >;
      // Arms the alarm while allowing to bypass a custom area.
      alarmArmCustomBypass: ServiceFunction<
        T,
        {
          // Code to arm the alarm. @example 1234
          code?: string;
        }
      >;
      // Enables an external alarm trigger.
      alarmTrigger: ServiceFunction<
        T,
        {
          // Code to arm the alarm. @example 1234
          code?: string;
        }
      >;
    };
    deviceTracker: {
      // Records a seen tracked device.
      see: ServiceFunction<
        T,
        {
          // MAC address of the device. @example FF:FF:FF:FF:FF:FF
          mac?: string;
          // ID of the device (find the ID in `known_devices.yaml`). @example phonedave
          dev_id?: string;
          // Hostname of the device. @example Dave
          host_name?: string;
          // Name of the location where the device is located. The options are: `home`, `not_home`, or the name of the zone. @example home
          location_name?: string;
          // GPS coordinates where the device is located, specified by latitude and longitude (for example: [51.513845, -0.100539]). @example [51.509802, -0.086692]
          gps?: object;
          // Accuracy of the GPS coordinates.
          gps_accuracy?: number;
          // Battery level of the device.
          battery?: number;
        }
      >;
    };
    fan: {
      // Turns fan on.
      turnOn: ServiceFunction<
        T,
        {
          // Speed of the fan.
          percentage?: number;
          // Preset mode. @example auto
          preset_mode?: string;
        }
      >;
      // Turns fan off.
      turnOff: ServiceFunction<T, object>;
      // Toggles the fan on/off.
      toggle: ServiceFunction<T, object>;
      // Increases the speed of the fan.
      increaseSpeed: ServiceFunction<
        T,
        {
          // Increases the speed by a percentage step.
          percentage_step?: number;
        }
      >;
      // Decreases the speed of the fan.
      decreaseSpeed: ServiceFunction<
        T,
        {
          // Decreases the speed by a percentage step.
          percentage_step?: number;
        }
      >;
      // Controls oscillatation of the fan.
      oscillate: ServiceFunction<
        T,
        {
          // Turn on/off oscillation.
          oscillating: boolean;
        }
      >;
      // Sets the fan rotation direction.
      setDirection: ServiceFunction<
        T,
        {
          // Direction to rotate.
          direction: "forward" | "reverse";
        }
      >;
      // Sets the fan speed.
      setPercentage: ServiceFunction<
        T,
        {
          // Speed of the fan.
          percentage: number;
        }
      >;
      // Sets preset mode.
      setPresetMode: ServiceFunction<
        T,
        {
          // Preset mode. @example auto
          preset_mode: string;
        }
      >;
    };
    select: {
      // Selects the first option.
      selectFirst: ServiceFunction<T, object>;
      // Selects the last option.
      selectLast: ServiceFunction<T, object>;
      // Selects the next option.
      selectNext: ServiceFunction<
        T,
        {
          // If the option should cycle from the last to the first.
          cycle?: boolean;
        }
      >;
      // Selects an option.
      selectOption: ServiceFunction<
        T,
        {
          // Option to be selected. @example 'Item A'
          option: string;
        }
      >;
      // Selects the previous option.
      selectPrevious: ServiceFunction<
        T,
        {
          // If the option should cycle from the first to the last.
          cycle?: boolean;
        }
      >;
    };
    text: {
      // Sets the value.
      setValue: ServiceFunction<
        T,
        {
          // Enter your text. @example Hello world!
          value: string;
        }
      >;
    };
    vacuum: {
      // Starts a new cleaning task.
      turnOn: ServiceFunction<T, object>;
      // Stops the current cleaning task and returns to its dock.
      turnOff: ServiceFunction<T, object>;
      //
      toggle: ServiceFunction<T, object>;
      // Starts, pauses, or resumes the cleaning task.
      startPause: ServiceFunction<T, object>;
      // Starts or resumes the cleaning task.
      start: ServiceFunction<T, object>;
      // Pauses the cleaning task.
      pause: ServiceFunction<T, object>;
      // Tells the vacuum cleaner to return to its dock.
      returnToBase: ServiceFunction<T, object>;
      // Tells the vacuum cleaner to do a spot clean-up.
      cleanSpot: ServiceFunction<T, object>;
      // Locates the vacuum cleaner robot.
      locate: ServiceFunction<T, object>;
      // Stops the current cleaning task.
      stop: ServiceFunction<T, object>;
      // Sets the fan speed of the vacuum cleaner.
      setFanSpeed: ServiceFunction<
        T,
        {
          // Fan speed. The value depends on the integration. Some integrations have speed steps, like 'medium'. Some use a percentage, between 0 and 100. @example low
          fan_speed: string;
        }
      >;
      // Sends a command to the vacuum cleaner.
      sendCommand: ServiceFunction<
        T,
        {
          // Command to execute. The commands are integration-specific. @example set_dnd_timer
          command: string;
          // Parameters for the command. The parameters are integration-specific. @example { 'key': 'value' }
          params?: object;
        }
      >;
    };
    humidifier: {
      // Turns the humidifier on.
      turnOn: ServiceFunction<T, object>;
      // Turns the humidifier off.
      turnOff: ServiceFunction<T, object>;
      // Toggles the humidifier on/off.
      toggle: ServiceFunction<T, object>;
      // Sets the humidifier operation mode.
      setMode: ServiceFunction<
        T,
        {
          // Operation mode. For example, _normal_, _eco_, or _away_. For a list of possible values, refer to the integration documentation. @example away
          mode: string;
        }
      >;
      // Sets the target humidity.
      setHumidity: ServiceFunction<
        T,
        {
          // Target humidity.
          humidity: number;
        }
      >;
    };
    siren: {
      // Turns the siren on.
      turnOn: ServiceFunction<
        T,
        {
          // The tone to emit. When `available_tones` property is a map, either the key or the value can be used. Must be supported by the integration. @example fire
          tone?: string;
          // The volume. 0 is inaudible, 1 is the maximum volume. Must be supported by the integration. @example 0.5
          volume_level?: number;
          // Number of seconds the sound is played. Must be supported by the integration. @example 15
          duration?: string;
        }
      >;
      // Turns the siren off.
      turnOff: ServiceFunction<T, object>;
      // Toggles the siren on/off.
      toggle: ServiceFunction<T, object>;
    };
    lawnMower: {
      // Starts the mowing task.
      startMowing: ServiceFunction<T, object>;
      // Pauses the mowing task.
      pause: ServiceFunction<T, object>;
      // Stops the mowing task and returns to the dock.
