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ts0601_trv_maxsmart.py
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ts0601_trv_maxsmart.py
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"""Maxsmart TRV devices support."""
import logging
import math
from typing import Optional, Union
import zigpy.types as t
from zhaquirks import Bus, LocalDataCluster
from zhaquirks.const import (
DEVICE_TYPE,
ENDPOINTS,
INPUT_CLUSTERS,
MODELS_INFO,
OUTPUT_CLUSTERS,
PROFILE_ID,
)
from zhaquirks.tuya import (
TuyaEnchantableCluster,
TuyaManufCluster,
TuyaManufClusterAttributes,
TuyaPowerConfigurationCluster,
TuyaThermostat,
TuyaThermostatCluster,
TuyaTimePayload,
TuyaUserInterfaceCluster,
)
from zhaquirks.tuya.mcu import EnchantedDevice
from zigpy.profiles import zha
from zigpy.zcl import foundation
from zigpy.zcl.clusters.general import (
AnalogOutput,
Basic,
BinaryInput,
Groups,
Identify,
OnOff,
Ota,
Scenes,
Time,
)
from zigpy.zcl.clusters.hvac import Thermostat
_LOGGER = logging.getLogger(__name__)
# target room temp in Auto mode, degrees/2
MAXSMART_TARGET_TEMP_AUTO_ATTR = 0x0269
# target room temp in Manual mode, degrees/2
MAXSMART_TARGET_TEMP_MAN_ATTR = 0x0210
# Placeholder for target temperature, depends if it's Auto mode or Manual
MAXSMART_TARGET_TEMP_ATTR = 0x0269
MAXSMART_TEMPERATURE_ATTR = 0x0218 # current room temp, degrees/10
MAXSMART_MODE_ATTR = 0x0402 # [0] scheduled [1] manual [2] away
MAXSMART_CHILD_LOCK_ATTR = 0x011E # [0] unlocked [1] child-locked
# temperature calibration (decidegree)
MAXSMART_TEMP_CALIBRATION_ATTR = 0x0268
# minimum limit of temperature setting
MAXSMART_MIN_TEMPERATURE_VAL = 50 # degrees/100
# maximum limit of temperature setting
MAXSMART_MAX_TEMPERATURE_VAL = 2950 # degrees/100
MAXSMART_WINDOW_DETECT_ATTR = 0x016B # [0] off [1] on
# temperature for window detect, degrees/2
MAXSMART_WINDOW_DETECT_TEMP_ATTR = 0x0274
MAXSMART_WINDOW_DETECT_TIME_ATTR = 0x0275 # time for window detect, minutes
MAXSMART_COMFORT_TEMP_ATTR = 0x0265 # comfort mode temperaure (decidegree)
MAXSMART_ECO_TEMP_ATTR = 0x0266 # eco mode temperature (decidegree)
MAXSMART_BATTERY_ATTR = 0x0222 # battery charge
# [19, 1, 1, 0, 0, 34, 0, 0] start: year, month, day, hour, minute, temperature/2, two bytes of operating time(hours)
MAXSMART_AWAY_DATA_ATTR = 0x0067
MAXSMART_BOOST_COUNTDOWN = 0x0276 # seconds
MAXSMART_BOOST_ATTR = 0x016A # [0] off [1] on
MAXSMART_SCHEDULE_MONDAY = 0x006D
MAXSMART_SCHEDULE_TUESDAY = 0x006E
MAXSMART_SCHEDULE_WEDNESDAY = 0x006F
MAXSMART_SCHEDULE_THURSDAY = 0x0070
MAXSMART_SCHEDULE_FRIDAY = 0x0071
MAXSMART_SCHEDULE_SATURDAY = 0x0072
MAXSMART_SCHEDULE_SUNDAY = 0x0073
MaxsmartManufClusterSelf = {}
SILVERCREST_BATTERY_ATTR = 0x0223 # battery charge
SILVERCREST_CHILD_LOCK_ATTR = 0x0128 # [0] unlocked [1] child-locked
class data144(t.FixedList, item_type=t.uint8_t, length=18):
"""General data, Discrete, 144 bit."""
pass
class CustomTuyaOnOff(LocalDataCluster, OnOff):
"""Custom Tuya OnOff cluster."""
def __init__(self, *args, **kwargs):
"""Init."""
super().__init__(*args, **kwargs)
self.endpoint.device.thermostat_onoff_bus.add_listener(self)
# pylint: disable=R0201
def map_attribute(self, attribute, value):
"""Map standardized attribute value to dict of manufacturer values."""
return {}
async def write_attributes(self, attributes, manufacturer=None):
"""Implement writeable attributes."""
