def __init__(self, app_name, iot_address, mqtt_address, deviot_account):
Gateway.__init__(self, app_name, iot_address, mqtt_address, deviot_account)
self.__models__ = {}
self.__logic__ = {}
self.__import_sensor_model()
self.__load_sensors()
self.default_sensor_logic = None
def __init__(self, app_name, iot_address, mqtt_address, deviot_account):
Gateway.__init__(self, app_name, iot_address, mqtt_address,
deviot_account)
self.__models__ = {}
self.__logic__ = {}
self.__import_sensor_model()
self.__load_sensors()
self.default_sensor_logic = None
def run(self):
Gateway.run(self)
sensors = self.get_sensors()
while True:
for sensor_id, sensor in sensors.items():
try:
if sensor.kind in self.__logic__:
self.__logic__[sensor.kind].update(sensor, None)
elif self.default_sensor_logic is not None:
self.default_sensor_logic.update(sensor, None)
except:
pass
time.sleep(0.2)
def run(self):
Gateway.run(self)
sensors = self.get_sensors()
while True:
for sensor_id, sensor in sensors.iteritems():
try:
if sensor.kind in self.__logic__:
self.__logic__[sensor.kind].update(sensor, None)
elif self.default_sensor_logic is not None:
self.default_sensor_logic.update(sensor, None)
except:
pass
time.sleep(0.2)
value.put('D3', '1')
if sensor_id == 'YellowLED':
if action.name == 'off':
value.put('D4', '0')
else:
value.put('D4', '1')
lock.release()
if __name__ == '__main__':
app_name = config.get_string("appname", "test")
print(app_name)
# create a gateway service instance
# the parameters are: app name, deviot address, mq server address, deviot account
app = Gateway("Slider_test", "52.38.220.120:9000", "52.38.220.120:1883",
"account@devIoT")
# register input sensors
# the parameters are: sensor kind, sensor id, sensor display name
app.register("Slider", "myslider", "Slider")
# register some output sensors
# don't set the action call back function for those sensors
app.register_action("led", "BlueLED", "BlueLED")
app.register_action("led", "YellowLED", "YellowLED")
# set callback for all sensors which kind is 'Pollution'
app.register_callback_for_kind("led", LED_callback)
# run service
app.run()
# action name will be 'on' or 'off'
def trigger_alert_shanghai(sensor_id, action):
print("shanghai " + action.name)
# action name will be 'on' or 'off'
def pollution_callback(sensor_id, action):
print("action %s occur at %s " % (action.name, sensor_id))
if __name__ == '__main__':
app_name = config.get_string("appname", "test")
print(app_name)
# create a gateway service instance
# the parameters are: app name, deviot address, mq server address, deviot account
app = Gateway("tingxin_test", "www.ciscodeviot.com",
"mqtt.ciscodeviot.com:1883", "")
# register input sensors
# the parameters are: sensor kind, sensor id, sensor display name
app.register("PM25", "PM25Shanghai", "PM25Shanghai")
app.register("Noise", "NoiseShanghai", "NoiseShanghai")
# register output sensors
# the parameters are: sensor kind, sensor id, sensor display name, action call back function
app.register_action("Alert", "AlertToShanghai", "AlertToShanghai",
trigger_alert_shanghai)
# register some output sensors
# don't set the action call back function for those sensors
app.register_action("Pollution", "PollutionSuzhou", "PollutionSuzhou")
app.register_action("Pollution", "PollutionBeijing", "PollutionBeijing")
grovepi.pinMode(led, "OUTPUT")
# turn on/off the led when receive action from DevIot
# action name will be 'on' or 'off'
def trigger_grove_led(sensor_id, action):
print(('led get action:' + action.name))
if action.name == 'on':
grovepi.digitalWrite(led, 1)
else:
grovepi.digitalWrite(led, 0)
# create a gateway service instance
# the parameters are: app name, deviot address, mq server address, deviot account
app = Gateway("grovepi_test", "www.ciscodeviot.com",
"mqtt.ciscodeviot.com:1883", "")
# register input sensors
# the parameters are: sensor kind, sensor id, sensor display name
app.register("light", "grovelight", "GroveLight")
# register output sensors
# the parameters are: sensor kind, sensor id, sensor display name, action call back function
app.register_action("led", "groveled", "GroveLed", trigger_grove_led)
# run service
app.run()
while True:
try:
# get sensor value
exec import_sensor
add_sensor = "load_sensor_model({0:s},{1:s})".format(sensor_name, sensor_logic)
exec add_sensor
if __name__ == '__main__':
import_sensor_model()
devIot_address = config.get_string("address", "10.140.92.25:9000")
mqtt_address = config.get_string("mqtthost", "10.140.92.25:1883")
app_name = config.get_string("appname", "IndoorLocation")
devIot_account = config.get_info("account", "")
app = Gateway(app_name, devIot_address, mqtt_address, devIot_account)
app.is_virtual = True
for key in models:
app.register_custom_sensor(models[key])
app.run()
while True:
time.sleep(1.5)
devices = ServiceHelper.get_all_clients()
if devices is not None:
sensors = app.get_sensors()
for key in sensors:
sensor = sensors[key]
all_logic[sensor.kind].update(sensor, devices)
# action name will be 'on' or 'off'
def trigger_alert_shanghai(sensor_id, action):
print("shanghai " + action.name)
# action name will be 'on' or 'off'
def pollution_callback(sensor_id, action):
print("action %s occur at %s " % (action.name, sensor_id))
if __name__ == '__main__':
app_name = config.get_string("appname", "test")
print(app_name)
# create a gateway service instance
# the parameters are: app name, deviot address, mq server address, deviot account
app = Gateway("tingxin_test", "www.ciscodeviot.com", "mqtt.ciscodeviot.com:1883", "")
# register input sensors
# the parameters are: sensor kind, sensor id, sensor display name
app.register("PM25", "PM25Shanghai", "PM25Shanghai")
app.register("Noise", "NoiseShanghai", "NoiseShanghai")
# register output sensors
# the parameters are: sensor kind, sensor id, sensor display name, action call back function
app.register_action("Alert", "AlertToShanghai", "AlertToShanghai", trigger_alert_shanghai)
# register some output sensors
# don't set the action call back function for those sensors
app.register_action("Pollution", "PollutionSuzhou", "PollutionSuzhou")
app.register_action("Pollution", "PollutionBeijing", "PollutionBeijing")
import time
import os
import psutil
from DevIoTGateway.gateway import Gateway
account = raw_input(
"--Please enter DevIot email account([email protected]):\n")
gatewayname = account + "_gateway"
prefix = raw_input("--Please enter a Prefix for Sensor names:\n")
app = Gateway("gatewayname", "52.38.220.120:9000", "iot.eclipse.org:1883",
account)
# register input sensors
# the parameters are: sensor kind, sensor id, sensor display name
app.register("cpu", "cpu", prefix + "-CPU")
# register output sensors
# the parameters are: sensor kind, sensor id, sensor display name, action call back function
#app.register_action("led", "groveled", prefix+"-Led", trigger_grove_led)
# run service
app.run()
pid = os.getpid()
print pid
p = psutil.Process(pid)
print p.get_cpu_percent(interval=1.0)
print p.get_memory_percent()
print p.get_memory_info()
print p.get_cpu_times()
print p.get_open_files()
grovepi.pinMode(led, "OUTPUT")
# turn on/off the led when receive action from DevIot
# action name will be 'on' or 'off'
def trigger_grove_led(sensor_id, action):
print('led get action:' + action.name)
if action.name == 'on':
grovepi.digitalWrite(led, 1)
else:
grovepi.digitalWrite(led, 0)
# create a gateway service instance
# the parameters are: app name, deviot address, mq server address, deviot account
app = Gateway("grovepi_test", "www.ciscodeviot.com", "mqtt.ciscodeviot.com:1883", "")
# register input sensors
# the parameters are: sensor kind, sensor id, sensor display name
app.register("light", "grovelight", "GroveLight")
# register output sensors
# the parameters are: sensor kind, sensor id, sensor display name, action call back function
app.register_action("led", "groveled", "GroveLed", trigger_grove_led)
# run service
app.run()
while True:
try:
# get sensor value