      dock: ServiceFunction<T, object>;
    };
    waterHeater: {
      // Turns water heater on.
      turnOn: ServiceFunction<T, object>;
      // Turns water heater off.
      turnOff: ServiceFunction<T, object>;
      // Turns away mode on/off.
      setAwayMode: ServiceFunction<
        T,
        {
          // New value of away mode.
          away_mode: boolean;
        }
      >;
      // Sets the target temperature.
      setTemperature: ServiceFunction<
        T,
        {
          // New target temperature for the water heater.
          temperature: number;
          // New value of the operation mode. For a list of possible modes, refer to the integration documentation. @example eco
          operation_mode?: string;
        }
      >;
      // Sets the operation mode.
      setOperationMode: ServiceFunction<
        T,
        {
          // New value of the operation mode. For a list of possible modes, refer to the integration documentation. @example eco
          operation_mode: string;
        }
      >;
    };
    lock: {
      // Unlocks a lock.
      unlock: ServiceFunction<
        T,
        {
          // Code used to unlock the lock. @example 1234
          code?: string;
        }
      >;
      // Locks a lock.
      lock: ServiceFunction<
        T,
        {
          // Code used to lock the lock. @example 1234
          code?: string;
        }
      >;
      // Opens a lock.
      open: ServiceFunction<
        T,
        {
          // Code used to open the lock. @example 1234
          code?: string;
        }
      >;
    };
    number: {
      // Sets the value of a number.
      setValue: ServiceFunction<
        T,
        {
          // The target value to set. @example 42
          value?: string;
        }
      >;
    };
    timer: {
      // Reloads timers from the YAML-configuration.
      reload: ServiceFunction<T, object>;
      // Starts a timer.
      start: ServiceFunction<
        T,
        {
          // Duration the timer requires to finish. [optional]. @example 00:01:00 or 60
          duration?: string;
        }
      >;
      // Pauses a timer.
      pause: ServiceFunction<T, object>;
      // Cancels a timer.
      cancel: ServiceFunction<T, object>;
      // Finishes a timer.
      finish: ServiceFunction<T, object>;
      // Changes a timer.
      change: ServiceFunction<
        T,
        {
          // Duration to add or subtract to the running timer. @example 00:01:00, 60 or -60
          duration: string;
        }
      >;
    };
    calendar: {
      // Adds a new calendar event.
      createEvent: ServiceFunction<
        T,
        {
          // Defines the short summary or subject for the event. @example Department Party
          summary: string;
          // A more complete description of the event than the one provided by the summary. @example Meeting to provide technical review for 'Phoenix' design.
          description?: string;
          // The date and time the event should start. @example 2022-03-22 20:00:00
          start_date_time?: object;
          // The date and time the event should end. @example 2022-03-22 22:00:00
          end_date_time?: object;
          // The date the all-day event should start. @example 2022-03-22
          start_date?: object;
          // The date the all-day event should end (exclusive). @example 2022-03-23
          end_date?: object;
          // Days or weeks that you want to create the event in. @example {'days': 2} or {'weeks': 2}
          in?: object;
          // The location of the event. @example Conference Room - F123, Bldg. 002
          location?: string;
        }
      >;
      // Lists events on a calendar within a time range.
      listEvents: ServiceFunction<
        T,
        {
          // Returns active events after this time (exclusive). When not set, defaults to now. @example 2022-03-22 20:00:00
          start_date_time?: object;
          // Returns active events before this time (exclusive). Cannot be used with 'duration'. @example 2022-03-22 22:00:00
          end_date_time?: object;
          // Returns active events from start_date_time until the specified duration.
          duration?: object;
        }
      >;
      // Get events on a calendar within a time range.
      getEvents: ServiceFunction<
        T,
        {
          // Returns active events after this time (exclusive). When not set, defaults to now. @example 2022-03-22 20:00:00
          start_date_time?: object;
          // Returns active events before this time (exclusive). Cannot be used with 'duration'. @example 2022-03-22 22:00:00
          end_date_time?: object;
          // Returns active events from start_date_time until the specified duration.
          duration?: object;
        }
      >;
    };
    automation: {
      // Triggers the actions of an automation.
      trigger: ServiceFunction<
        T,
        {
          // Defines whether or not the conditions will be skipped.
          skip_condition?: boolean;
        }
      >;
      // Toggles (enable / disable) an automation.
      toggle: ServiceFunction<T, object>;
      // Enables an automation.
      turnOn: ServiceFunction<T, object>;
      // Disables an automation.
      turnOff: ServiceFunction<
        T,
        {
          // Stops currently running actions.
          stop_actions?: boolean;
        }
      >;
      // Reloads the automation configuration.
      reload: ServiceFunction<T, object>;
    };
    profiler: {
      // Starts the Profiler.
      start: ServiceFunction<
        T,
        {
          // The number of seconds to run the profiler.
          seconds?: number;
        }
      >;
      // Starts the Memory Profiler.
      memory: ServiceFunction<
        T,
        {
          // The number of seconds to run the memory profiler.
          seconds?: number;
        }
      >;
      // Starts logging growth of objects in memory.
      startLogObjects: ServiceFunction<
        T,
        {
          // The number of seconds between logging objects.
          scan_interval?: number;
        }
      >;
      // Stops logging growth of objects in memory.
      stopLogObjects: ServiceFunction<T, object>;
      // Starts logging sources of new objects in memory.
      startLogObjectSources: ServiceFunction<
        T,
        {
          // The number of seconds between logging objects.
          scan_interval?: number;
          // The maximum number of objects to log.
          max_objects?: number;
        }
      >;
      // Stops logging sources of new objects in memory.
      stopLogObjectSources: ServiceFunction<T, object>;
      // Dumps the repr of all matching objects to the log.
      dumpLogObjects: ServiceFunction<
        T,
        {
          // The type of objects to dump to the log. @example State
          type: string;
        }
      >;
      // Logs the stats of all lru caches.
      lruStats: ServiceFunction<T, object>;
      // Logs the current frames for all threads.
      logThreadFrames: ServiceFunction<T, object>;
      // Logs what is scheduled in the event loop.
      logEventLoopScheduled: ServiceFunction<T, object>;
    };
    remote: {
      // Turns the device off.
      turnOff: ServiceFunction<T, object>;
      // Sends the power on command.
      turnOn: ServiceFunction<
        T,
        {
          // Activity ID or activity name to be started. @example BedroomTV
          activity?: string;
        }
      >;
      // Toggles a device on/off.
      toggle: ServiceFunction<T, object>;
      // Sends a command or a list of commands to a device.
