def __init__(self, name=None, application_settings=None, global_settings=None):
RootService.__init__(self, settings=global_settings)
# Compute name for Twisted service
self.name = u'app-{name}'.format(name=name)
# Make channel object from application settings configuration object
self.setupChannel(channel=application_settings, name=name)
# Create application service object composed of subsystem components
service = ProtocolForwarderService(
channel = self.channel
)
# Register service component with its container
self.registerService(service)
def __init__(self,
name=None,
application_settings=None,
global_settings=None):
RootService.__init__(self, settings=global_settings)
# Compute name for Twisted service
self.name = u'app-{name}'.format(name=name)
# Make channel object from application settings configuration object
self.channel = Bunch(**application_settings)
# Main application components
for service_reference in read_list(application_settings.services):
# Load service component
try:
service_factory = KotoriBootloader.load_entrypoint(
service_reference)
except Exception as ex:
log.failure(
'Error loading composite service component "{service_name}" into "{app_name}":\n{log_failure}"',
service_name=service_reference,
app_name=name)
continue
# Load data processing strategy and graphing components
# TODO: Review whether this should be per-service or not
# TODO: Introduce strict/non-strict handling
strategy_factory = KotoriBootloader.load_entrypoint(
application_settings.strategy, onerror='ignore')
graphing_factory = KotoriBootloader.load_entrypoint(
application_settings.graphing, onerror='ignore')
# Create application service object composed of subsystem components
# TODO: Bundle all arguments into yet another wrapper object for an universal object factory
service = service_factory(
channel=self.channel,
strategy=strategy_factory(settings=global_settings),
graphing=graphing_factory(settings=global_settings,
channel=self.channel))
# Register service component with its container
self.registerService(service)
def __init__(self, name=None, application_settings=None, global_settings=None):
RootService.__init__(self, settings=global_settings)
# Compute name for Twisted service
self.name = u'app-{name}'.format(name=name)
# Make channel object from application settings configuration object
application_settings = deepcopy(application_settings)
application_settings.update(name=name)
self.channel = Bunch(**application_settings)
# Create application service object composed of subsystem components
service = FirmwareBuilderService(
channel = self.channel
)
# Register service component with its container
self.registerService(service)
def __init__(self, name=None, application_settings=None, global_settings=None):
RootService.__init__(self, settings=global_settings)
# Compute name for Twisted service
self.name = u'app-{name}'.format(name=name)
# Make channel object from application settings configuration object
self.channel = Bunch(**application_settings)
# Create application service object composed of subsystem components
service = MqttInfluxGrafanaService(
channel = self.channel,
# Data processing strategy and graphing components
strategy = WanBusStrategy(),
graphing = GrafanaManager(settings=global_settings, channel=self.channel)
)
# Register service component with its container
self.registerService(service)
def __init__(self, name=None, application_settings=None, global_settings=None):
RootService.__init__(self, settings=global_settings)
# Compute name for Twisted service
self.name = u'app-{name}'.format(name=name)
# Make channel object from application settings configuration object
self.channel = Bunch(**application_settings)
# Create application service object composed of subsystem components
service = MqttInfluxGrafanaService(
channel = self.channel,
# Data processing strategy and graphing components
strategy=WanBusStrategy(),
graphing=GrafanaManager(settings=global_settings, channel=self.channel)
)
# Register service component with its container
self.registerService(service)
def hiveeyes_boot(settings, debug=False):
# Service container root
rootService = RootService(settings=settings)
# Channel realm
channel = Bunch(**settings.hiveeyes)
# Main application service
service = MqttInfluxGrafanaService(
channel = channel,
graphing = [
HiveeyesGenericGrafanaManager(settings=settings, channel=channel),
HiveeyesBeehiveGrafanaManager(settings=settings, channel=channel),
],
strategy = WanBusStrategy()
)
rootService.registerService(service)
rootService.startService()
def __init__(self, name=None, application_settings=None, global_settings=None):
RootService.__init__(self, settings=global_settings)
# Compute name for Twisted service
self.name = u'app-{name}'.format(name=name)
# Make channel object from application settings configuration object
self.channel = Bunch(**application_settings)
# Main application components
for service_reference in read_list(application_settings.services):
# Load service component
try:
service_factory = KotoriBootloader.load_entrypoint(service_reference)
except Exception as ex:
log.failure('Error loading composite service component "{service_name}" into "{app_name}":\n{log_failure}"',
service_name=service_reference, app_name=name)
continue
# Load data processing strategy and graphing components
# TODO: Review whether this should be per-service or not
# TODO: Introduce strict/non-strict handling
strategy_factory = KotoriBootloader.load_entrypoint(application_settings.strategy, onerror='ignore')
graphing_factory = KotoriBootloader.load_entrypoint(application_settings.graphing, onerror='ignore')
# Create application service object composed of subsystem components
# TODO: Bundle all arguments into yet another wrapper object for an universal object factory
service = service_factory(
channel = self.channel,
strategy = strategy_factory(settings=global_settings),
graphing = graphing_factory(settings=global_settings, channel=self.channel)
)
# Register service component with its container
self.registerService(service)
def hiveeyes_boot(settings, debug=False):
# Service container root
rootService = RootService(settings=settings)
# Channel realm
channel = Bunch(**settings.hiveeyes)
# Main application service
service = MqttInfluxGrafanaService(
channel=channel,
graphing=[
HiveeyesGenericGrafanaManager(settings=settings, channel=channel),
HiveeyesBeehiveGrafanaManager(settings=settings, channel=channel),
],
strategy=WanBusStrategy())
rootService.registerService(service)
rootService.startService()