records = self._write_attr_records(attributes)
if not records:
return [[foundation.WriteAttributesStatusRecord(foundation.Status.SUCCESS)]]
manufacturer_attrs = {}
for record in records:
attr_name = self.attributes[record.attrid].name
new_attrs = self.map_attribute(attr_name, record.value.value)
_LOGGER.debug(
"[0x%04x:%s:0x%04x] Mapping standard %s (0x%04x) "
"with value %s to custom %s",
self.endpoint.device.nwk,
self.endpoint.endpoint_id,
self.cluster_id,
attr_name,
record.attrid,
repr(record.value.value),
repr(new_attrs),
)
manufacturer_attrs.update(new_attrs)
if not manufacturer_attrs:
return [
[
foundation.WriteAttributesStatusRecord(
foundation.Status.FAILURE, r.attrid
)
for r in records
]
]
await MaxsmartManufClusterSelf[
self.endpoint.device.ieee
].endpoint.tuya_manufacturer.write_attributes(
manufacturer_attrs, manufacturer=manufacturer
)
return [[foundation.WriteAttributesStatusRecord(foundation.Status.SUCCESS)]]
async def command(
self,
command_id: Union[foundation.GeneralCommand, int, t.uint8_t],
*args,
manufacturer: Optional[Union[int, t.uint16_t]] = None,
expect_reply: bool = True,
tsn: Optional[Union[int, t.uint8_t]] = None,
):
"""Override the default Cluster command."""
if command_id in (0x0000, 0x0001, 0x0002):
if command_id == 0x0000:
value = False
elif command_id == 0x0001:
value = True
else:
attrid = self.attributes_by_name["on_off"].id
success, _ = await self.read_attributes(
(attrid,), manufacturer=manufacturer
)
try:
value = success[attrid]
except KeyError:
return foundation.Status.FAILURE
value = not value
(res,) = await self.write_attributes(
{"on_off": value},
manufacturer=manufacturer,
)
return [command_id, res[0].status]
return [command_id, foundation.Status.UNSUP_CLUSTER_COMMAND]
class MaxsmartManufCluster(TuyaManufClusterAttributes):
"""Manufacturer Specific Cluster of some thermostatic valves."""
def __init__(self, *args, **kwargs):
"""Init."""
super().__init__(*args, **kwargs)
self.endpoint.device.MaxsmartManufCluster_bus.add_listener(self)
global MaxsmartManufClusterSelf
MaxsmartManufClusterSelf[self.endpoint.device.ieee] = self
set_time_offset = 1970
attributes = TuyaManufClusterAttributes.attributes.copy()
attributes.update(
{
MAXSMART_CHILD_LOCK_ATTR: ("child_lock_m", t.uint8_t, True),
SILVERCREST_CHILD_LOCK_ATTR: ("child_lock_s", t.uint8_t, True),
MAXSMART_WINDOW_DETECT_ATTR: ("window_detection", t.uint8_t, True),
MAXSMART_WINDOW_DETECT_TEMP_ATTR: (
"window_detection_temp",
t.uint32_t,
True,
),
MAXSMART_WINDOW_DETECT_TIME_ATTR: (
"window_detection_time",
t.uint32_t,
True,
),
MAXSMART_TARGET_TEMP_AUTO_ATTR: (
"target_temperature_auto",
t.uint32_t,
True,
),
MAXSMART_TARGET_TEMP_MAN_ATTR: (
"target_temperature_manual",
t.uint32_t,
True,
),
MAXSMART_TEMPERATURE_ATTR: ("temperature", t.uint32_t, True),
MAXSMART_MODE_ATTR: ("mode", t.uint8_t, True),
MAXSMART_TEMP_CALIBRATION_ATTR: ("temperature_calibration", t.int32s, True),
MAXSMART_COMFORT_TEMP_ATTR: ("comfort_mode_temperature", t.uint32_t, True),
MAXSMART_ECO_TEMP_ATTR: ("eco_mode_temperature", t.uint32_t, True),
MAXSMART_BATTERY_ATTR: ("battery_m", t.uint32_t, True),
SILVERCREST_BATTERY_ATTR: ("battery_s", t.uint32_t, True),
MAXSMART_AWAY_DATA_ATTR: ("away_data", t.data64, True),
MAXSMART_BOOST_COUNTDOWN: ("boost_countdown", t.uint32_t, True),
MAXSMART_BOOST_ATTR: ("boost_enabled", t.uint8_t, True),
MAXSMART_SCHEDULE_MONDAY: ("schedule_monday", data144, True),
MAXSMART_SCHEDULE_TUESDAY: ("schedule_tuesday", data144, True),
MAXSMART_SCHEDULE_WEDNESDAY: ("schedule_wednsday", data144, True),
MAXSMART_SCHEDULE_THURSDAY: ("schedule_thursday", data144, True),
MAXSMART_SCHEDULE_FRIDAY: ("schedule_friday", data144, True),
MAXSMART_SCHEDULE_SATURDAY: ("schedule_saturday", data144, True),
MAXSMART_SCHEDULE_SUNDAY: ("schedule_sunday", data144, True),
}
)
DIRECT_MAPPED_ATTRS = {
MAXSMART_TEMPERATURE_ATTR: ("local_temperature", lambda value: value * 10),
MAXSMART_TARGET_TEMP_AUTO_ATTR: (
"occupied_heating_setpoint",
lambda value: value / 2 * 100,
),
MAXSMART_TARGET_TEMP_MAN_ATTR: (
"occupied_heating_setpoint",
lambda value: value / 2 * 100,
),
MAXSMART_AWAY_DATA_ATTR: (
"unoccupied_heating_setpoint",
lambda value: value[2] / 2 * 100,
),
MAXSMART_COMFORT_TEMP_ATTR: (
"comfort_heating_setpoint",
lambda value: value / 2,
),
MAXSMART_ECO_TEMP_ATTR: ("eco_heating_setpoint", lambda value: value / 2),
MAXSMART_TEMP_CALIBRATION_ATTR: (
"local_temperature_calibration",
lambda value: value * 10,
),
MAXSMART_WINDOW_DETECT_TEMP_ATTR: (
"window_detection_temp",
lambda value: value / 2,
),
MAXSMART_WINDOW_DETECT_TIME_ATTR: ("window_detection_time", None),
}
def _update_attribute(self, attrid, value):
"""Override default _update_attribute."""