      sendCommand: ServiceFunction<
        T,
        {
          // Device ID to send command to. @example 32756745
          device?: string;
          // A single command or a list of commands to send. @example Play
          command: object;
          // The number of times you want to repeat the commands.
          num_repeats?: number;
          // The time you want to wait in between repeated commands.
          delay_secs?: number;
          // The time you want to have it held before the release is send.
          hold_secs?: number;
        }
      >;
      // Learns a command or a list of commands from a device.
      learnCommand: ServiceFunction<
        T,
        {
          // Device ID to learn command from. @example television
          device?: string;
          // A single command or a list of commands to learn. @example Turn on
          command?: object;
          // The type of command to be learned.
          command_type?: "ir" | "rf";
          // If code must be stored as an alternative. This is useful for discrete codes. Discrete codes are used for toggles that only perform one function. For example, a code to only turn a device on. If it is on already, sending the code won't change the state.
          alternative?: boolean;
          // Timeout for the command to be learned.
          timeout?: number;
        }
      >;
      // Deletes a command or a list of commands from the database.
      deleteCommand: ServiceFunction<
        T,
        {
          // Device from which commands will be deleted. @example television
          device?: string;
          // The single command or the list of commands to be deleted. @example Mute
          command: object;
        }
      >;
    };
    weather: {
      // Get weather forecast.
      getForecast: ServiceFunction<
        T,
        {
          // Forecast type: daily, hourly or twice daily.
          type: "daily" | "hourly" | "twice_daily";
        }
      >;
      // Get weather forecasts.
      getForecasts: ServiceFunction<
        T,
        {
          // Forecast type: daily, hourly or twice daily.
          type: "daily" | "hourly" | "twice_daily";
        }
      >;
    };
    deconz: {
      // Configures attributes of either a device endpoint in deCONZ or the deCONZ service itself.
      configure: ServiceFunction<
        T,
        {
          // Represents a specific device endpoint in deCONZ.
          entity?: string;
          // String representing a full path to deCONZ endpoint (when entity is not specified) or a subpath of the device path for the entity (when entity is specified). @example '/lights/1/state' or '/state'
          field?: string;
          // JSON object with what data you want to alter. @example {'on': true}
          data: object;
          // Unique string for each deCONZ hardware. It can be found as part of the integration name. Useful if you run multiple deCONZ integrations. @example 00212EFFFF012345
          bridgeid?: string;
        }
      >;
      // Refreshes available devices from deCONZ.
      deviceRefresh: ServiceFunction<
        T,
        {
          // Unique string for each deCONZ hardware. It can be found as part of the integration name. Useful if you run multiple deCONZ integrations. @example 00212EFFFF012345
          bridgeid?: string;
        }
      >;
      // Cleans up device and entity registry entries orphaned by deCONZ.
      removeOrphanedEntries: ServiceFunction<
        T,
        {
          // Unique string for each deCONZ hardware. It can be found as part of the integration name. Useful if you run multiple deCONZ integrations. @example 00212EFFFF012345
          bridgeid?: string;
        }
      >;
    };
    mediaExtractor: {
      // Downloads file from given URL.
      playMedia: ServiceFunction<
        T,
        {
          // The ID of the content to play. Platform dependent. @example https://soundcloud.com/bruttoband/brutto-11
          media_content_id: string;
          // The type of the content to play. Must be one of MUSIC, TVSHOW, VIDEO, EPISODE, CHANNEL or PLAYLIST MUSIC.
          media_content_type:
            | "CHANNEL"
            | "EPISODE"
            | "PLAYLIST MUSIC"
            | "MUSIC"
            | "TVSHOW"
            | "VIDEO";
        }
      >;
    };
    notify: {
      // Sends a notification that is visible in the **Notifications** panel.
      persistentNotification: ServiceFunction<
        T,
        {
          // Message body of the notification. @example The garage door has been open for 10 minutes.
          message: string;
          // Title of the notification. @example Your Garage Door Friend
          title?: string;
          // Some integrations provide extended functionality. For information on how to use _data_, refer to the integration documentation.. @example platform specific
          data?: object;
        }
      >;
      // Sends a notification message using the mobile_app_natashas_iphone integration.
      mobileAppNatashasIphone: ServiceFunction<
        T,
        {
          // undefined @example The garage door has been open for 10 minutes.
          message: string;
          // undefined @example Your Garage Door Friend
          title?: string;
          // undefined @example platform specific
          target?: object;
          // undefined @example platform specific
          data?: object;
        }
      >;
      // Sends a notification message using the mobile_app_sm_t220 integration.
      mobileAppSmT220: ServiceFunction<
        T,
        {
          // undefined @example The garage door has been open for 10 minutes.
          message: string;
          // undefined @example Your Garage Door Friend
          title?: string;
          // undefined @example platform specific
          target?: object;
          // undefined @example platform specific
          data?: object;
        }
      >;
      // Sends a notification message using the mobile_app_shannons_phone integration.
      mobileAppShannonsPhone: ServiceFunction<
        T,
        {
          // undefined @example The garage door has been open for 10 minutes.
          message: string;
          // undefined @example Your Garage Door Friend
          title?: string;
          // undefined @example platform specific
          target?: object;
          // undefined @example platform specific
          data?: object;
        }
      >;
      // Sends a notification message using the notify service.
      notify: ServiceFunction<
        T,
        {
          // undefined @example The garage door has been open for 10 minutes.
          message: string;
          // undefined @example Your Garage Door Friend
          title?: string;
          // undefined @example platform specific
          target?: object;
          // undefined @example platform specific
          data?: object;
        }
      >;
      // Sends a notification message using the google_assistant_sdk service.
      googleAssistantSdk: ServiceFunction<
        T,
        {
          // undefined @example The garage door has been open for 10 minutes.
          message: string;
          // undefined @example Your Garage Door Friend
          title?: string;
          // undefined @example platform specific
          target?: object;
          // undefined @example platform specific
          data?: object;
        }
      >;
    };
    template: {
      // Reloads template entities from the YAML-configuration.
      reload: ServiceFunction<T, object>;
    };
    samsungtvSmart: {
      // Send to samsung TV the command to change picture mode.
      selectPictureMode: ServiceFunction<
        T,
        {
          // Name of the target entity @example media_player.tv
          entity_id: string;
          // Name of the picture mode to switch to. Possible options can be found in the picture_mode_list state attribute. @example Standard
          picture_mode: string;
        }
      >;
      // Send to samsung TV the command to set art mode.
      setArtMode: ServiceFunction<
        T,
        {
          // Name of the target entity @example media_player.tv
          entity_id: string;
        }
      >;
    };
    tplink: {
      // Sets a random effect.
