platform_entity_base.h

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#pragma once
 
/// @file platform_entity_base.h
/// @brief Shared device-binding mixins for IO-Homecontrol entity platforms.
/// @ingroup hioc_platforms
///
/// IOHomeCover, IOHomeLight, IOHomeSwitch and IOHomeLock all bind an ESPHome entity to a hub
/// device: the same five YAML setters, the same registration ritual in setup(), and the same
/// poll-interval dump_config line. DeviceBoundEntity centralizes exactly that shared state and
/// wiring. The auto-generated companion diagnostic sensors share a smaller, observe-only
/// binding; DeviceBoundCompanion centralizes that one. A third mixin, HubBoundEntity, holds the
/// single parent pointer that the hub-level control entities (which act on the hub as a whole and
/// have no device to bind to) would otherwise each restate.
///
/// All three are intentionally NOT ESPHome base classes — they are plain mixins the entities inherit
/// alongside their real ESPHome base (cover::Cover, light::LightOutput, switch_::Switch,
/// lock::Lock, text_sensor::TextSensor, sensor::Sensor). Entity-specific state mapping (cover
/// position/tilt/movement inference, binary on/off decoding, each companion's value rendering)
/// deliberately stays in the entities; only the device-binding plumbing lives here.
 
#include "hub_internal.h"
 
#include "esphome/core/application.h"
 
#include <cinttypes>
#include <functional>
#include <string>
#include <utility>
 
namespace esphome {
namespace home_io_control {
 
/// @brief Mixin holding the hub-device binding shared by all IO-Homecontrol entity platforms.
/// @ingroup hioc_platforms
class DeviceBoundEntity {
 public:
  /// @brief Set the parent controller component.
  /// @param parent Pointer to the IOHomeControlComponent instance.
  void set_parent(IOHomeControlComponent *parent) { this->parent_ = parent; }
  /// @brief Set the unique IO-homecontrol device ID (from YAML).
  /// @param id Hexadecimal node ID string (e.g., "123ABC").
  void set_device_id(const std::string &id) { this->device_id_ = id; }
  /// @brief Set the declared device type (from YAML).
  /// @param type Device type enum.
  void set_device_type(DeviceType type) { this->device_type_ = type; }
  /// @brief Set the declared device subtype (from YAML).
  /// @param subtype Subtype value.
  void set_subtype(uint8_t subtype) { this->subtype_ = subtype; }
  /// @brief Enable or disable optimistic target updates for this device (from YAML).
  /// Only covers expose this in YAML today; other platforms keep the default (true), which is
  /// inert for entity types that never consult the effective target / movement state.
  /// @param optimistic_state False to disable optimistic state; default true.
  void set_optimistic_state(bool optimistic_state) { this->optimistic_state_ = optimistic_state; }
  /// @brief Send this device's position moves in "silent operation" mode — the reference hub's
  /// slower travel profile. Cover-only in practice; harmless on other platforms, which never
  /// issue position moves.
  void set_silent(bool silent) { this->silent_ = silent; }
  /// @brief Mark this device as a low-power / duty-cycled receiver. Directed frames to it then set
  /// CTRL1_LOW_POWER and use the long wake-up preamble; an always-alive device (the default) gets
  /// neither. Radio property of the device, shared by all four platforms.
  /// @param low_power True for a battery/solar or otherwise sleeping receiver; default false.
  void set_low_power(bool low_power) { this->low_power_ = low_power; }
  /// @brief Configure bounded follow-up polling while a state change is expected.
  /// @param poll_interval_ms Poll interval in milliseconds; zero keeps the default single settle poll only.
  void set_status_poll_interval(uint32_t poll_interval_ms) { this->status_poll_interval_ms_ = poll_interval_ms; }
 
