default_ep = "http://localhost:8000"
# args parser
parser = ArgumentParser(
description="An IPE called TestApplication6",
prog="TestApplication6",
formatter_class=ArgumentDefaultsHelpFormatter)
parser.add_argument("-n", "--name", help="Name used for the AE.")
parser.add_argument("-s", "--ep", help="URL of the local Endpoint.")
# args, config and logging
args, config = prepare_app(parser, __loader__, __name__, "config.json")
# variables
nm = get_value("name", (unicode, str), default_name, args, config)
cb = config.get("cse_base", "onem2m")
# ep = get_value("ep", (unicode, str), default_ep, args, config)
ep = "http://eds-base:8000"
poas = config.get("poas", ["http://auto:22639"])
originator_pre = config.get("originator_pre", "//openmtc.org/mn-cse-1")
ssl_certs = config.get("ssl_certs", {})
# start
app = TestApplication6(
name=nm, cse_base=cb, poas=poas,
originator_pre=originator_pre, **ssl_certs
)
Runner(app).run(ep)
print ("Exiting....")
value_offset = self.temp_offset
else:
value_range = self.humi_range
value_offset = self.humi_offset
# generate random sensor data
value = int(random() * value_range + value_offset)
self.handle_sensor_data(sensor, value)
def handle_sensor_data(self, sensor, value):
# initialize sensor structure if never done before
if sensor not in self._recognized_sensors:
self.create_sensor_structure(sensor)
self.push_sensor_data(sensor, value)
def create_sensor_structure(self, sensor):
print('I need to create a structure for the sensor %s.' % sensor)
self._recognized_sensors[sensor] = 'something useful'
def push_sensor_data(self, sensor, value):
print('I would push the content %i of %s to the gateway.' % (value, sensor))
if __name__ == '__main__':
from openmtc_app.runner import AppRunner as Runner
host = 'http://localhost:8000'
app = TestIPE()
Runner(app).run(host)