      randomEffect: ServiceFunction<
        T,
        {
          // Initial HSV sequence. @example 199,99,96
          init_states: object;
          // List of HSV sequences (Max 16). @example - [199, 89, 50] - [160, 50, 50] - [180, 100, 50]
          backgrounds?: object;
          // List of segments (0 for all). @example 0, 2, 4, 6, 8
          segments?: object;
          // Initial brightness. @example 90
          brightness?: number;
          // Duration.
          duration?: number;
          // Transition. @example 2000
          transition?: number;
          // Fade off. @example 2000
          fadeoff?: number;
          // Range of hue. @example 340, 360
          hue_range?: object;
          // Range of saturation. @example 40, 95
          saturation_range?: object;
          // Range of brightness. @example 90, 100
          brightness_range?: object;
          // Range of transition. @example 2000, 6000
          transition_range?: object;
          // Random seed. @example 80
          random_seed?: number;
        }
      >;
      // Sets a sequence effect.
      sequenceEffect: ServiceFunction<
        T,
        {
          // List of HSV sequences (Max 16). @example - [340, 20, 50] - [20, 50, 50] - [0, 100, 50]
          sequence: object;
          // List of Segments (0 for all). @example 0, 2, 4, 6, 8
          segments?: object;
          // Initial brightness. @example 80
          brightness?: number;
          // Duration.
          duration?: number;
          // Repetitions (0 for continuous).
          repeat_times?: number;
          // Transition. @example 2000
          transition?: number;
          // Speed of spread. @example 1
          spread?: number;
          // Direction. @example 1
          direction?: number;
        }
      >;
    };
    reolink: {
      // Move the camera with a specific speed.
      ptzMove: ServiceFunction<
        T,
        {
          // PTZ move speed.
          speed: number;
        }
      >;
    };
    ring: {
      // Updates the data we have for all your ring devices.
      update: ServiceFunction<T, object>;
    };
    mass: {
      // Perform a global search on the Music Assistant library and all providers.
      search: ServiceFunction<
        T,
        {
          // The name/title to search for. @example We Are The Champions
          name: string;
          // The type of the content to search. Such as artist, album, track, radio or playlist. All types if omitted. @example playlist
          media_type?: "artist" | "album" | "playlist" | "track" | "radio";
          // When specifying a track or album name in the name field, you can optionally restrict results by this artist name. @example Queen
          artist?: string;
          // When specifying a track name in the name field, you can optionally restrict results by this album name. @example News of the world
          album?: string;
          // Maximum number of items to return (per media type). @example 25
          limit?: number;
        }
      >;
      // Play media on a Music Assistant player with more fine grained control options.
      playMedia: ServiceFunction<
        T,
        {
          // URI or name of the item you want to play. Specify a list if you want to play/enqueue multiple items. @example spotify://playlist/aabbccddeeff
          media_id: object;
          // The type of the content to play. Such as artist, album, track or playlist. Will be auto determined if omitted. @example playlist
          media_type?: "artist" | "album" | "playlist" | "track" | "radio";
          // If the content should be played now or be added to the queue. Options are: play, replace, next, replace_next, add
          enqueue?: "play" | "replace" | "next" | "replace_next" | "add";
          // If the media should be played as an announcement. @example true
          announce?: boolean;
          // When specifying a track or album by name in the Media ID field, you can optionally restrict results by this artist name. @example Queen
          artist?: string;
          // When specifying a track by name in the Media ID field, you can optionally restrict results by this album name. @example News of the world
          album?: string;
          // Enable radio mode to auto generate a playlist based on the selection.
          radio_mode?: boolean;
        }
      >;
    };
    cast: {
      // Shows a dashboard view on a Chromecast device.
      showLovelaceView: ServiceFunction<
        T,
        {
          // Media player entity to show the dashboard view on.
          entity_id: string;
          // The URL path of the dashboard to show. @example lovelace-cast
          dashboard_path: string;
          // The path of the dashboard view to show. @example downstairs
          view_path?: string;
        }
      >;
    };
    fullyKiosk: {
      // Loads a URL on Fully Kiosk Browser.
      loadUrl: ServiceFunction<
        T,
        {
          // URL to load. @example https://home-assistant.io
          url: string;
        }
      >;
      // Starts an application on the device running Fully Kiosk Browser.
      startApplication: ServiceFunction<
        T,
        {
          // Package name of the application to start. @example de.ozerov.fully
          application: string;
        }
      >;
      // Sets a configuration parameter on Fully Kiosk Browser.
      setConfig: ServiceFunction<
        T,
        {
          // Configuration parameter to set. @example motionSensitivity
          key: string;
          // Value for the configuration parameter. @example 90
          value: string;
        }
      >;
    };
    google: {
      // Adds a new calendar event.
      addEvent: ServiceFunction<
        T,
        {
          // The id of the calendar you want. @example Your email
          calendar_id: string;
          // Acts as the title of the event. @example Bowling
          summary: string;
          // The description of the event. Optional. @example Birthday bowling
          description?: string;
          // The date and time the event should start. @example 2019-03-22 20:00:00
          start_date_time?: string;
          // The date and time the event should end. @example 2019-03-22 22:00:00
          end_date_time?: string;
          // The date the whole day event should start. @example 2019-03-10
          start_date?: string;
          // The date the whole day event should end. @example 2019-03-11
          end_date?: string;
          // Days or weeks that you want to create the event in. @example 'days': 2 or 'weeks': 2
          in?: object;
        }
      >;
      // Add a new calendar event.
      createEvent: ServiceFunction<
        T,
        {
          // Acts as the title of the event. @example Bowling
          summary: string;
          // The description of the event. Optional. @example Birthday bowling
          description?: string;
          // The date and time the event should start. @example 2022-03-22 20:00:00
          start_date_time?: string;
          // The date and time the event should end. @example 2022-03-22 22:00:00
          end_date_time?: string;
          // The date the whole day event should start. @example 2022-03-10
          start_date?: string;
          // The date the whole day event should end. @example 2022-03-11
          end_date?: string;
          // Days or weeks that you want to create the event in. @example 'days': 2 or 'weeks': 2
          in?: object;
          // The location of the event. Optional. @example Conference Room - F123, Bldg. 002
          location?: string;
        }
      >;
    };
    googleAssistantSdk: {
      // Sends a command as a text query to Google Assistant.
      sendTextCommand: ServiceFunction<
        T,
        {
          // Command(s) to send to Google Assistant. @example turn off kitchen TV
          command?: string;
          // Name(s) of media player entities to play response on. @example media_player.living_room_speaker
          media_player?: string;
        }
      >;
    };
    nodered: {
      // Send a message to a Node-RED flow that has been exposed to Home Assistant.
