caspia.gateway.services.sensors.temperature package

Submodules

caspia.gateway.services.sensors.temperature.analog module

class caspia.gateway.services.sensors.temperature.analog.AnalogTemperatureSensor(*args, **kwargs)

Bases: caspia.gateway.services.base.GatewayService, caspia.meadow.services.sensors.temperature.TemperatureSensorBase

Initialize new service.

Parameters

• name – Name of the service (or just its path)

• include – What optional characteristics to include. Tuple of their names.

property all_observables

attach(connection)

property attached

auto_discovery = False

characteristic_cached_read(characteristic)

characteristic_cached_write(characteristic, value_and_meta)

async characteristic_read(characteristic, **kwargs)

characteristic_subscribe(characteristic, on_value, on_error=None)

async characteristic_write(characteristic, value, **kwargs)

characteristics = {'$metadata': <Characteristic <class 'caspia.meadow.services.base.ServiceMeta'>:$metadata>, 'temp': <Characteristic <class 'caspia.meadow.services.base.ServiceMeta'>:temp>}

configure()

convert_from_raw(raw)

convert_ratio_to_resistance(ratio)

property dependant_components

detach()

get_node()

static get_subclass(stype, mixin=None)

property is_updated_periodically

load_definition(spec)

Update characteristics of this instance based on serialized specs.

Parameters

spec – Dict most likely going to be coming from meadow - from some gateway informing us about its services and their characteristics.

metadata

async notify(characteristic, value, if_changed=False, extra=None)

on(name, *args, **kwargs)

async on_component_event(component, event)

optional = {}

async published()

serialize()

Return serialized version (most likely dict) if possible or None.

temp

async temp_read(**kwargs)

type = 'temperature-sensor'

caspia.gateway.services.sensors.temperature.mcp980x module

class caspia.gateway.services.sensors.temperature.mcp980x.MCP980XTemperatureSensor(config, network, storage)

Bases: caspia.gateway.services.base.GatewayService, caspia.meadow.services.sensors.temperature.TemperatureSensorBase

property all_observables

attach(connection)

property attached

auto_discovery = False

characteristic_cached_read(characteristic)

characteristic_cached_write(characteristic, value_and_meta)

async characteristic_read(characteristic, **kwargs)

characteristic_subscribe(characteristic, on_value, on_error=None)

async characteristic_write(characteristic, value, **kwargs)

characteristics = {'$metadata': <Characteristic <class 'caspia.meadow.services.base.ServiceMeta'>:$metadata>, 'temp': <Characteristic <class 'caspia.meadow.services.base.ServiceMeta'>:temp>}

configure()

property dependant_components

detach()

get_node()

static get_subclass(stype, mixin=None)

property is_updated_periodically

load_definition(spec)

Update characteristics of this instance based on serialized specs.

Parameters

spec – Dict most likely going to be coming from meadow - from some gateway informing us about its services and their characteristics.

metadata

async notify(characteristic, value, if_changed=False, extra=None)

on(name, *args, **kwargs)

async on_component_event(component, event)

optional = {}

async published()

serialize()

Return serialized version (most likely dict) if possible or None.

temp

async temp_read(**kwargs)

type = 'temperature-sensor'

caspia.gateway.services.sensors.temperature.scd30 module

class caspia.gateway.services.sensors.temperature.scd30.SCD30TemperatureSensor(config, network, storage)

Bases: caspia.gateway.services.base.GatewayService, caspia.meadow.services.sensors.temperature.TemperatureSensorBase

property all_observables

attach(connection)

property attached

auto_discovery = False

characteristic_cached_read(characteristic)

characteristic_cached_write(characteristic, value_and_meta)

async characteristic_read(characteristic, **kwargs)

characteristic_subscribe(characteristic, on_value, on_error=None)

async characteristic_write(characteristic, value, **kwargs)

characteristics = {'$metadata': <Characteristic <class 'caspia.meadow.services.base.ServiceMeta'>:$metadata>, 'temp': <Characteristic <class 'caspia.meadow.services.base.ServiceMeta'>:temp>}

configure()

property dependant_components

detach()

get_node()

static get_subclass(stype, mixin=None)

property is_updated_periodically

load_definition(spec)

Update characteristics of this instance based on serialized specs.

Parameters

spec – Dict most likely going to be coming from meadow - from some gateway informing us about its services and their characteristics.

metadata

async notify(characteristic, value, if_changed=False, extra=None)

on(name, *args, **kwargs)

async on_component_event(component, event)

optional = {}

async published()

serialize()

Return serialized version (most likely dict) if possible or None.

temp

async temp_read(**kwargs)

type = 'temperature-sensor'

caspia.gateway.services.sensors.temperature.service module

class caspia.gateway.services.sensors.temperature.service.TemperatureSensor(config, network, storage)

Bases: caspia.gateway.services.base.GatewayService, caspia.meadow.services.sensors.temperature.TemperatureSensorBase

property all_observables

attach(connection)

property attached

auto_discovery = True

characteristic_cached_read(characteristic)

characteristic_cached_write(characteristic, value_and_meta)

async characteristic_read(characteristic, **kwargs)

characteristic_subscribe(characteristic, on_value, on_error=None)

async characteristic_write(characteristic, value, **kwargs)

characteristics = {'$metadata': <Characteristic <class 'caspia.meadow.services.base.ServiceMeta'>:$metadata>, 'temp': <Characteristic <class 'caspia.meadow.services.base.ServiceMeta'>:temp>}

abstract configure()

abstract property dependant_components

detach()

get_node()

static get_subclass(stype, mixin=None)

load_definition(spec)

Update characteristics of this instance based on serialized specs.

Parameters

spec – Dict most likely going to be coming from meadow - from some gateway informing us about its services and their characteristics.

metadata

async notify(characteristic, value, if_changed=False, extra=None)

on(name, *args, **kwargs)

async on_component_event(component, event)

optional = {}

async published()

serialize()

Return serialized version (most likely dict) if possible or None.

temp

type = 'temperature-sensor'

caspia.gateway.services.sensors.temperature.sht2x module

class caspia.gateway.services.sensors.temperature.sht2x.SHT2XTemperatureSensor(config, network, storage)

Bases: caspia.gateway.services.base.GatewayService, caspia.meadow.services.sensors.temperature.TemperatureSensorBase

property all_observables

attach(connection)

property attached

auto_discovery = False

characteristic_cached_read(characteristic)

characteristic_cached_write(characteristic, value_and_meta)

async characteristic_read(characteristic, **kwargs)

characteristic_subscribe(characteristic, on_value, on_error=None)

async characteristic_write(characteristic, value, **kwargs)

characteristics = {'$metadata': <Characteristic <class 'caspia.meadow.services.base.ServiceMeta'>:$metadata>, 'temp': <Characteristic <class 'caspia.meadow.services.base.ServiceMeta'>:temp>}

configure()

property dependant_components

detach()

get_node()

static get_subclass(stype, mixin=None)

property is_updated_periodically

load_definition(spec)

Update characteristics of this instance based on serialized specs.

Parameters

spec – Dict most likely going to be coming from meadow - from some gateway informing us about its services and their characteristics.

metadata

async notify(characteristic, value, if_changed=False, extra=None)

on(name, *args, **kwargs)

async on_component_event(component, event)

optional = {}

async published()

serialize()

Return serialized version (most likely dict) if possible or None.

temp

async temp_read(**kwargs)

type = 'temperature-sensor'

Module contents