petr.polezhaev
d1c02d7c4b
- config flow: template (A/B/F с пояснениями, значения с устройства, определение по oem_model; для неизвестных моделей — пробинг A/B/F тремя короткими сессиями) -> capabilities (23 тумблера с описаниями, дефолты из device_capabilities/num_dir/ответов) -> limits (диапазон/шаг, ручная конверсия); каждая страница с пометкой «значения определены автоматически, можно пропустить» - features.py: FeatureSet/LiveValues/device_default/resolve_features; entry.data["features"] хранит выбор пользователя; reconfigure предзаполняет; YAML-import получает дефолты - сущности создаются только для включённых фич: climate (режимы/скорости/ swing/пресеты), switch, select заслонок (caps+num_dir), датчик комнаты; исправлено появление select без ламелей - trial: caps/num_dir и presence-зонды (необязательные свойства), answered; координатор ждёт первые свойства перед созданием сущностей (feature- дефолты без гонки) - атрибут description у сущностей (HA не поддерживает тултипы) + описания фич в мастере (en/ru) - тесты: features, probing, обновлённые flow/entities/repairs; 57 components
264 lines
11 KiB
Python
264 lines
11 KiB
Python
"""Константы и словари значений интеграции fglair (PROTOCOL §8)."""
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from __future__ import annotations
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from homeassistant.components.climate import HVACMode
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from pyfglair import Prop, State, Template
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from pyfglair.provision import REGIONS as _PROVISION_REGIONS
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DOMAIN = "fglair"
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CONF_HOST = "host"
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CONF_DEVICE_PORT = "device_port"
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CONF_DSN = "dsn"
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CONF_LANIP_KEY = "lanip_key"
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CONF_LANIP_KEY_ID = "lanip_key_id"
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CONF_MODEL = "model"
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CONF_TEMPLATE = "template"
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CONF_NAME = "name"
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CONF_LISTEN_PORT = "listen_port"
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CONF_KEEPALIVE_MS = "keepalive_ms"
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CONF_REGION = "region"
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CONF_EMAIL = "email"
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CONF_PASSWORD = "password"
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CONF_CONFIG_JSON = "config_json"
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CONF_OVERRIDES = "overrides"
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CONF_TEMP_STEP = "temp_step"
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CONF_FEATURES = "features"
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CONF_TEMP_MIN = "temp_min"
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CONF_TEMP_MAX = "temp_max"
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CONF_TEMP_NUM = "temp_num"
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CONF_TEMP_DEN = "temp_den"
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CONF_TEMP_OFFSET = "temp_offset"
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DEFAULT_DEVICE_PORT = 80
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# 0 => свободный эфемерный порт: несколько ConfigEntry (несколько
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# кондиционеров) не конфликтуют; модулю фактический порт сообщается в
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# local_reg (PROTOCOL §1).
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DEFAULT_LISTEN_PORT = 0
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DEFAULT_KEEPALIVE_MS = 15000
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TRIAL_TIMEOUT = 10.0
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REGIONS = sorted(_PROVISION_REGIONS)
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TRIAL_ERRORS = {
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"no_slots": "no_slots",
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"key_mismatch": "key_mismatch",
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"unreachable": "cannot_connect",
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"timeout": "timeout",
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"start_failed": "cannot_connect",
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"properties_missing": "properties_missing",
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}
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# ---------------------------------------------------------------------------
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# operation_mode (PROTOCOL §8.3): 0=OFF, 1=ON, 2=AUTO, 3=COOL, 4=DRY,
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# 5=FAN, 6=HEAT
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# ---------------------------------------------------------------------------
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OPERATION_MODE_OFF = 0
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OPERATION_MODE_ON = 1
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HVAC_MODE_TO_VALUE = {
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HVACMode.AUTO: 2,
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HVACMode.COOL: 3,
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HVACMode.DRY: 4,
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HVACMode.FAN_ONLY: 5,
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HVACMode.HEAT: 6,
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}
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HVAC_VALUE_TO_MODE = {value: mode for mode, value in HVAC_MODE_TO_VALUE.items()}
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# device_capabilities, биты (PROTOCOL §8.5)
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CAP_HVAC = {
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HVACMode.AUTO: 4,
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HVACMode.COOL: 0,
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HVACMode.DRY: 1,
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HVACMode.FAN_ONLY: 2,
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HVACMode.HEAT: 3,
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}