      trigger: ServiceFunction<
        T,
        {
          // Comma separated list of paths to send the message to. Zero is used to send the message to all paths. @example 1,2
          output_path?: string;
          // The message object that will be sent to the next node.
          message?: object;
        }
      >;
    };
  }
  export interface CustomEntityNameContainer {
    names:
      | "person.shannon_hochkins"
      | "person.natasha_hochkins"
      | "binary_sensor.remote_ui"
      | "update.home_assistant_supervisor_update"
      | "update.home_assistant_core_update"
      | "update.terminal_ssh_update"
      | "update.file_editor_update"
      | "update.mosquitto_broker_update"
      | "update.google_assistant_sdk_update"
      | "update.rpc_shutdown_update"
      | "update.zigbee2mqtt_update"
      | "update.z_wave_js_update"
      | "update.deconz_update"
      | "update.node_red_update"
      | "update.home_assistant_google_drive_backup_update"
      | "update.ftp_update"
      | "update.samba_share_update"
      | "update.public_folders_update"
      | "update.piper_update"
      | "update.whisper_update"
      | "update.hakit_update"
      | "update.music_assistant_beta_update"
      | "update.home_assistant_operating_system_update"
      | "sensor.time"
      | "sensor.date"
      | "sensor.disk_use_percent"
      | "sensor.disk_free"
      | "sensor.tv_master_bedroom_view_time"
      | "sensor.tv_living_room_view_time"
      | "sun.sun"
      | "zone.home"
      | "input_boolean.game_time_boolean"
      | "input_text.current_game_colour"
      | "input_text.current_work_colour"
      | "script.gaming_light_color_changer"
      | "script.learn_tv_power"
      | "script.random_light_colour"
      | "script.say_something"
      | "timer.refresh_internal"
      | "scene.goodmorning"
      | "automation.office_lightstrips"
      | "automation.office_lightstrips_on"
      | "automation.office_downlights_on"
      | "automation.hallway_motion_turn_on_light"
      | "automation.under_stairs_open"
      | "automation.under_stairs_close"
      | "automation.garage_turn_on_lights_when_door_opens"
      | "automation.when_pantry_door_opens"
      | "automation.when_pantry_door_closes"
      | "automation.doorbell_rings"
      | "automation.front_door_opened"
      | "automation.stairs_motion_turn_on_light"
      | "automation.new_automation_4"
      | "automation.2_way_switch_stairs"
      | "automation.2_way_switch_top"
      | "automation.master_tv_turn_on_devices"
      | "automation.livingroom_tv_toggle_devices"
      | "automation.cpu_temperature_warning"
      | "automation.disc_space_warning"
      | "automation.new_automation"
      | "automation.turn_off_aircon_after_30mins"
      | "automation.turn_off_aircon_after_45_mins"
      | "automation.turn_off_aircon_after_60_mins"
      | "automation.push_button_2_office_lights"
      | "automation.on_homeassistant_restart"
      | "automation.patio_switch"
      | "automation.automation_27"
      | "automation.new_automation_2"
      | "automation.automatic_battery_charger"
      | "sensor.camera_folder_size"
      | "switch.all_downstairs_light_switchs"
      | "light.all_office_downlights"
      | "light.all_office_striplights"
      | "switch.all_upstairs_lights"
      | "cover.upstairs_curtains"
      | "cover.downstairs_curtains"
      | "cover.all_curtains"
      | "switch.all_lights"
      | "light.all_office_lights_2"
      | "media_player.test_players"
      | "sensor.sun_next_dawn"
      | "sensor.sun_next_dusk"
      | "sensor.sun_next_midnight"
      | "sensor.sun_next_noon"
      | "sensor.sun_next_rising"
      | "sensor.sun_next_setting"
      | "sensor.home_assistant_v2_db_size"
      | "switch.game_switch_wall_panel"
      | "switch.work_switch_wall_panel"
      | "switch.off_switch_wall_panel"
      | "light.office_striplight_main"
      | "light.light_office_downlight_3"
      | "light.light_office_downlight_2"
      | "light.living_room_striplight_entertaining_unit"
      | "light.light_office_downlight_1"
      | "light.light_upstairs_living"
      | "light.light_dining_room"
      | "light.light_kitchen_main"
      | "light.light_pantry"
      | "light.light_living_room_main"
      | "light.light_under_stairs"
      | "light.light_office_roof"
      | "light.master_striplight_under_bed"
      | "switch.switch_pantry_vertical_garden"
      | "switch.switch_pantry_main"
      | "switch.switch_front_door_outdoor_lights"
      | "switch.switch_front_door_hallway_lights"
      | "switch.switch_kitchen_pendant_light"
      | "switch.switch_kitchen_main_light"
      | "switch.stairs_bottom_dining"
      | "switch.stairs_bottom_pendant"
      | "switch.switch_light_garage_main"
      | "switch.switch_main_hallway_linen_light"
      | "switch.switch_under_stairs_light"
      | "switch.switch_light_stairway_upstairs"
      | "switch.switch_upstairs_stairway_livingroom_light"
      | "switch.switch_master_bedroom_light"
      | "switch.switch_office_cupboard_left"
      | "switch.switch_office_cupboard_right"
      | "switch.switch_outdoor_kitchen_fridge"
      | "switch.switch_outdoor_kitchen_striplights"
      | "switch.outdoor_bbq_switch"
      | "switch.switch_office_roof_light"
      | "switch.switch_office_striplights"
      | "switch.switch_office_downlights"
      | "switch.switch_living_room_light"
      | "switch.switch_outdoor_kitchen_roof_lights"
      | "switch.switch_outdoor_patio_lights"
      | "switch.patio_switch"
      | "switch.switch_tablet_charger"
      | "sensor.sensor_mode"
      | "sensor.sensitivity"
      | "sensor.duration"
      | "binary_sensor.rpi_power_status"
      | "switch.gaming_pc_2"
      | "calendar.homeassistant_calandar"
      | "media_player.chome_cast_2"
      | "button.garage_door_shelly_relay_reboot"
      | "switch.garage_door_shelly_relay"
      | "sensor.openweathermap_weather"
      | "sensor.openweathermap_dew_point"
      | "sensor.openweathermap_temperature"
      | "sensor.openweathermap_feels_like_temperature"
      | "sensor.openweathermap_wind_speed"
      | "sensor.openweathermap_wind_bearing"
      | "sensor.openweathermap_humidity"
      | "sensor.openweathermap_pressure"
      | "sensor.openweathermap_cloud_coverage"
      | "sensor.openweathermap_rain"
      | "sensor.openweathermap_snow"
      | "sensor.openweathermap_precipitation_kind"
      | "sensor.openweathermap_uv_index"
      | "sensor.openweathermap_visibility"
      | "sensor.openweathermap_condition"
      | "sensor.openweathermap_weather_code"
      | "sensor.openweathermap_forecast_condition"
      | "sensor.openweathermap_forecast_precipitation"
      | "sensor.openweathermap_forecast_precipitation_probability"
      | "sensor.openweathermap_forecast_pressure"
      | "sensor.openweathermap_forecast_temperature"
      | "sensor.openweathermap_forecast_temperature_low"
      | "sensor.openweathermap_forecast_time"
      | "sensor.openweathermap_forecast_wind_bearing"
      | "sensor.openweathermap_forecast_wind_speed"
      | "sensor.openweathermap_forecast_cloud_coverage"
      | "remote.chome_cast"
      | "sensor.speedtest_ping"
      | "sensor.speedtest_download"
      | "sensor.speedtest_upload"
      | "weather.openweathermap"
      | "binary_sensor.garage_door_contact_sensor"
      | "binary_sensor.under_stairs_contact_sensor"
      | "binary_sensor.pantry_contact_sensor"
      | "binary_sensor.front_door_contact_sensor"
      | "sensor.roller_blind_office_battery"
      | "sensor.roller_blind_office_motor_state"
      | "sensor.roller_blind_office_device_temperature"
      | "sensor.roller_blind_master_primary_battery"
      | "sensor.roller_blind_master_primary_motor_state"
      | "sensor.roller_blind_master_primary_device_temperature"
      | "sensor.push_button_1_action"
      | "sensor.push_button_1_battery"
      | "sensor.push_button_2_action"
      | "sensor.garage_door_contact_sensor_battery"
      | "sensor.garage_door_contact_sensor_temperature"
      | "sensor.under_stairs_contact_sensor_battery"
      | "sensor.under_stairs_contact_sensor_temperature"
      | "sensor.pantry_contact_sensor_battery"
      | "sensor.pantry_contact_sensor_temperature"
      | "sensor.front_door_contact_sensor_battery"
      | "sensor.front_door_contact_sensor_temperature"
      | "sensor.office_temperature_sensor"
      | "sensor.office_temperature_sensor_battery"
      | "sensor.office_temperature_sensor_2"
      | "sensor.office_temperature_sensor_3"
      | "sensor.living_room_temperature_sensor"
      | "sensor.living_room_temperature_sensor_battery"
      | "sensor.living_room_temperature_sensor_2"
      | "sensor.living_room_temperature_sensor_3"
      | "sensor.evies_room_temperature_sensor"
      | "sensor.evies_room_temperature_sensor_battery"
      | "sensor.evies_room_temperature_sensor_2"
      | "sensor.evies_room_temperature_sensor_3"
      | "sensor.master_bed_temperature_sensor"
      | "sensor.master_bed_temperature_sensor_battery"
      | "sensor.master_bed_temperature_sensor_2"
      | "sensor.master_bed_temperature_sensor_3"
      | "sensor.push_button_2_battery"
      | "binary_sensor.roller_blind_office_running"
      | "binary_sensor.roller_blind_office_update_available"
      | "binary_sensor.roller_blind_office_charging_status"
      | "binary_sensor.roller_blind_master_primary_running"
      | "binary_sensor.roller_blind_master_primary_update_available"
      | "binary_sensor.roller_blind_master_primary_charging_status"
      | "cover.roller_blind_office"
      | "cover.roller_blind_master_primary"
      | "update.roller_blind_office"
      | "update.roller_blind_master_primary"
      | "select.push_button_1_operation_mode"
      | "select.push_button_2_operation_mode"
      | "sensor.hacs"
      | "light.office_light_strip_2"
      | "sensor.office_light_strip_2_current_consumption"
      | "sensor.office_light_strip_2_total_consumption"
      | "sensor.office_light_strip_2_today_s_consumption"
      | "sensor.natashas_iphone_battery_state"
      | "sensor.natashas_iphone_battery_level"
      | "sensor.natashas_iphone_storage"
      | "sensor.natashas_iphone_ssid"
      | "sensor.natashas_iphone_bssid"
      | "sensor.natashas_iphone_geocoded_location"
      | "sensor.natashas_iphone_connection_type"
      | "sensor.natashas_iphone_sim_2"
      | "sensor.natashas_iphone_sim_1"
      | "sensor.natashas_iphone_last_update_trigger"
      | "sensor.natashas_iphone_distance"
      | "sensor.natashas_iphone_floors_ascended"
      | "sensor.natashas_iphone_activity"
      | "sensor.natashas_iphone_floors_descended"
      | "sensor.natashas_iphone_steps"
      | "sensor.natashas_iphone_average_active_pace"
      | "binary_sensor.natashas_iphone_focus"
      | "device_tracker.natashas_iphone"
      | "sensor.samsung_10_tablet_battery_health"
      | "sensor.samsung_10_tablet_battery_level"
      | "sensor.samsung_10_tablet_battery_state"
      | "sensor.samsung_10_tablet_battery_temperature"
      | "sensor.samsung_10_tablet_charger_type"
      | "sensor.sm_t220_battery_power"
      | "binary_sensor.samsung_10_tablet_is_charging"
      | "device_tracker.samsung_10_tablet"
      | "sensor.shannons_phone_detected_activity"
      | "sensor.shannons_phone_sleep_confidence"
      | "sensor.shannons_phone_sleep_segment"
      | "sensor.shannons_phone_battery_level"
      | "sensor.shannons_phone_battery_state"
      | "sensor.shannons_phone_charger_type"
      | "device_tracker.shannons_phone"
      | "light.office_lightstrip_bottom_shelf"
      | "sensor.office_lightstrip_bottom_shelf_current_consumption"
      | "sensor.office_lightstrip_bottom_shelf_total_consumption"
      | "sensor.office_lightstrip_bottom_shelf_today_s_consumption"
      | "light.office_light_strip_3"
      | "sensor.office_light_strip_3_current_consumption"
      | "sensor.office_light_strip_3_total_consumption"
      | "sensor.office_light_strip_3_today_s_consumption"
      | "weather.freesia"
      | "light.all_office_lights"
      | "sensor.garage_door_main"
      | "cover.garage_door_main"
      | "binary_sensor.front_door_ding"
      | "binary_sensor.front_door_motion_2"
      | "sensor.upstairs_volume"
      | "sensor.front_door_battery_2"
      | "sensor.front_door_volume"
      | "siren.upstairs_siren"
      | "binary_sensor.caravan_motion"
      | "binary_sensor.caravan_person"
      | "binary_sensor.caravan_vehicle"
      | "binary_sensor.caravan_pet"
      | "button.caravan_ptz_stop"
      | "button.caravan_ptz_left"
      | "button.caravan_ptz_right"
      | "button.caravan_ptz_up"
      | "button.caravan_ptz_down"
      | "button.caravan_ptz_calibrate"
      | "button.caravan_guard_go_to"
      | "button.caravan_guard_set_current_position"
      | "camera.caravan_sub"
      | "light.caravan_floodlight"
      | "light.caravan_infra_red_lights_in_night_mode"
      | "number.caravan_zoom"
      | "number.caravan_focus"
      | "number.caravan_floodlight_turn_on_brightness"
      | "number.caravan_volume"
      | "number.caravan_guard_return_time"
      | "number.caravan_motion_sensitivity"
      | "number.caravan_ai_person_sensitivity"
      | "number.caravan_ai_vehicle_sensitivity"
      | "number.caravan_ai_pet_sensitivity"
      | "select.caravan_floodlight_mode"
      | "select.caravan_day_night_mode"
      | "sensor.front_door_last_activity"
      | "siren.caravan_siren"
      | "sensor.front_door_last_ding"
      | "sensor.front_door_last_motion"
      | "switch.caravan_record_audio"
      | "switch.caravan_siren_on_event"
      | "switch.caravan_auto_tracking"
      | "switch.caravan_auto_focus"
      | "switch.caravan_guard_return"
      | "switch.caravan_email_on_event"
      | "switch.caravan_ftp_upload"
      | "switch.caravan_push_notifications"
      | "switch.caravan_record"
      | "update.caravan_firmware"
      | "binary_sensor.backyard_motion"
      | "binary_sensor.backyard_person"
      | "binary_sensor.backyard_vehicle"
      | "binary_sensor.backyard_pet"
      | "camera.backyard_sub"
      | "light.backyard_infra_red_lights_in_night_mode"
      | "number.backyard_zoom"
      | "number.backyard_focus"
      | "number.backyard_volume"
      | "number.backyard_motion_sensitivity"
      | "number.backyard_ai_person_sensitivity"
      | "number.backyard_ai_vehicle_sensitivity"
      | "number.backyard_ai_pet_sensitivity"
      | "select.backyard_day_night_mode"
      | "switch.backyard_record_audio"
      | "switch.backyard_auto_focus"
      | "switch.backyard_email_on_event"
      | "switch.backyard_ftp_upload"
      | "switch.backyard_push_notifications"
      | "switch.backyard_record"
      | "update.backyard_firmware"
      | "binary_sensor.side_motion"
      | "binary_sensor.side_person"
      | "binary_sensor.side_vehicle"
      | "binary_sensor.side_pet"
      | "button.side_ptz_stop"
      | "button.side_ptz_left"
      | "button.side_ptz_right"
      | "button.side_ptz_up"
      | "button.side_ptz_down"
      | "button.side_ptz_calibrate"
      | "button.side_guard_go_to"
      | "button.side_guard_set_current_position"
      | "camera.side_sub"
      | "light.side_floodlight"
      | "light.side_infra_red_lights_in_night_mode"
      | "number.side_zoom"
      | "number.side_focus"
      | "number.side_floodlight_turn_on_brightness"
      | "number.side_volume"
      | "number.side_guard_return_time"
      | "number.side_motion_sensitivity"
      | "number.side_ai_person_sensitivity"
      | "number.side_ai_vehicle_sensitivity"
      | "number.side_ai_pet_sensitivity"
      | "select.side_floodlight_mode"
      | "select.side_day_night_mode"
      | "select.side_ptz_preset"
      | "siren.side_siren"
      | "switch.side_record_audio"
      | "switch.side_siren_on_event"
      | "switch.side_auto_tracking"
      | "switch.side_auto_focus"
      | "switch.side_guard_return"
      | "switch.side_email_on_event"
      | "switch.side_ftp_upload"
      | "switch.side_push_notifications"
      | "switch.side_record"
      | "update.side_firmware"
      | "sensor.air_conditioner_inside_temperature"
      | "sensor.air_conditioner_outside_temperature"
      | "switch.air_conditioner_none"
      | "media_player.samsung_tv_living_room"
      | "media_player.samsung_tv_master_bedroom"
      | "climate.air_conditioner"
      | "sensor.solis_power_state"
      | "sensor.solis_state"
      | "sensor.solis_timestamp_measurements_received"
      | "sensor.solis_temperature"
      | "sensor.solis_dc_voltage_pv1"
      | "sensor.solis_dc_voltage_pv2"
      | "sensor.solis_dc_current_pv1"
      | "sensor.solis_dc_current_pv2"
      | "sensor.solis_dc_power_pv1"
      | "sensor.solis_dc_power_pv2"
      | "sensor.solis_ac_voltage_r"
      | "sensor.solis_ac_voltage_s"
      | "sensor.solis_ac_voltage_t"
      | "sensor.solis_ac_current_r"
      | "sensor.solis_ac_current_s"
      | "sensor.solis_ac_current_t"
      | "sensor.solis_ac_output_total_power"
      | "sensor.solis_ac_frequency"
      | "sensor.solis_energy_today"
      | "sensor.solis_energy_this_month"
      | "sensor.solis_energy_this_year"
      | "sensor.solis_energy_total"
      | "sensor.solis_battery_power"
      | "sensor.solis_battery_voltage"
      | "sensor.solis_battery_current"
      | "sensor.solis_remaining_battery_capacity"
      | "sensor.solis_total_energy_charged"
      | "sensor.solis_total_energy_discharged"
      | "sensor.solis_daily_energy_charged"
      | "sensor.solis_daily_energy_discharged"
      | "sensor.solis_daily_on_grid_energy"
      | "sensor.solis_daily_grid_energy_purchased"
      | "sensor.solis_daily_grid_energy_used"
      | "sensor.solis_monthly_grid_energy_purchased"
      | "sensor.solis_yearly_grid_energy_purchased"