super()._update_attribute(attrid, value)
if attrid in self.DIRECT_MAPPED_ATTRS:
self.endpoint.device.thermostat_bus.listener_event(
"temperature_change",
self.DIRECT_MAPPED_ATTRS[attrid][0],
value
if self.DIRECT_MAPPED_ATTRS[attrid][1] is None
else self.DIRECT_MAPPED_ATTRS[attrid][1](value),
)
if attrid == MAXSMART_BATTERY_ATTR or attrid == SILVERCREST_BATTERY_ATTR:
self.endpoint.device.battery_bus.listener_event(
"battery_change",
100
if value > 130
else 0
if value < 70
else round(((value - 70) * 1.67), 1),
)
elif attrid == MAXSMART_WINDOW_DETECT_ATTR:
self.endpoint.device.MaxsmartWindowDetection_bus.listener_event(
"set_value", value
)
elif attrid in (MAXSMART_MODE_ATTR, MAXSMART_BOOST_ATTR):
if attrid == MAXSMART_BOOST_ATTR and value == 1:
self.endpoint.device.thermostat_bus.listener_event("mode_change", 3)
elif attrid == MAXSMART_MODE_ATTR:
self.endpoint.device.thermostat_bus.listener_event("mode_change", value)
elif attrid in (
MAXSMART_TEMPERATURE_ATTR,
MAXSMART_TARGET_TEMP_AUTO_ATTR,
MAXSMART_TARGET_TEMP_MAN_ATTR,
):
if attrid == MAXSMART_TARGET_TEMP_AUTO_ATTR:
self.endpoint.device.thermostat_bus.listener_event(
"temperature_change",
"occupied_heating_setpoint_auto",
self.DIRECT_MAPPED_ATTRS[MAXSMART_TARGET_TEMP_AUTO_ATTR][1](value),
)
elif attrid == MAXSMART_TARGET_TEMP_MAN_ATTR:
self.endpoint.device.thermostat_bus.listener_event(
"temperature_change",
"occupied_heating_setpoint_manual",
self.DIRECT_MAPPED_ATTRS[MAXSMART_TARGET_TEMP_MAN_ATTR][1](value),
)
self.endpoint.device.thermostat_bus.listener_event(
"hass_climate_state_change", attrid, value
)
elif (
attrid == MAXSMART_CHILD_LOCK_ATTR or attrid == SILVERCREST_CHILD_LOCK_ATTR
):
self.endpoint.device.ui_bus.listener_event("child_lock_change", value)
self.endpoint.device.thermostat_onoff_bus.listener_event(
"child_lock_change", value
)
elif attrid == MAXSMART_AWAY_DATA_ATTR:
self.endpoint.device.MaxsmartAwayYear_bus.listener_event(
"set_value", value[7]
)
self.endpoint.device.MaxsmartAwayMonth_bus.listener_event(
"set_value", value[6]
)
self.endpoint.device.MaxsmartAwayDay_bus.listener_event(
"set_value", value[5]
)
self.endpoint.device.MaxsmartAwayHour_bus.listener_event(
"set_value", value[4]
)
self.endpoint.device.MaxsmartAwayMinute_bus.listener_event(
"set_value", value[3]
)
self.endpoint.device.MaxsmartAwayTemperature_bus.listener_event(
"set_value", value[2]
)
self.endpoint.device.thermostat_bus.listener_event(
"temperature_change",
"occupied_heating_setpoint_away",
self.DIRECT_MAPPED_ATTRS[MAXSMART_AWAY_DATA_ATTR][1](value),
)
self.endpoint.device.MaxsmartAwayOperTime_bus.listener_event(
"set_value", value[1], value[0]
)
elif attrid == MAXSMART_ECO_TEMP_ATTR:
self.endpoint.device.MaxsmartEcoTemperature_bus.listener_event(
"set_value", self.DIRECT_MAPPED_ATTRS[MAXSMART_ECO_TEMP_ATTR][1](value)
)
elif attrid == MAXSMART_COMFORT_TEMP_ATTR:
self.endpoint.device.MaxsmartComfortTemperature_bus.listener_event(
"set_value",
self.DIRECT_MAPPED_ATTRS[MAXSMART_COMFORT_TEMP_ATTR][1](value),
)
elif attrid == MAXSMART_WINDOW_DETECT_TEMP_ATTR:
self.endpoint.device.MaxsmartWindowDetectTemperature_bus.listener_event(
"set_value",
self.DIRECT_MAPPED_ATTRS[MAXSMART_WINDOW_DETECT_TEMP_ATTR][1](value),
)
elif attrid == MAXSMART_WINDOW_DETECT_TIME_ATTR:
self.endpoint.device.MaxsmartWindowDetectTime_bus.listener_event(
"set_value", value
)
elif attrid == MAXSMART_BOOST_COUNTDOWN:
