def get_next(self):
name_to_id = {}
songs = Firebase(FIREBASE_URL + "songs").get()
vo_ids = []
bg_ids = []
for song_id in songs:
song = songs[song_id]
name_to_id[song['song_name'].lower().replace(" ", "")] = song_id
if song["file_type"] == "instrumental":
bg_ids += [song["id"]]
else:
vo_ids += [song["id"]]
vo_id = vo_ids[int(len(vo_ids) * random.random())]
bg_id = bg_ids[int(len(bg_ids) * random.random())]
next_song = Firebase(FIREBASE_URL + "next_song/")
song_name = next_song.get()['song_name']
if next_song.get()['must_play'] and song_name in name_to_id:
if next_song.get()['song_type'] == 'vocal':
vo_id = name_to_id[song_name]
else:
bg_id = name_to_id[song_name]
next_song.update({'must_play':0, 'song_name':-1})
vo_clip = self.slice_song(vo_id)
bg_clip = self.slice_song(bg_id)
return (vo_clip, bg_clip)
def send_news():
fb = Firebase('https://welse-141512.firebaseio.com/items')
old_items = fb.get()
if(old_items == None):
old_items = scrap()
new_items = scrap()
new_send = getNew(old_items, new_items)
counts = 0
el = []
users_fb = Firebase('https://welse-141512.firebaseio.com/ocz/')
users = users_fb.get()
for u in users:
user = Firebase('https://welse-141512.firebaseio.com/ocz/' + str(u))
user_data = user.get()
for type_u in user_data:
if(user_data[type_u]['subcribe'] == 1):
print new_send[type_u]
if len(new_send[type_u]) != 0:
el = []
for item in new_send[type_u]:
el.append({
"title": item['name'],
"subtitle": item['subtitle'],
"image_url": item['image'],
"buttons": [{
"title": "View",
"type": "web_url",
"url": item['link'],
},
{
"type":"element_share"
}],
"default_action": {
"type": "web_url",
"url": item['link']
}
})
print counts
if(counts >= 9 or new_send[type_u][-1]['name'] == item['name']):
print "send"
send_message(u, 'ใหม่!! ' + str(type_u) + ' ' + str(len(el)) + ' กระทู้ฝอยจัดให้!!')
send_generic(u, el)
r = random.uniform(0, 1)
counts = 0
el = []
break
counts += 1
else:
r = random.uniform(0, 1)
# if r > 0.98:
# send_message(u, 'ตลาดเงียบเหงาโคตร แต่ไม่ต้องกลัว ฝอยคอยจับตาดูให้อยู่ตลอด')
fb.set(new_items)
def run(self):
while True:
start_time = time.time()
cur_speed = Firebase(FIREBASE_URL + "cur_speed/")
bpm = cur_speed.get()['bpm']
dbpm = cur_speed.get()['dbpm']
cur_speed.update({'bpm':bpm+dbpm, 'dbpm':0})
(vo, bg) = self.get_next();
mashup = self.render_next(vo, bg, bpm, dbpm);
self.schedule(mashup)
time.sleep(max(MIX_DURATION - CROSSFADE_TIME - int(time.time() - start_time), 0))
def main():
BASE_URL = 'https://amber-fire-5569.firebaseio.com/Traffic/'
f = Firebase(BASE_URL)
results = f.get()
for key in results:
pprint(key)
pprint(results[key])
payload = results[key]
street1 = results[key]['intersection1']
street2 = results[key]['intersection2']
coords = intersection_to_coords(street1, street2)
print coords
try:
payload['Latitude'] = coords['Latitude']
except TypeError:
continue
payload['Longitude'] = coords['Longitude']
endpoint = Firebase(BASE_URL+key)
pprint(payload)
endpoint.set(payload)
def subscribe_user():
tracking_id = request.args.get('tracking_id')
fb_id = request.args.get('fb_id')
user = