example.py

from datetime import datetime, timedelta
from ThermiaOnlineAPI import Thermia
from credentials import USERNAME, PASSWORD, API_TYPE
from ThermiaOnlineAPI.const import (
    THERMIA_API_TYPE_CLASSIC,
    THERMIA_API_TYPE_GENESIS,
)

CHANGE_HEAT_PUMP_DATA_DURING_TEST = (
    False  # Set to True if you want to change heat pump data during test
)

if not USERNAME or not PASSWORD:
    USERNAME = input("Enter username: ")
    PASSWORD = input("Enter password: ")

if not API_TYPE:
    api_type_number = input("Enter api type (1 = classic, 2 = genesis): ")
    if api_type_number == "1":
        API_TYPE = THERMIA_API_TYPE_CLASSIC
    elif api_type_number == "2":
        API_TYPE = THERMIA_API_TYPE_GENESIS
    else:
        print("Invalid api type")
        exit(1)

thermia = Thermia(USERNAME, PASSWORD, api_type=API_TYPE)

print("Connected: " + str(thermia.connected))

heat_pump = thermia.fetch_heat_pumps()[0]

heat_pump.debug()

print("\n")

print("\n")

print(
    "All available register groups: "
    + str(heat_pump.get_all_available_register_groups())
)

print(
    "Available registers for 'REG_GROUP_HEATING_CURVE' group: "
    + str(heat_pump.get_available_registers_for_group("REG_GROUP_HEATING_CURVE"))
)

print("\n")

print("Other temperatures")
print("Supply Line Temperature: " + str(heat_pump.supply_line_temperature))
print(
    "Desired Supply Line Temperature: " + str(heat_pump.desired_supply_line_temperature)
)
print("Return Line Temperature: " + str(heat_pump.return_line_temperature))
print("Brine Out Temperature: " + str(heat_pump.brine_out_temperature))
print("Brine In Temperature: " + str(heat_pump.brine_in_temperature))
print("Cooling Tank Temperature: " + str(heat_pump.cooling_tank_temperature))
print(
    "Cooling Supply Line Temperature: " + str(heat_pump.cooling_supply_line_temperature)
)

print("\n")

print("Operational status")
print("Operational status: " + str(heat_pump.operational_status))
print(
    "Available operational statuses: " + str(heat_pump.available_operational_statuses)
)
print(
    "Available operational statuses map: "
    + str(heat_pump.available_operational_statuses_map)
)
print("Auxiliary heater 3KW: " + str(heat_pump.operational_status_auxiliary_heater_3kw))
print("Auxiliary heater 6KW: " + str(heat_pump.operational_status_auxiliary_heater_6kw))
print("Auxiliary heater 9KW: " + str(heat_pump.operational_status_auxiliary_heater_9kw))
print(
    "Auxiliary heater 12KW: " + str(heat_pump.operational_status_auxiliary_heater_12kw)
)
print(
    "Auxiliary heater 15KW: " + str(heat_pump.operational_status_auxiliary_heater_15kw)
)

print("Compressor status: " + str(heat_pump.operational_status_compressor_status))
print("Brine pump status: " + str(heat_pump.operational_status_brine_pump_status))
print("Radiator pump status: " + str(heat_pump.operational_status_radiator_pump_status))
print("Cooling status: " + str(heat_pump.operational_status_cooling_status))
print("Hot water status: " + str(heat_pump.operational_status_hot_water_status))
print("Heating status: " + str(heat_pump.operational_status_heating_status))
print("Integral: " + str(heat_pump.operational_status_integral))
print("Pid: " + str(heat_pump.operational_status_pid))

print("\n")

print("Operational Times")
print("Compressor Operational Time: " + str(heat_pump.compressor_operational_time))
print("Hot Water Operational Time: " + str(heat_pump.hot_water_operational_time))
print(
    "Auxiliary Heater 1 Operational Time: "
    + str(heat_pump.auxiliary_heater_1_operational_time)
)
print(
    "Auxiliary Heater 2 Operational Time: "
    + str(heat_pump.auxiliary_heater_2_operational_time)
)
print(
    "Auxiliary Heater 3 Operational Time: "
    + str(heat_pump.auxiliary_heater_3_operational_time)
)

print("\n")

print("Alarms data")
print("Active Alarm Count: " + str(heat_pump.active_alarm_count))
if heat_pump.active_alarm_count > 0:
    print("Active Alarms: " + str(heat_pump.active_alarms))

print("\n")

print("Operation Mode data")
print("Operation Mode: " + str(heat_pump.operation_mode))
print("Available Operation Modes: " + str(heat_pump.available_operation_modes))
print("Available Operation Modes Map: " + str(heat_pump.available_operation_mode_map))
print("Is Operation Mode Read Only: " + str(heat_pump.is_operation_mode_read_only))

print("\n")

print("Hot Water data")
print("Hot Water Switch State: " + str(heat_pump.hot_water_switch_state))
print("Hot Water Boost Switch State: " + str(heat_pump.hot_water_boost_switch_state))

print("\n")

print(
    "Available historical data registers: " + str(heat_pump.historical_data_registers)
)
print(
    "Historical data for outdoor temperature during past 24h: "
    + str(
        heat_pump.get_historical_data_for_register(
            "REG_OUTDOOR_TEMPERATURE",
            datetime.now() - timedelta(days=1),
            datetime.now(),
        )
    )
)

print("\n")

print(
    "Heating Curve Register Data: "
    + str(
        heat_pump.get_register_data_by_register_group_and_name(
            "REG_GROUP_HEATING_CURVE", "REG_HEATING_HEAT_CURVE"
        )
    )
)

print("\n")

thermia.update_data()

if CHANGE_HEAT_PUMP_DATA_DURING_TEST:
    heat_pump.set_temperature(19)

    heat_pump.set_register_data_by_register_group_and_name(
        "REG_GROUP_HEATING_CURVE", "REG_HEATING_HEAT_CURVE", 30
    )

    heat_pump.set_operation_mode("COMPRESSOR")

    if heat_pump.hot_water_switch_state:
        heat_pump.set_hot_water_switch_state(1)

    if heat_pump.hot_water_boost_switch_state:
        heat_pump.set_hot_water_boost_switch_state(1)

print("Heat Temperature: " + str(heat_pump.heat_temperature))
print("Operation Mode: " + str(heat_pump.operation_mode))
print("Available Operation Modes: " + str(heat_pump.available_operation_modes))

print("Hot Water Switch State: " + str(heat_pump.hot_water_switch_state))
print("Hot Water Boost Switch State: " + str(heat_pump.hot_water_boost_switch_state))