self.endpoint.device.MaxsmartBoostCountdown_bus.listener_event(
"set_value", value
)
elif attrid == MAXSMART_TEMP_CALIBRATION_ATTR:
self.endpoint.device.MaxsmartTempCalibration_bus.listener_event(
"set_value", value / 10
)
elif attrid in (
MAXSMART_SCHEDULE_MONDAY,
MAXSMART_SCHEDULE_TUESDAY,
MAXSMART_SCHEDULE_WEDNESDAY,
MAXSMART_SCHEDULE_THURSDAY,
MAXSMART_SCHEDULE_FRIDAY,
MAXSMART_SCHEDULE_SATURDAY,
MAXSMART_SCHEDULE_SUNDAY,
):
self.endpoint.device.thermostat_bus.listener_event(
"schedule_change", attrid, value
)
elif attrid == MAXSMART_TARGET_TEMP_MAN_ATTR and value == 0:
self.endpoint.device.thermostat_bus.listener_event("system_mode_change", 0)
def away_cluster_get(self, field, attributes):
"""Return function for away needed structure."""
year = self.endpoint.device.MaxsmartAwayYear_bus.listener_event("get_value")[0]
month = self.endpoint.device.MaxsmartAwayMonth_bus.listener_event("get_value")[
0
]
day = self.endpoint.device.MaxsmartAwayDay_bus.listener_event("get_value")[0]
hour = self.endpoint.device.MaxsmartAwayHour_bus.listener_event("get_value")[0]
minute = self.endpoint.device.MaxsmartAwayMinute_bus.listener_event(
"get_value"
)[0]
temperature = self.endpoint.device.MaxsmartAwayTemperature_bus.listener_event(
"get_value"
)[0]
oper_time = self.endpoint.device.MaxsmartAwayOperTime_bus.listener_event(
"get_value"
)[0]
oper_time = bytearray(int(oper_time).to_bytes(2, "big"))
away_data = {
"year": year,
"month": month,
"day": day,
"hour": hour,
"minute": minute,
"temperature": temperature,
"oper_time": oper_time,
}
if field == "oper_time":
away_data[field] = bytearray(
int(attributes["present_value"]).to_bytes(2, "big")
)
else:
away_data[field] = attributes["present_value"]
data = t.data64()
data.append(away_data["oper_time"][1])
data.append(away_data["oper_time"][0])
data.append(int(away_data["temperature"] * 2))
data.append(int(away_data["minute"]))
data.append(int(away_data["hour"]))
data.append(int(away_data["day"]))
data.append(int(away_data["month"]))
data.append(int(away_data["year"] - 2000))
return data
class Silvercrest3ManufCluster(MaxsmartManufCluster):
"""Manufacturer Specific Cluster of some thermostatic valves set_time manufacturer to None."""
server_commands = {
0x0000: foundation.ZCLCommandDef(
"set_data",
{"param": TuyaManufCluster.Command},
False,
is_manufacturer_specific=False,
),
0x0010: foundation.ZCLCommandDef(
"mcu_version_req",
{"param": t.uint16_t},
False,
is_manufacturer_specific=True,
),
0x0024: foundation.ZCLCommandDef(
"set_time",
{"param": TuyaTimePayload},
False,
is_manufacturer_specific=False,
),
}
client_commands = {
0x0001: foundation.ZCLCommandDef(
"get_data",
{"param": TuyaManufCluster.Command},
True,
is_manufacturer_specific=True,
),
0x0002: foundation.ZCLCommandDef(
"set_data_response",
{"param": TuyaManufCluster.Command},
True,
is_manufacturer_specific=True,
),
0x0006: foundation.ZCLCommandDef(
"active_status_report",
{"param": TuyaManufCluster.Command},
True,
is_manufacturer_specific=True,
),
0x0011: foundation.ZCLCommandDef(
"mcu_version_rsp",
{"param": TuyaManufCluster.MCUVersionRsp},
True,
is_manufacturer_specific=True,
),
0x0024: foundation.ZCLCommandDef(
"set_time_request",
{"param": t.data16},
True,
is_manufacturer_specific=False,
),
}
class MaxsmartThermostat(TuyaThermostatCluster):
"""Thermostat cluster for some thermostatic valves."""
class Preset(t.enum8):
"""Working modes of the thermostat."""