      | "sensor.solis_total_on_grid_energy"
      | "sensor.solis_power_grid_total_power"
      | "sensor.solis_total_consumption_power"
      | "sensor.solis_total_energy_purchased"
      | "sensor.solis_total_energy_used"
      | "sensor.solis_grid_phase1_power"
      | "sensor.solis_grid_phase2_power"
      | "sensor.solis_grid_phase3_power"
      | "sensor.solis_grid_phase1_apparent_power"
      | "sensor.solis_grid_phase2_apparent_power"
      | "sensor.solis_grid_phase3_apparent_power"
      | "sensor.solis_grid_phase1_reactive_power"
      | "sensor.solis_grid_phase2_reactive_power"
      | "sensor.solis_grid_phase3_reactive_power"
      | "sensor.solis_battery_state_of_health"
      | "sensor.solis_force_charge_soc"
      | "sensor.solis_force_discharge_soc"
      | "sensor.solis_backup_load_power"
      | "remote.samsung_tv_living_room"
      | "remote.samsung_tv_master_bedroom"
      | "media_player.master_bedroom_speaker"
      | "media_player.kitchen_display"
      | "media_player.all_speakers_2"
      | "media_player.office_display"
      | "media_player.living_room_tv_2"
      | "media_player.living_room_speaker"
      | "media_player.living_room_tv"
      | "media_player.av_samsung_soundbar_q70r"
      | "media_player.tv_master_bedroom"
      | "tts.piper"
      | "stt.faster_whisper"
      | "media_player.nestmini9243"
      | "button.safe_mode_boot"
      | "binary_sensor.shannon_s_tab_s7_kiosk_mode"
      | "binary_sensor.shannon_s_tab_s7_plugged_in"
      | "binary_sensor.shannon_s_tab_s7_device_admin"
      | "button.shannon_s_tab_s7_restart_browser"
      | "button.shannon_s_tab_s7_restart_device"
      | "button.shannon_s_tab_s7_bring_to_foreground"
      | "button.shannon_s_tab_s7_send_to_background"
      | "button.shannon_s_tab_s7_load_start_url"
      | "media_player.shannon_s_tab_s7"
      | "number.shannon_s_tab_s7_screensaver_timer"
      | "number.shannon_s_tab_s7_screensaver_brightness"
      | "number.shannon_s_tab_s7_screen_off_timer"
      | "number.shannon_s_tab_s7_screen_brightness"
      | "sensor.shannon_s_tab_s7_battery"
      | "sensor.shannon_s_tab_s7_current_page"
      | "sensor.shannon_s_tab_s7_screen_orientation"
      | "sensor.shannon_s_tab_s7_foreground_app"
      | "sensor.shannon_s_tab_s7_internal_storage_free_space"
      | "sensor.shannon_s_tab_s7_internal_storage_total_space"
      | "sensor.shannon_s_tab_s7_free_memory"
      | "sensor.shannon_s_tab_s7_total_memory"
      | "switch.shannon_s_tab_s7_screensaver"
      | "switch.shannon_s_tab_s7_maintenance_mode"
      | "switch.shannon_s_tab_s7_kiosk_lock"
      | "switch.shannon_s_tab_s7_motion_detection"
      | "switch.shannon_s_tab_s7_screen"
      | "media_player.all_speakers"
      | "media_player.office_hub"
      | "media_player.living_room_hub"
      | "cover.sb_curtain_patio_main"
      | "media_player.chrome_cast_stream"
      | "media_player.dark_google_speaker"
      | "binary_sensor.sb_curtain_patio_main_calibration"
      | "sensor.sb_curtain_patio_main_battery"
      | "sensor.sb_curtain_patio_main_light_level"
      | "cover.sb_curtain_pool_window"
      | "binary_sensor.sb_curtain_pool_window_calibration"
      | "sensor.sb_curtain_pool_window_battery"
      | "sensor.sb_curtain_pool_window_light_level"
      | "cover.sb_curtain_patio_secondary"
      | "binary_sensor.sb_curtain_patio_secondary_calibration"
      | "sensor.sb_curtain_patio_secondary_battery"
      | "sensor.sb_curtain_patio_secondary_light_level"
      | "cover.sb_curtain_office"
      | "binary_sensor.sb_curtain_office_calibration"
      | "sensor.sb_curtain_office_battery"
      | "sensor.sb_curtain_office_light_level"
      | "cover.sb_curtain_master_main"
      | "binary_sensor.sb_curtain_master_main_calibration"
      | "sensor.sb_curtain_master_main_battery"
      | "sensor.sb_curtain_master_main_light_level"
      | "cover.sb_curtain_bbq_window"
      | "binary_sensor.sb_curtain_bbq_window_calibration"
      | "sensor.sb_curtain_bbq_window_battery"
      | "sensor.sb_curtain_bbq_window_light_level"
      | "binary_sensor.sb_motion_sensor_stairs_motion_detected"
      | "binary_sensor.sb_motion_sensor_stairs_light"
      | "sensor.sb_motion_sensor_stairs_battery"
      | "binary_sensor.motion_sensor_1437_motion_detected"
      | "binary_sensor.motion_sensor_1437_light"
      | "sensor.motion_sensor_1437_battery"
      | "cover.curtain_master_small"
      | "binary_sensor.curtain_master_small_calibration"
      | "sensor.curtain_master_small_battery"
      | "sensor.curtain_master_small_light_level"
      | "sensor.activity_calories"
      | "sensor.calories"
      | "sensor.distance"
      | "sensor.elevation"
      | "sensor.floors"
      | "sensor.resting_heart_rate"
      | "sensor.minutes_fairly_active"
      | "sensor.minutes_lightly_active"
      | "sensor.minutes_sedentary"
      | "sensor.minutes_very_active"
      | "sensor.steps"
      | "sensor.weight"
      | "sensor.awakenings_count"
      | "sensor.sleep_efficiency"
      | "sensor.minutes_after_wakeup"
      | "sensor.sleep_minutes_asleep"
      | "sensor.sleep_minutes_awake"
      | "sensor.sleep_minutes_to_fall_asleep"
      | "sensor.sleep_time_in_bed"
      | "sensor.calories_in"
      | "sensor.water"
      | "sensor.sleep_start_time"
      | "sensor.mobiletrack_battery"
      | "sensor.mobiletrack_battery_level"
      | "calendar.birthdays"
      | "calendar.shannon_hochkins_playgroundxyz_com"
      | "calendar.holidays_in_australia"
      | "calendar.leave"
      | "remote.broadlink_remote_controller_remote"
      | "switch.goodnight_switch"
      | "switch.goodmorning_switch"
      | "sensor.ac_outside_temperature"
      | "sensor.ac_inside_temperature"
      | "media_player.tv_samsung_5_series_32"
      | "binary_sensor.backups_stale"
      | "sensor.backup_state"
      | "media_player.av_samsung_soundbar_q70r_2";
  }
}