class Alert(DA):
data = []
container_name = "alertContainer"
def _on_register(self):
alert_subscription = ContentSubscription(
None, self.container_name, content_handler=self._consumption_data)
self.add_content_subscription(alert_subscription)
print "alert_subscription to: Alert Container:" + self.container_name
def _consumption_data(self, application, container, content):
print "Got content at ZoneAlert"
for i in content:
min_match_percentage = i['min_match_percentage']
match_percentage = i['match_percentage']
lat = i['latitude']
lon = i['longitude']
drone_id = i['drone_id']
base64image = i['base64image']
self.data.append(match_percentage)
print "ALERT!!! - Possible Mining Zone detected at [Latitude, Longitude]: [", lat, ",", lon, "] with a dominant color match of:", match_percentage, "% > ", min_match_percentage, "% by Drone", drone_id, "Subscribe to this container to retrieve Base64 Image String"
app_instance = Alert()
gateway_ip = 'localhost:4000'
runner = FlaskRunner(app_instance, port=5097, host='localhost')
runner.run(gateway_ip)
def _consumption_data(self, application, container, content):
print "Got content at Central"
for i in content:
min_match_percentage = i['min_match_percentage']
match_percentage = i['match_percentage']
lat = i['latitude']
lon = i['longitude']
drone_id = i['drone_id']
image = i['base64image']
self.data.append(match_percentage)
if match_percentage > min_match_percentage:
data = {
"match_percentage": match_percentage,
"min_match_percentage": min_match_percentage,
"latitude": lat,
"longitude": lon,
"drone_id": drone_id,
"base64image": image
}
self.push_content(self.alertContainers[drone_id - 1], data)
print "ALERT SENT - Possible Mining Zone detected at [Latitude, Longitude]: [", lat, ",", lon, "] with a dominant color match of", match_percentage, "% > ", min_match_percentage, "% by Drone ", drone_id, "- information stored at container:", container.name
else:
print "Zone OK - dominant color match of", match_percentage, "% - Drone", drone_id, "at [Latitude, Longitude]: [", lat, ",", lon, "]", "- Container:", container.name
app_instance = Central()
core_ip = 'localhost:4000'
runner = FlaskRunner(app_instance, port=5076, host='localhost')
runner.run(core_ip)
# Example 16: Creating a simple Container
from openmtc_app.onem2m import XAE
from openmtc_app.flask_runner import FlaskRunner
class MyAE(XAE):
def _on_register(self):
container = self.create_container(None, "myContainer")
app_instance = MyAE()
runner = FlaskRunner(app_instance)
runner.run("http://localhost:8000")
flow = randint(0, 100)
oximetro = randint(0, 100)
temperatura = randint(0,100)
data = {
"temperature": temperatura,
"glucose": glucosa,
"presion": presion,
"flow": flow,
"spo2": oximetro
"house_id":self.house_id
}
self.push_content(self.container, data)
print data
time.sleep(5)
##identificador de cada sensor
house_id = 1
app_instance = TempSensor(house_id)
app_instance.app_id = 'TempSensor1'
app_instance.search_strings = ("TempHomes", )
gateway_add = '192.168.169.135:4000'
runner = FlaskRunner(app_instance,port=5001)
runner.run(gateway_add)
def connect_to_local(self):
print("IpeAe Starting....")
runner = FlaskRunner(self)
runner.run("http://localhost:8000")
from openmtc_app.flask_runner import FlaskRunner
from openmtc_app import ContentSubscription, DA
##Este se encarga de imprimir todo lo que se guarde en el contenedor de alertas, al que solo se envian los datos cuando la temperatura es mayor a 70
class Alarm(DA):
data = []
container_name = "alarmContainer"
def _on_register(self):
alarm_subscription = ContentSubscription(
None,
self.container_name,
content_handler=self._consumption_data
)
self.add_content_subscription(alarm_subscription)
print "alarm_subscription to: Sensor Container: " + self.container_name
def _consumption_data(self, application, container, content):
print "Got content"
for i in content:
##necesito un try catch para ver que tipo de alerta es.
temp = i['temperature']
house_id = i['house_id']
self.data.append(temp)
print "PROBLEMA:Temperatura:", temp
app_instance = Alarm()
gateway_ip= '192.168.169.135:4000'
runner = FlaskRunner(app_instance, port=5097, host='192.168.169.137')
runner.run(gateway_ip)
print "OK:Glucosa:", glucosa, "house_id: ", house_id, " Container: ", container.name
##Verificar Oximeter
if spo2 < 0.94:
print "PROBLEMA:Oximeter:", spo2 , "house_id: ", house_id, " Container: ", container.name
data = {
"spo2": spo2,
"house_id": house_id
}
self.push_content(self.alertContainers[house_id-1], data)
##print "Sent alert - temp:", temp, "house_id: ", house_id
else:
print "OK:Oximeter:", spo2, "house_id: ", house_id, " Container: ", container.name
##Verificar respiracion
if flow > 37.5:
print "PROBLEMA:Respiracion:", flow , "house_id: ", house_id, " Container: ", container.name
data = {
"flow": flow,
"house_id": house_id
}
self.push_content(self.alertContainers[house_id-1], data)
##print "Sent alert - temp:", temp, "house_id: ", house_id
else:
print "OK:Respiracion:", flow, "house_id: ", house_id, " Container: ", container.name
app_instance = Central()
core_ip = '192.168.169.135:4000'
runner = FlaskRunner(app_instance, port=5076, host='192.168.169.137')
runner.run(core_ip)
# while True:
# match_percentage = randint(0,100)
# lat = randint(-90,90)
# lon = randint(-180,180)
# data = {
# "match_percentage": match_percentage,
# "latitude": lat,
# "longitude": lon,
# "drone_id":1,
# "base64image": "base64imageLongString"
# }
# self.push_content(self.container, data)
# print data
# time.sleep(5)
app_instance = DroneSensor()
app_instance.app_id = 'DroneSensor'
app_instance.search_strings = ('ZonesInfo', )
gateway_add = 'localhost:4000'
runner = FlaskRunner(app_instance,port=5001)
runner.run(gateway_add)