Away = 0x00
Schedule = 0x01
Manual = 0x02
Comfort = 0x03
Eco = 0x04
Boost = 0x05
Complex = 0x06
_CONSTANT_ATTRIBUTES = {
0x001B: Thermostat.ControlSequenceOfOperation.Heating_Only,
# 0x001C: Thermostat.SystemMode.Heat,
}
attributes = TuyaThermostatCluster.attributes.copy()
attributes.update(
{
0x4000: ("comfort_heating_setpoint", t.int16s, True),
0x4001: ("eco_heating_setpoint", t.int16s, True),
0x4002: ("operation_preset", Preset, True),
0x4004: ("boost_duration_seconds", t.uint32_t, True),
0x4006: ("occupied_heating_setpoint_auto", t.uint32_t, True),
0x4007: ("occupied_heating_setpoint_manual", t.uint32_t, True),
0x4008: ("occupied_heating_setpoint_away", t.uint32_t, True),
0x4009: ("window_detection_temp", t.int16s, True),
0x4010: ("window_detection_time", t.int16s, True),
}
)
# Loop for creating attributes for schedule 7 * 18
schedule_attributes = {}
i = 0
for x in range(0, 7):
day = [
"monday",
"tuesday",
"wednesday",
"thursday",
"friday",
"saturday",
"sunday",
]
for y in range(1, 18):
name = "temperature" if y % 2 else "hour"
schedule_attributes[0x4100 + i] = (
"schedule_" + day[x] + "_" + str(math.ceil(y / 2)) + "_" + name,
t.Half,
)
i += 1
attributes.update(schedule_attributes)
DIRECT_MAPPING_ATTRS = {
"occupied_heating_setpoint_auto": (
MAXSMART_TARGET_TEMP_AUTO_ATTR,
lambda value: round(value / 100 * 2),
),
"occupied_heating_setpoint_manual": (
MAXSMART_TARGET_TEMP_MAN_ATTR,
lambda value: round(value / 100 * 2),
),
"occupied_heating_setpoint_away": (MAXSMART_AWAY_DATA_ATTR, None),
"comfort_heating_setpoint": (
MAXSMART_COMFORT_TEMP_ATTR,
lambda value: round(value / 100 * 2),
),
"eco_heating_setpoint": (
MAXSMART_ECO_TEMP_ATTR,
lambda value: round(value / 100 * 2),
),
"local_temperature_calibration": (
MAXSMART_TEMP_CALIBRATION_ATTR,
lambda value: round(value / 10),
),
"window_detection_temp": (
MAXSMART_WINDOW_DETECT_TEMP_ATTR,
lambda value: round(value / 100 * 2),
),
"window_detection_time": (MAXSMART_WINDOW_DETECT_TIME_ATTR, None),
}
def __init__(self, *args, **kwargs):
"""Init."""
super().__init__(*args, **kwargs)
self.endpoint.device.thermostat_bus.add_listener(self)
self.endpoint.device.thermostat_bus.listener_event(
"temperature_change",
"min_heat_setpoint_limit",
MAXSMART_MIN_TEMPERATURE_VAL,
)
self.endpoint.device.thermostat_bus.listener_event(
"temperature_change",
"max_heat_setpoint_limit",
MAXSMART_MAX_TEMPERATURE_VAL,
)
def map_attribute(self, attribute, value):
"""Map standardized attribute value to dict of manufacturer values."""
