class WeatherForecastContainer(DeclarativeContainer):
weather_forecast_repository = Dependency()
weather_forecast_loader = Dependency()
timestamp_round_algorithm = Factory(CeilTimestampRoundAlgorithm,
round_step=TIME_TICK)
weather_forecast_preprocessor = Factory(
SoftMWeatherProcessor,
timestamp_round_algorithm=timestamp_round_algorithm,
timestamp_interpolation_algorithm=Factory(
TimestampInterpolationAlgorithm, timestamp_round_algorithm,
TIME_TICK),
timestamp_filter_algorithm=Factory(FullClosedTimestampFilterAlgorithm),
border_values_interpolation_algorithm=Factory(
LinearInsideValueInterpolationAlgorithm),
internal_values_interpolation_algorithm=Factory(
LinearOutsideValueInterpolationAlgorithm))
weather_forecast_service = Factory(
SimpleWeatherForecastService,
weather_forecast_loader=weather_forecast_loader,
weather_forecast_processor=weather_forecast_preprocessor,
weather_forecast_repository=weather_forecast_repository,
preload_timedelta=Object(pd.Timedelta(hours=3)),
executor=None)
class TempGraphContainer(DeclarativeContainer):
temp_graph_repository = Dependency()
temp_graph_loader = Dependency()
temp_graph_update_service = Factory(
SimpleTempGraphUpdateService,
temp_graph_loader=temp_graph_loader,
temp_graph_dumper=temp_graph_repository
)
class ControlActionReportContainer(DeclarativeContainer):
config = Configuration(strict=True)
control_action_repository = Dependency()
control_action_report_service = Factory(
ControlActionReportService,
timestamp_report_pattern_v1=config.timestamp_report_pattern_v1,
control_action_repository=control_action_repository)
class UpdateContainer(DeclarativeContainer):
config = Configuration(strict=True)
control_actions_predictor = Dependency()
temp_graph_updater = Dependency()
weather_forecast_updater = Dependency()
control_actions_predictor.enable_async_mode()
temp_graph_updater.enable_async_mode()
weather_forecast_updater.enable_async_mode()
temp_graph_updatable_item = Singleton(
TempGraphUpdatableItem,
provider=temp_graph_updater.provider,
update_interval=Callable(
pd.Timedelta,
seconds=config.update_intervals.temp_graph
)
)
weather_forecast_updatable_item = Singleton(
WeatherForecastUpdatableItem,
provider=weather_forecast_updater.provider,
update_interval=Callable(
pd.Timedelta,
seconds=config.update_intervals.weather_forecast
)
)
control_action_updatable_item = Singleton(
ControlActionUpdatableItem,
provider=control_actions_predictor.provider,
dependencies=List(
temp_graph_updatable_item,
weather_forecast_updatable_item
)
)
updater_service = Singleton(
SimpleUpdaterService,
item_to_update=control_action_updatable_item
)
class UIContainer(DeclarativeContainer):
application: Dependency[QApplication] = Dependency()
library_manager: Dependency[LibraryManager] = Dependency()
settings_window = Factory(SettingsWindow)
window_controller = Singleton(WindowController, application,
library_manager)
libraries_model = Factory(LibrariesModel, library_manager=library_manager)
libraries_window = Factory(
LibrariesWindow,
library_manager=library_manager,
libraries_model=libraries_model,
)
main_window = Factory(
MainWindow,
library_manager=library_manager,
window_controller=window_controller,
libraries_window_factory=libraries_window.provider,
settings_window_factory=settings_window.provider,
)
class Services(DeclarativeContainer):
config = Configuration(strict=True)
temp_graph_loader = Dependency()
weather_forecast_loader = Dependency()
dynamic_settings_repository = Dependency()
temp_graph_repository = Dependency()
time_delta_loader = Dependency()
weather_forecast_repository = Dependency()
control_actions_repository = Dependency()
dynamic_settings_pkg = Container(
DynamicSettingsContainer,
config=config.dynamic_settings,
settings_repository=dynamic_settings_repository)
temp_graph_pkg = Container(TempGraphContainer,
temp_graph_loader=temp_graph_loader,
temp_graph_repository=temp_graph_repository)
weather_forecast_pkg = Container(
WeatherForecastContainer,
weather_forecast_loader=weather_forecast_loader,
weather_forecast_repository=weather_forecast_repository)
control_action_pkg = Container(
ControlActionContainer,
config=config.control_action_predictor,
time_delta_loader=time_delta_loader,
temp_graph_repository=temp_graph_repository,
weather_forecast_repository=weather_forecast_repository,
control_actions_repository=control_actions_repository,
dynamic_settings_repository=dynamic_settings_repository)
control_action_report_pkg = Container(
ControlActionReportContainer,
config=config.control_action_reporter,
control_action_repository=control_actions_repository)
updater_pkg = Container(
UpdateContainer,
config=config.updater,
control_actions_predictor=control_action_pkg.temp_prediction_service,
temp_graph_updater=temp_graph_pkg.temp_graph_update_service,
weather_forecast_updater=weather_forecast_pkg.weather_forecast_service)
class ControlActionContainer(DeclarativeContainer):
config = Configuration(strict=True)
temp_graph_repository = Dependency()
weather_forecast_repository = Dependency()
control_actions_repository = Dependency()
dynamic_settings_repository = Dependency()
time_delta_loader = Dependency()
# TODO: перевести на репозиторий
temp_correlation_table = Resource(
TempCorrelationTable,
config.temp_correlation_table_path
)
# TODO: перевести на репозиторий
time_delta_df = Resource(
HeatingObjTimedeltaResource,
loader=time_delta_loader
)
model_requirements = Factory(
TimedeltaModelRequirementsWithoutHistory,
time_delta_df
)
timestamp_round_algo = Factory(
CeilTimestampRoundAlgorithm,
round_step=TIME_TICK
)
temp_constrains = Factory(
SingleTypeHeatingObjOnWeatherConstraint,
temp_requirements_predictor=Factory(
TempGraphRequirementsPredictor,
temp_graph=temp_graph_repository.provided.load_temp_graph.call(),
weather_temp_round_algorithm=Factory(ArithmeticFloatRoundAlgorithm)
),
timestamp_round_algo=timestamp_round_algo,
temp_requirements_coefficient=Coroutine(
get_one_setting,
dynamic_settings_repository,
config_names.APARTMENT_HOUSE_MIN_TEMP_COEFFICIENT
),
min_model_error=Coroutine(
get_one_setting,
dynamic_settings_repository,
config_names.MODEL_ERROR_SIZE
)
)
heating_system_model = Factory(
CorrTableHeatingSystemModel,
temp_correlation_df=temp_correlation_table,
timedelta_df=time_delta_df,
)
control_action_predictor = Factory(
SingleCircuitControlActionPredictor,
heating_system_model=heating_system_model,
temp_requirements_constraint=temp_constrains,
min_boiler_temp=Coroutine(
get_one_setting,
dynamic_settings_repository,
config_names.MIN_BOILER_TEMP
),
max_boiler_temp=Coroutine(
get_one_setting,
dynamic_settings_repository,
config_names.MAX_BOILER_TEMP
),
min_regulation_step=0.3
)
temp_prediction_service = Factory(
ControlActionPredictionService,
weather_forecast_repository=weather_forecast_repository,
control_actions_repository=control_actions_repository,
control_action_predictor=control_action_predictor,
model_requirements=model_requirements,
timestamp_round_algo=timestamp_round_algo,
timedelta=TIME_TICK,
timedelta_predict_forward=pd.Timedelta(seconds=3600),
executor=None
)