 protected:
  /// @brief Perform the shared setup() registration ritual.
  ///
  /// Registers the device with the controller, sets its status-poll interval, subscribes the
  /// entity's update callback, and schedules the delayed initial status request — in the exact
  /// order every entity used before.
  /// @param self The entity itself; used for set_timeout(), since DeviceBoundEntity is not a Component.
  /// @param inverted Initial inversion flag passed to add_device (covers compute it; others pass false).
  /// @param on_update The entity's device-update callback.
  /// @param schedule_initial_poll True (the default) to schedule the delayed initial status
  ///        request every position/binary/lock entity relies on. The climate entity passes false:
  ///        heating devices have no status readback at all (CMD_WRITE_PRIVATE is write-only), so
  ///        a status poll would only draw a "status request rejected" warning at boot.
  void register_device_binding_(Component *self, bool inverted,
                                std::function<void(const std::string &, const IoDevice &)> on_update,
                                bool schedule_initial_poll = true) {
    this->parent_->add_device(this->device_id_, DeviceConfig{this->device_type_, this->subtype_, inverted,
                                                             this->optimistic_state_, this->silent_, this->low_power_});
    this->parent_->set_device_status_poll_interval(this->device_id_, this->status_poll_interval_ms_);
    this->parent_->register_device_callback(std::move(on_update));
    if (!schedule_initial_poll)
      return;
    // Schedule the delayed initial poll through the public scheduler: Component::set_timeout is
    // protected, and DeviceBoundEntity is a mixin, not a Component subclass, so it cannot call it
    // through `self`. App.scheduler.set_timeout is the public entry point set_timeout wraps.
    App.scheduler.set_timeout(self, "init_status", INITIAL_STATUS_REQUEST_DELAY_MS,
                              [this]() { this->parent_->queue_request_device_status(this->device_id_); });
  }
 
  /// @brief Shared inbound-update guard for binary endpoints.
  ///
  /// Matches this device and accepts only a settled (stopped) status with a known position.
  /// Covers and locks intentionally use their own richer guards instead of this filter.
  [[nodiscard]] bool passes_binary_update_filter_(const std::string &id, const IoDevice &dev) const {
    return id == this->device_id_ && dev.position != UNKNOWN_POSITION && effective_is_stopped(dev);
  }
 
  /// @brief Emit the shared two-branch poll-interval line for dump_config().
  /// @param tag Log tag of the calling entity.
  void log_poll_interval_config_(const char *tag) const {
    if (this->status_poll_interval_ms_ == 0) {
      ESP_LOGCONFIG(tag, "  Status Poll Interval: device-hinted settle polling (no fixed interval)");
    } else {
      ESP_LOGCONFIG(tag, "  Status Poll Interval: %" PRIu32 " ms", this->status_poll_interval_ms_);
    }
  }
 
  IOHomeControlComponent *parent_{nullptr};
  std::string device_id_;
  DeviceType device_type_{DeviceType::UNKNOWN};
  uint8_t subtype_{0};
  uint32_t status_poll_interval_ms_{0};
  bool optimistic_state_{true};
  bool silent_{false};
  bool low_power_{false};
};
 
/// @brief Mixin holding the parent + device-id binding shared by per-device entities that are
/// not full entity platforms: the auto-generated companion diagnostic sensors (device name,
/// active issue, RSSI, last contact, exchange failures, last commanded by, last command source)
/// and the per-device auxiliary control entities (cover favorite/vent buttons, cover silent
/// switch).
/// @ingroup hioc_platforms
///
/// These differ from the main entity platforms (DeviceBoundEntity above) in that they do not own
/// the device: they never call add_device() or configure polling. The companion sensors use
/// register_companion_binding_() to subscribe to update notifications and republish their one
/// value; the auxiliary control entities take only the parent + device-id pair and act on their
/// already-registered device on demand, so register_companion_binding_() stays opt-in. Each class
/// keeps its own value rendering / action logic (including whether a given device state is
/// publishable at all).
class DeviceBoundCompanion {
 public:
  /// @brief Set the parent controller component.
  /// @param parent Pointer to the IOHomeControlComponent instance.
  void set_parent(IOHomeControlComponent *parent) { this->parent_ = parent; }
  /// @brief Set the device ID whose state this companion sensor exposes.
  /// @param id Hexadecimal node ID string (for example "123ABC").
  void set_device_id(const std::string &id) { this->device_id_ = id; }
 
 protected:
  /// @brief Shared setup() body: subscribe to this device's updates and publish the initial state.
  ///
  /// No-op when no parent is wired (codegen always wires one before setup() runs).
  /// @param publish Renders and publishes the sensor's value from a device record — or skips
  /// publishing when the record has no meaningful value yet. Runs once immediately when the
  /// device is already registered, then again on every update notification for this device.
  void register_companion_binding_(const std::function<void(const IoDevice &)> &publish) {
    if (this->parent_ == nullptr)
      return;
 
    this->parent_->register_device_callback([this, publish](const std::string &id, const IoDevice &dev) {
      if (id == this->device_id_)
        publish(dev);
    });
 
    if (const auto *dev = this->parent_->get_device(this->device_id_); dev != nullptr)
      publish(*dev);
  }
 
  IOHomeControlComponent *parent_{nullptr};
  std::string device_id_;
};
 
/// @brief Mixin for entities bound to the hub itself rather than to one device.
/// @ingroup hioc_platforms
///
/// The hub-level control entities (discover button, scan-paired-devices button, arming switches,
/// firmware-update button, 1W command/enroll buttons, pairing-result and 1W-last-command text
/// sensors) need only a parent
/// pointer — they act on the hub as a whole and have no device to bind to. This holds that one
/// setter and one member so each entity does not restate it. The tuning number/select entities
/// are deliberately not migrated: they take the parent by constructor injection and keep
/// hub_core.h out of their header via a forward declaration, which this mixin's include of
/// hub_internal.h would defeat.
///
/// Why every one of these is created from the `home_io_control:` block (or a dedicated `button:`
/// entry) and never from a device-bound `switch:`/`button:` platform entry: a user-declared
/// device-bound entry would have to dispatch on the presence of a key (`io_device_id`,
/// `commands:`, `enrollment:`, …) to decide what the entity *is*, so an entry that merely omitted
/// `io_device_id` by mistake could be misread as one of these security-sensitive hub entities
/// instead of failing validation. Creating them from the hub block removes that failure mode:
/// there is no shared schema for a device-bound entity and a hub entity to be confused under.
/// This is the shared reason behind all of them; each entity's own doc adds only what is
/// specific to it (the ADR 0021 permission-vs-arming argument, the ADR 0026 physical-interlock
/// argument, the "2W extraction and 1W adoption are deliberately independent" note, and so on).
class HubBoundEntity {
 public:
  /// @brief Set the parent controller component.
  /// @param parent Pointer to the IOHomeControlComponent instance.
  void set_parent(IOHomeControlComponent *parent) { this->parent_ = parent; }
 
 protected:
  IOHomeControlComponent *parent_{nullptr};
};
 
/// @brief Mixin for the hub-level entities that additionally scope themselves to one
/// `oneway_controllers:` identity: the 1W command buttons, the 1W enrollment button, and the
/// per-identity "Last 1W Command" text sensor.
/// @ingroup hioc_platforms
///
/// They act on the hub, not on a paired device, so they are HubBoundEntity plus this one handle.
/// The identity is a `oneway_controllers:` block entry, not an address in the hub's device table.
class OneWayControllerBound : public HubBoundEntity {
 public:
  /// @brief Set the controller identity this entity acts as / reports on.
  /// @param id Handle from the `oneway_controllers:` block.
  void set_controller_id(const std::string &id) { this->controller_id_ = id; }
 
 protected:
  std::string controller_id_;
};
 
}  // namespace home_io_control
}  // namespace esphome