if attribute in self.DIRECT_MAPPING_ATTRS:
return {
self.DIRECT_MAPPING_ATTRS[attribute][0]: value
if self.DIRECT_MAPPING_ATTRS[attribute][1] is None
else self.DIRECT_MAPPING_ATTRS[attribute][1](value)
}
if attribute == "occupied_heating_setpoint":
mode = self._attr_cache.get(
self.attributes_by_name["operation_preset"].id, self.Preset.Schedule
)
attribute_mode = None
if mode == self.Preset.Schedule:
attribute_mode = "occupied_heating_setpoint_auto"
elif mode == self.Preset.Manual:
attribute_mode = "occupied_heating_setpoint_manual"
elif mode == self.Preset.Boost:
attribute_mode = "occupied_heating_setpoint_auto"
if mode != self.Preset.Away:
return {
self.DIRECT_MAPPING_ATTRS[attribute_mode][0]: value
if self.DIRECT_MAPPING_ATTRS[attribute_mode][1] is None
else self.DIRECT_MAPPING_ATTRS[attribute_mode][1](value)
}
else:
attribute_mode = "occupied_heating_setpoint_away"
data = self.endpoint.device.MaxsmartManufCluster_bus.listener_event(
"away_cluster_get", "temperature", {"present_value": value / 100}
)
self._update_attribute(
self.attributes_by_name["occupied_heating_setpoint"].id,
data[0][2] / 2 * 100,
)
return {self.DIRECT_MAPPING_ATTRS[attribute_mode][0]: data[0]}
if attribute == "operation_preset":
if value == 0:
return {MAXSMART_MODE_ATTR: 2, MAXSMART_BOOST_ATTR: 0}
if value == 1:
return {MAXSMART_MODE_ATTR: 0, MAXSMART_BOOST_ATTR: 0}
if value == 2:
return {MAXSMART_MODE_ATTR: 1, MAXSMART_BOOST_ATTR: 0}
if value == 5:
return {MAXSMART_BOOST_ATTR: 1}
if attribute in ("programing_oper_mode", "occupancy"):
if attribute == "occupancy":
occupancy = value
oper_mode = self._attr_cache.get(
self.attributes_by_name["programing_oper_mode"].id,
self.ProgrammingOperationMode.Simple,
)
else:
occupancy = self._attr_cache.get(
self.attributes_by_name["occupancy"].id, self.Occupancy.Occupied
)
oper_mode = value
if occupancy == self.Occupancy.Unoccupied:
return {MAXSMART_MODE_ATTR: 2}
if occupancy == self.Occupancy.Occupied:
if oper_mode == self.ProgrammingOperationMode.Schedule_programming_mode:
return {MAXSMART_MODE_ATTR: 0}
if oper_mode == self.ProgrammingOperationMode.Simple:
return {MAXSMART_MODE_ATTR: 1}
self.error("Unsupported value for ProgrammingOperationMode")
else:
self.error("Unsupported value for Occupancy")
if attribute == "system_mode":
if value == self.SystemMode.Off:
return {MAXSMART_MODE_ATTR: 1, MAXSMART_TARGET_TEMP_MAN_ATTR: 0}
else:
return {MAXSMART_MODE_ATTR: 0}
# return {
# MAXSMART_MODE_ATTR: self._attr_cache.get(
# self.attributes_by_name["operation_preset"].id, 1
# )
# }
if "schedule_" in attribute:
data = data144()
day = {
MAXSMART_SCHEDULE_MONDAY: "monday",
MAXSMART_SCHEDULE_TUESDAY: "tuesday",
MAXSMART_SCHEDULE_WEDNESDAY: "wednesday",
MAXSMART_SCHEDULE_THURSDAY: "thursday",
MAXSMART_SCHEDULE_FRIDAY: "friday",
MAXSMART_SCHEDULE_SATURDAY: "saturday",
MAXSMART_SCHEDULE_SUNDAY: "sunday",
}
for num, (attrid, day_name) in enumerate(day.items()):
if day_name in attribute:
for y in reversed(range(1, 18)):
name = "temperature" if y % 2 else "hour"
attr_name = (
"schedule_"
+ day_name
+ "_"
+ str(math.ceil(y / 2))
+ "_"
+ name
)
cached = self._attr_cache.get(
self.attributes_by_name[attr_name].id
)
if y % 2 != 0:
if attribute == attr_name:
val = round(value * 2)
else:
val = round(cached * 2)
else:
if attribute == attr_name:
val = round(value * 4)
else:
val = round(cached * 4)
data.append(val)
data.append(num + 1)
return {attrid: data}
def hass_climate_state_change(self, attrid, value):
"""Update of the HASS Climate gui state according to temp difference."""
if attrid == MAXSMART_TEMPERATURE_ATTR:
temp_current = value * 10
temp_set = self._attr_cache.get(
self.attributes_by_name["occupied_heating_setpoint"].id, 0
)
else:
temp_set = value / 2 * 100
temp_current = self._attr_cache.get(
self.attributes_by_name["local_temperature"].id, 0
)
state = 0 if (int(temp_current) >= int(temp_set)) else 1
self.endpoint.device.thermostat_bus.listener_event("state_change", state)
def mode_change(self, value):
"""System Mode change."""
if value == 0:
operation_preset = self.Preset.Schedule
prog_mode = self.ProgrammingOperationMode.Schedule_programming_mode
occupancy = self.Occupancy.Occupied
temp_auto = self._attr_cache.get(
self.attributes_by_name["occupied_heating_setpoint_auto"].id
)
self._update_attribute(
self.attributes_by_name["occupied_heating_setpoint"].id, temp_auto
)
elif value == 1:
operation_preset = self.Preset.Manual
prog_mode = self.ProgrammingOperationMode.Simple
occupancy = self.Occupancy.Occupied
temp_manual = self._attr_cache.get(
self.attributes_by_name["occupied_heating_setpoint_manual"].id
)
self._update_attribute(
self.attributes_by_name["occupied_heating_setpoint"].id, temp_manual
)
elif value == 2:
operation_preset = self.Preset.Away
prog_mode = self.ProgrammingOperationMode.Simple
occupancy = self.Occupancy.Unoccupied
temp_away = self._attr_cache.get(
self.attributes_by_name["occupied_heating_setpoint_away"].id
)
self._update_attribute(
self.attributes_by_name["occupied_heating_setpoint"].id, temp_away
)
elif value == 3:
operation_preset = self.Preset.Boost
prog_mode = self.ProgrammingOperationMode.Simple
occupancy = self.Occupancy.Occupied
self._update_attribute(
self.attributes_by_name["programing_oper_mode"].id, prog_mode
)
self._update_attribute(self.attributes_by_name["occupancy"].id, occupancy)
self._update_attribute(
self.attributes_by_name["operation_preset"].id, operation_preset
)
if value == 1 and temp_manual == 0:
self._update_attribute(
self.attributes_by_name["system_mode"].id, self.SystemMode.Off
)
else:
self._update_attribute(
self.attributes_by_name["system_mode"].id, self.SystemMode.Heat
)
def schedule_change(self, attrid, value):
"""Scheduler attribute change."""
day = {
MAXSMART_SCHEDULE_MONDAY: "monday",
MAXSMART_SCHEDULE_TUESDAY: "tuesday",
MAXSMART_SCHEDULE_WEDNESDAY: "wednesday",
MAXSMART_SCHEDULE_THURSDAY: "thursday",
MAXSMART_SCHEDULE_FRIDAY: "friday",
MAXSMART_SCHEDULE_SATURDAY: "saturday",
MAXSMART_SCHEDULE_SUNDAY: "sunday",
}
for y in range(1, 18):
name = "temperature" if y % 2 else "hour"
self._update_attribute(
self.attributes_by_name[
"schedule_" + day[attrid] + "_" + str(math.ceil(y / 2)) + "_" + name
].id,
value[17 - y] / 2 if y % 2 else value[17 - y] / 4,
)
class MaxsmartUserInterface(TuyaUserInterfaceCluster):
"""HVAC User interface cluster for tuya electric heating thermostats."""
_CHILD_LOCK_ATTR = MAXSMART_CHILD_LOCK_ATTR
class MaxsmartChildLock(CustomTuyaOnOff):
"""On/Off cluster for the child lock function."""
def child_lock_change(self, value):
"""Child lock change."""
self._update_attribute(self.attributes_by_name["on_off"].id, value)
def map_attribute(self, attribute, value):
"""Map standardized attribute value to dict of manufacturer values."""
if attribute == "on_off":
if self.endpoint.device.manufacturer == "_TZE200_chyvmhay":
return {SILVERCREST_CHILD_LOCK_ATTR: value}
else:
return {MAXSMART_CHILD_LOCK_ATTR: value}
class MaxsmartAwayYear(LocalDataCluster, AnalogOutput):
"""Analog output for Away year."""
def __init__(self, *args, **kwargs):
"""Init."""
super().__init__(*args, **kwargs)
self.endpoint.device.MaxsmartAwayYear_bus.add_listener(self)
self._update_attribute(
self.attributes_by_name["description"].id, "G01 Away Year start"
)
self._update_attribute(self.attributes_by_name["max_present_value"].id, 9999)
self._update_attribute(self.attributes_by_name["resolution"].id, 1)
self._update_attribute(self.attributes_by_name["application_type"].id, 14 << 16)
self._update_attribute(self.attributes_by_name["engineering_units"].id, 67)
def set_value(self, value):
"""Set value."""
self._update_attribute(
self.attributes_by_name["present_value"].id, value + 2000
)
def get_value(self):
"""Get value."""
return self._attr_cache.get(self.attributes_by_name["present_value"].id)
async def write_attributes(self, attributes, manufacturer=None):
"""Override the default Cluster write_attributes."""
for attrid, value in attributes.items():
if isinstance(attrid, str):
attrid = self.attributes_by_name[attrid].id
if attrid not in self.attributes:
self.error("%d is not a valid attribute id", attrid)
continue
self._update_attribute(attrid, value)
data = self.endpoint.device.MaxsmartManufCluster_bus.listener_event(
"away_cluster_get", "year", attributes
)
await MaxsmartManufClusterSelf[
self.endpoint.device.ieee
].endpoint.tuya_manufacturer.write_attributes(
{MAXSMART_AWAY_DATA_ATTR: data[0]}, manufacturer=None
)
return ([foundation.WriteAttributesStatusRecord(foundation.Status.SUCCESS)],)
class MaxsmartAwayMonth(LocalDataCluster, AnalogOutput):
"""Analog output for Away month."""
