def get_senadores_metadata_atual():
# Gets attributes from parlamentares and saves into Firebase
# --> still needs to put right below 'senadores URL', now it's using FB id there...
url = 'http://legis.senado.gov.br/dadosabertos/senador/lista/atual'
uh = urllib.urlopen(url)
data = uh.read()
tree = ET.fromstring(data)
senadores_tree = tree.findall('.//IdentificacaoParlamentar')
senadores_dict = {}
for sen in senadores_tree:
codigo = sen.find('CodigoParlamentar').text
# creates object with id 'codigo' and all data nested into that
senadores_dict[codigo] = {}
senadores_dict[codigo]['NomeParlamentar'] = sen.find('NomeParlamentar').text
senadores_dict[codigo]['SexoParlamentar'] = sen.find('SexoParlamentar').text
senadores_dict[codigo]['FormaTratamento'] = sen.find('FormaTratamento').text
senadores_dict[codigo]['UrlPaginaParlamentar'] = sen.find('UrlPaginaParlamentar').text
senadores_dict[codigo]['UrlFotoParlamentar'] = sen.find('UrlFotoParlamentar').text
senadores_dict[codigo]['EmailParlamentar'] = sen.find('EmailParlamentar').text
senadores_dict[codigo]['SiglaPartidoParlamentar'] = sen.find('SiglaPartidoParlamentar').text
senadores_dict[codigo]['UfParlamentar'] = sen.find('UfParlamentar').text
#firebase.post('/senadores', senadores_dict) # Substituir posteriormente por método genérico para salvar os dados
f = Firebase(FBURL + '/senadores')
f.put(senadores_dict)
def set_temp(request):
# Virtual DEvice
f = Firebase(
'https://developer-api.nest.com/devices/thermostats/N96fw5MnBnmwH4ZBZVOgvMwgbVqewXOS',
auth_token=
"c.9tKvASa4R9fG9hx8kFb9QeUMzxo5OalPNFY9YswzKzENRKn51hNdnx6ctVVjQgRUiCbumqTgFZtWnBDtJFzXLFM8QgdlwtRjWtB3rgfDog5juDNHXdpON9XtNyzulgjMJnPYIbgS74bQ8cUc"
)
# ACL Device
#f=Firebase('https://developer-api.nest.com/devices/thermostats/Q3Vcf1OhcRbUfcweDwMdCkNGApfAG1NY',auth_token="c.Q2DQ3IxfJwtrqg6vMRDjQHx4DBF30BoAwv8kOmV5wSCsTmFPTZR8gLxURcomK3tvWgvJAzpCFNfnZt7b56Va1YkxUaGwpgOXjBpX1gg7vPUj6ayinv8DCGSIzsx5Klz58xRVEtaS1ZBVlTyG")
tar_temp = request.GET['a']
tar_temp = int(tar_temp)
f.put({"target_temperature_f": tar_temp})
return HttpResponse(str(tar_temp))
def put_point_firebase(key, point):
# initiate the connexion to Firebase
token = create_token(FIREBASE_SECRET, AUTH_PAYLOAD)
firebase_project = FIREBASE_PROJECT + '/' + ROOT_OBJECT + '/' + key + '/.json'
firebase = Firebase(firebase_project, token)
firebase.put(point)
destinated_location = 0 # Destinated location
firebase_URL = str(
'https://ece158final.firebaseio.com/') + locations[destinated_location]
firebase_obj = Firebase(
firebase_URL) # Firebase object for sending HTTP requests
date = time.strftime('%m/%d/%Y') # Initialize time variable
data = None # Declare data variable
try:
while True:
# Let Arduino know that Raspberry Pi has connected to Firebase and is ready
GPIO.output(RPi_status_output, GPIO.HIGH)
if date is not time.strftime('%m/%d/%Y'):
# Push data to Firebase before resetting counters
result = firebase_obj.put(data)
# Reset occupancy every day
# occupancy_enter = 0
# occupancy_exit = 0
# Increment enter counter if PIR_enter sensor sends digital HIGH (person detected)
if GPIO.event_detected(PIR_enter_input):
occupancy_enter += 1
GPIO.output(
PIR_enter_output,
GPIO.HIGH) # Let Arduino know PIR_enter sensor triggered
else:
GPIO.output(
PIR_enter_output,
GPIO.LOW) # Let Arduino know PIR_enter sensor detected nothing
import subprocess, StringIO, csv
from simplejson import dumps
from firebase import Firebase
from time import sleep, time
firebase = Firebase('https://<your_app>.firebaseio.com/stations')
def fetch_data():
# get the newest capture.csv file, then use awk to get only Station data
cmd = r"cat /tmp/`ls -Art /tmp | grep capture | tail -n 1` | awk '/Station/{y=1;next}y'"
data = subprocess.Popen(cmd, shell=True, stdout=subprocess.PIPE).stdout.read()
f = StringIO.StringIO(data)
# convert the data to a list of dict() objects
conv = lambda row: {'station_mac':row[0], 'first_time_seen':row[1], 'last_time_seen':row[2], 'power':row[3]}
data = [row for row in csv.reader(f, delimiter=',') if len(row) != 0]
return [conv(row) for row in data]
while True:
print firebase.put(fetch_data())
sleep(1)
def put_point_firebase(key, point):
# initiate the connexion to Firebase
token = create_token(FIREBASE_SECRET , AUTH_PAYLOAD)
firebase_project = FIREBASE_PROJECT + '/' + ROOT_OBJECT + '/' + key +'/.json'
firebase = Firebase(firebase_project, token)
firebase.put(point)
import subprocess, StringIO, csv
from simplejson import dumps
from firebase import Firebase
from time import sleep, time
firebase = Firebase('https://<your_app>.firebaseio.com/stations')
def fetch_data():
# get the newest capture.csv file, then use awk to get only Station data
cmd = r"cat /tmp/`ls -Art /tmp | grep capture | tail -n 1` | awk '/Station/{y=1;next}y'"
data = subprocess.Popen(cmd, shell=True,
stdout=subprocess.PIPE).stdout.read()
f = StringIO.StringIO(data)
# convert the data to a list of dict() objects
conv = lambda row: {
'station_mac': row[0],
'first_time_seen': row[1],
'last_time_seen': row[2],
'power': row[3]
}
data = [row for row in csv.reader(f, delimiter=',') if len(row) != 0]
return [conv(row) for row in data]
while True:
print firebase.put(fetch_data())
sleep(1)
#!/usr/bin/python
from __future__ import print_function
import serial
#firebase python wrapper: https://github.com/mikexstudios/python-firebase
from firebase import Firebase
f = Firebase('https://leon-first-firebase.firebaseio.com/data/force_array')
force_arr = []
with serial.Serial('/dev/ttyACM0', 9600, timeout=5) as ser:
while True:
line = ser.readline().strip()
print("line:" + line)
if len(force_arr) > 20:
force_arr.pop(0)
force_arr.append(line)
f.put(force_arr)
print("finished!")
