def app(app):
app['ini'] = parse_ini(app)
app['config']['simulation'] = True
app['config']['volatile'] = True
app['config']['device_id'] = '123456789012345678901234'
service_status.setup(app)
scheduler.setup(app)
codec.setup(app)
connection.setup(app)
commander.setup(app)
global_store.setup(app)
service_store.setup(app)
block_store.setup(app)
block_cache.setup(app)
synchronization.setup(app)
controller.setup(app)
error_response.setup(app)
blocks_api.setup(app)
system_api.setup(app)
settings_api.setup(app)
mqtt.setup(app)
return app
def app(app):
app['ini'] = parse_ini(app)
config = app['config']
config['device_id'] = DEVICE_ID
config['device_host'] = 'localhost'
config['device_port'] = 8332
config['device_serial'] = None
config['simulation'] = True
config['volatile'] = True
service_status.setup(app)
connection.setup(app)
commander.setup(app)
scheduler.setup(app)
mqtt.setup(app)
config_store.setup(app)
block_store.setup(app)
block_cache.setup(app)
unit_conversion.setup(app)
codec.setup(app)
spark.setup(app)
error_response.setup(app)
debug_api.setup(app)
blocks_api.setup(app)
system_api.setup(app)
settings_api.setup(app)
synchronization.setup(app)
return app
def main():
app = service.create_app(parser=create_parser())
scheduler.setup(app)
mqtt.setup(app)
http.setup(app)
broadcaster.setup(app)
service.furnish(app)
service.run(app)
def main():
app = service.create_app(parser=create_parser())
scheduler.setup(app)
mqtt.setup(app)
relay.setup(app)
service.furnish(app)
service.run(app)
def main():
app = service.create_app(parser=create_parser())
logging.captureWarnings(True)
config = app['config']
app['ini'] = parse_ini(app)
if getenv('ENABLE_DEBUGGER', False): # pragma: no cover
import debugpy
debugpy.listen(('0.0.0.0', 5678))
LOGGER.info('Debugger is enabled and listening on 5678')
if config['simulation']:
config['device_id'] = config['device_id'] or '123456789012345678901234'
config['device_host'] = 'localhost'
config['device_port'] = 8332
config['device_serial'] = None
simulator.setup(app)
service_status.setup(app)
http.setup(app)
connection.setup(app)
commander.setup(app)
scheduler.setup(app)
mqtt.setup(app)
config_store.setup(app)
block_store.setup(app)
block_cache.setup(app)
unit_conversion.setup(app)
codec.setup(app)
spark.setup(app)
broadcaster.setup(app)
error_response.setup(app)
debug_api.setup(app)
blocks_api.setup(app)
system_api.setup(app)
settings_api.setup(app)
mqtt_api.setup(app)
if config['simulation']:
sim_api.setup(app)
synchronization.setup(app)
service.furnish(app)
service.run(app)
def main():
app = service.create_app(parser=create_parser())
scheduler.setup(app)
http.setup(app)
mqtt.setup(app)
socket_closer.setup(app)
victoria.setup(app)
timeseries_api.setup(app)
redis.setup(app)
datastore_api.setup(app)
relays.setup(app)
app.middlewares.append(controller_error_middleware)
service.furnish(app)
service.run(app)
def main():
app = service.create_app(parser=create_parser())
# Both tiltScanner and event handling requires the task scheduler
scheduler.setup(app)
# Initialize event handling
mqtt.setup(app)
# Initialize your feature
tiltScanner.setup(app)
# Add all default endpoints
service.furnish(app)
# service.run() will start serving clients async
service.run(app)