def __init__(self, *args, **kwargs):
"""Init."""
super().__init__(*args, **kwargs)
self.endpoint.device.MaxsmartAwayMonth_bus.add_listener(self)
self._update_attribute(
self.attributes_by_name["description"].id, "G01 Away Month start"
)
self._update_attribute(self.attributes_by_name["max_present_value"].id, 12)
self._update_attribute(self.attributes_by_name["min_present_value"].id, 1)
self._update_attribute(self.attributes_by_name["resolution"].id, 1)
self._update_attribute(self.attributes_by_name["application_type"].id, 14 << 16)
self._update_attribute(self.attributes_by_name["engineering_units"].id, 68)
def set_value(self, value):
"""Set value."""
self._update_attribute(self.attributes_by_name["present_value"].id, value)
def get_value(self):
"""Get value."""
return self._attr_cache.get(self.attributes_by_name["present_value"].id)
async def write_attributes(self, attributes, manufacturer=None):
"""Override the default Cluster write_attributes."""
for attrid, value in attributes.items():
if isinstance(attrid, str):
attrid = self.attributes_by_name[attrid].id
if attrid not in self.attributes:
self.error("%d is not a valid attribute id", attrid)
continue
self._update_attribute(attrid, value)
data = self.endpoint.device.MaxsmartManufCluster_bus.listener_event(
"away_cluster_get", "month", attributes
)
await MaxsmartManufClusterSelf[
self.endpoint.device.ieee
].endpoint.tuya_manufacturer.write_attributes(
{MAXSMART_AWAY_DATA_ATTR: data[0]}, manufacturer=None
)
return ([foundation.WriteAttributesStatusRecord(foundation.Status.SUCCESS)],)
class MaxsmartAwayDay(LocalDataCluster, AnalogOutput):
"""Analog output for Away day."""
def __init__(self, *args, **kwargs):
"""Init."""
super().__init__(*args, **kwargs)
self.endpoint.device.MaxsmartAwayDay_bus.add_listener(self)
self._update_attribute(
self.attributes_by_name["description"].id, "G01 Away Day start"
)
self._update_attribute(self.attributes_by_name["max_present_value"].id, 31)
self._update_attribute(self.attributes_by_name["min_present_value"].id, 1)
self._update_attribute(self.attributes_by_name["resolution"].id, 1)
self._update_attribute(self.attributes_by_name["application_type"].id, 14 << 16)
self._update_attribute(self.attributes_by_name["engineering_units"].id, 70)
def set_value(self, value):
"""Set value."""
self._update_attribute(self.attributes_by_name["present_value"].id, value)
def get_value(self):
"""Get value."""
return self._attr_cache.get(self.attributes_by_name["present_value"].id)
async def write_attributes(self, attributes, manufacturer=None):
"""Override the default Cluster write_attributes."""
for attrid, value in attributes.items():
if isinstance(attrid, str):
attrid = self.attributes_by_name[attrid].id
if attrid not in self.attributes:
self.error("%d is not a valid attribute id", attrid)
continue
self._update_attribute(attrid, value)
data = self.endpoint.device.MaxsmartManufCluster_bus.listener_event(
"away_cluster_get", "day", attributes
)
await MaxsmartManufClusterSelf[
self.endpoint.device.ieee
].endpoint.tuya_manufacturer.write_attributes(
{MAXSMART_AWAY_DATA_ATTR: data[0]}, manufacturer=None
)
return ([foundation.WriteAttributesStatusRecord(foundation.Status.SUCCESS)],)
class MaxsmartAwayHour(LocalDataCluster, AnalogOutput):
"""Analog output for Away hour."""
def __init__(self, *args, **kwargs):
"""Init."""
super().__init__(*args, **kwargs)
self.endpoint.device.MaxsmartAwayHour_bus.add_listener(self)
self._update_attribute(
self.attributes_by_name["description"].id, "G02 Away Hour start"
)
self._update_attribute(self.attributes_by_name["max_present_value"].id, 23)
self._update_attribute(self.attributes_by_name["min_present_value"].id, 0)
self._update_attribute(self.attributes_by_name["resolution"].id, 1)
self._update_attribute(self.attributes_by_name["application_type"].id, 14 << 16)
self._update_attribute(self.attributes_by_name["engineering_units"].id, 71)
def set_value(self, value):
"""Set value."""
self._update_attribute(self.attributes_by_name["present_value"].id, value)
def get_value(self):
"""Get value."""
return self._attr_cache.get(self.attributes_by_name["present_value"].id)
async def write_attributes(self, attributes, manufacturer=None):
"""Override the default Cluster write_attributes."""
for attrid, value in attributes.items():
if isinstance(attrid, str):
attrid = self.attributes_by_name[attrid].id