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CAP_FAN = {"auto": 5, "high": 6, "medium": 7, "low": 8, "quiet": 9}
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CAP_SWING_VERTICAL = 10
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CAP_SWING_HORIZONTAL = 11
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CAP_ECONOMY = 12
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CAP_MIN_HEAT = 13
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CAP_INDOOR_FAN_CONTROL = 14
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CAP_POWERFUL = 16
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CAP_OUTDOOR_LOW_NOISE = 17
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CAP_COIL_DRY = 18
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# fan_speed (PROTOCOL §8.3)
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FAN_VALUE_TO_MODE = {0: "quiet", 1: "low", 2: "medium", 3: "high", 4: "auto"}
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FAN_MODE_TO_VALUE = {mode: value for value, mode in FAN_VALUE_TO_MODE.items()}
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# preset: ECO = economy_mode, BOOST = powerful_mode
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PRESET_ECO = "eco"
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PRESET_BOOST = "boost"
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PRESET_PROP = {
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PRESET_ECO: Prop.ECONOMY_MODE,
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PRESET_BOOST: Prop.POWERFUL_MODE,
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}
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PRESET_CAP = {
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PRESET_ECO: CAP_ECONOMY,
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PRESET_BOOST: CAP_POWERFUL,
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}
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SWING_MODES = ["off", "on"]
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# switch-свойства: prop -> (translation_key, capability bit | None)
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SWITCH_PROPS: dict[Prop, tuple[str, int | None]] = {
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Prop.ECONOMY_MODE: ("economy_mode", CAP_ECONOMY),
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Prop.POWERFUL_MODE: ("powerful_mode", CAP_POWERFUL),
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Prop.COIL_DRY_MODE: ("coil_dry_mode", CAP_COIL_DRY),
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Prop.MIN_HEAT: ("min_heat", CAP_MIN_HEAT),
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Prop.OUTDOOR_LOW_NOISE: ("outdoor_low_noise", CAP_OUTDOOR_LOW_NOISE),
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Prop.HUMAN_DET_AUTO_SAVE: ("human_det_auto_save", None),
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Prop.WIFI_LED_ENABLE: ("wifi_led_enable", None),
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Prop.INDOOR_FAN_CONTROL: ("indoor_fan_control", CAP_INDOOR_FAN_CONTROL),
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}
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# ---------------------------------------------------------------------------
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# Feature-модель (план: страница capabilities в мастере + фильтрация сущностей).
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# key -> (capability bit | None, свойство-источник | None).
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# Для битовых фич дефолт = бит в device_capabilities; для небитовых —
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# наличие свойства в ответах устройства; для заслонок — num_dir > 1.
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# ---------------------------------------------------------------------------
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FEATURES: dict[str, tuple[int | None, Prop | None]] = {
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"mode_cool": (CAP_HVAC[HVACMode.COOL], Prop.OPERATION_MODE),
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"mode_dry": (CAP_HVAC[HVACMode.DRY], Prop.OPERATION_MODE),
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"mode_fan": (CAP_HVAC[HVACMode.FAN_ONLY], Prop.OPERATION_MODE),
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"mode_heat": (CAP_HVAC[HVACMode.HEAT], Prop.OPERATION_MODE),
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"mode_auto": (CAP_HVAC[HVACMode.AUTO], Prop.OPERATION_MODE),
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"fan_quiet": (CAP_FAN["quiet"], Prop.FAN_SPEED),
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"fan_low": (CAP_FAN["low"], Prop.FAN_SPEED),
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"fan_medium": (CAP_FAN["medium"], Prop.FAN_SPEED),
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"fan_high": (CAP_FAN["high"], Prop.FAN_SPEED),
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"fan_auto": (CAP_FAN["auto"], Prop.FAN_SPEED),
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"swing_vertical": (CAP_SWING_VERTICAL, Prop.AF_VERTICAL_SWING),
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"swing_horizontal": (CAP_SWING_HORIZONTAL, Prop.AF_HORIZONTAL_SWING),
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"economy_mode": (CAP_ECONOMY, Prop.ECONOMY_MODE),
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"min_heat": (CAP_MIN_HEAT, Prop.MIN_HEAT),
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"indoor_fan_control": (CAP_INDOOR_FAN_CONTROL, Prop.INDOOR_FAN_CONTROL),
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"powerful_mode": (CAP_POWERFUL, Prop.POWERFUL_MODE),
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"outdoor_low_noise": (CAP_OUTDOOR_LOW_NOISE, Prop.OUTDOOR_LOW_NOISE),
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"coil_dry_mode": (CAP_COIL_DRY, Prop.COIL_DRY_MODE),
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"display_temperature": (None, Prop.DISPLAY_TEMPERATURE),
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"human_det_auto_save": (None, Prop.HUMAN_DET_AUTO_SAVE),
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"wifi_led_enable": (None, Prop.WIFI_LED_ENABLE),
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"af_vertical_direction": (None, Prop.AF_VERTICAL_DIRECTION),
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"af_horizontal_direction": (None, Prop.AF_HORIZONTAL_DIRECTION),
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}
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# Описания для мастера и для атрибута description сущностей.
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FEATURE_DESCRIPTIONS = {
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"ru": {
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"mode_cool": "Охлаждение",
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"mode_dry": "Осушение",
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"mode_fan": "Вентиляция (без нагрева/охлаждения)",
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"mode_heat": "Обогрев",
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"mode_auto": "Автоматический режим",
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"fan_auto": "Автоскорость вентилятора",
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"fan_quiet": "Тихая скорость",
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"fan_low": "Низкая скорость",
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"fan_medium": "Средняя скорость",
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"fan_high": "Высокая скорость",
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"swing_vertical": "Качание заслонки по вертикали",
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"swing_horizontal": "Качание заслонки по горизонтали",
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"economy_mode": "Экономичный режим",
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"min_heat": "Минимальный обогрев (поддержание +10 °C)",
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"indoor_fan_control": "Управление вентилятором при работе наружного блока",
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"powerful_mode": "Мощный режим (ускоренный выход на режим)",
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"outdoor_low_noise": "Тихий наружный блок",
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"coil_dry_mode": "Сушка испарителя",
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"display_temperature": "Датчик температуры помещения",
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"human_det_auto_save": "Автосохранение при отсутствии людей (датчик присутствия)",
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"wifi_led_enable": "Индикатор Wi-Fi на модуле",
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"af_vertical_direction": "Выбор положения вертикальной заслонки",
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"af_horizontal_direction": "Выбор положения горизонтальной заслонки",
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},
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"en": {
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"mode_cool": "Cooling",
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"mode_dry": "Dry",
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"mode_fan": "Fan only",
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"mode_heat": "Heating",
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"mode_auto": "Automatic mode",
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"fan_auto": "Auto fan speed",
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"fan_quiet": "Quiet fan speed",
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"fan_low": "Low fan speed",
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"fan_medium": "Medium fan speed",
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"fan_high": "High fan speed",
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"swing_vertical": "Vertical louver swing",
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"swing_horizontal": "Horizontal louver swing",
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"economy_mode": "Economy mode",
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"min_heat": "Minimum heat (keep +10 °C)",
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"indoor_fan_control": "Indoor fan control while outdoor unit runs",
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"powerful_mode": "Powerful mode",
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"outdoor_low_noise": "Outdoor unit low noise",
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"coil_dry_mode": "Coil dry",
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"display_temperature": "Room temperature sensor",
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"human_det_auto_save": "Human detection auto save",
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"wifi_led_enable": "Wi-Fi LED indicator",
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"af_vertical_direction": "Vertical louver position",
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"af_horizontal_direction": "Horizontal louver position",
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},
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}
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ENTITY_DESCRIPTIONS = {
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"ru": {
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"climate": "Управление кондиционером: режим, скорость, уставка, "
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"заслонки, пресеты",
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"room_temperature": "Температура воздуха в помещении",
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"error_code": "Код ошибки кондиционера (0 — ошибок нет)",
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"connection_state": "Состояние связи с модулем кондиционера",
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"connectivity": "Есть ли связь с модулем",
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"defrost": "Идёт разморозка наружного блока",
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"maintenance": "Требуется обслуживание",
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"oil_recovery": "Возврат масла в компрессор",
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"pump_down": "Откачка хладагента (pump down)",
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"check_operation": "Проверочный прогон",
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"simultaneous": "Одновременные операции",
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"different_modes": "Разморозка/масло/прочие режимы (шаблон B)",
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},
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"en": {
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"climate": "Air conditioner control: mode, fan, setpoint, louvers, presets",
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"room_temperature": "Room air temperature",
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"error_code": "Air conditioner error code (0 — no errors)",
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"connection_state": "Connection state with the AC module",
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"connectivity": "Whether the module is reachable",
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"defrost": "Outdoor unit defrost in progress",
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"maintenance": "Maintenance required",
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"oil_recovery": "Compressor oil recovery",
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"pump_down": "Refrigerant pump down",
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"check_operation": "Check operation",
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"simultaneous": "Simultaneous operations",
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"different_modes": "Defrost/oil/other modes (template B)",
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},
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}
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def entity_description(language: str, key: str) -> str | None:
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lang = "ru" if str(language).lower().startswith("ru") else "en"
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return ENTITY_DESCRIPTIONS[lang].get(key) or FEATURE_DESCRIPTIONS[lang].get(
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key
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)
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# op_status, биты (PROTOCOL §8.4): translation_key -> bit
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OP_STATUS_BITS: dict[str, int] = {
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"defrost": 24,
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"maintenance": 22,
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"oil_recovery": 28,
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"pump_down": 29,
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"check_operation": 30,
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"simultaneous": 25,
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"different_modes": 21,
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}
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# Уставка: фактические ограничения бытового прибора (PROTOCOL §8.3 [LEGACY]);
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# единицы API = 0.1 °C.
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TEMP_MIN_TENTHS = 160
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TEMP_MAX_TENTHS = 300
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TEMP_STEP_TENTHS = {
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Template.A: 5,
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Template.B: 10,
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Template.F: 5,
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}
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# Состояния, в которых сущности доступны (PROTOCOL/план §5).
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AVAILABLE_STATES = (State.ONLINE, State.RECOVERING)
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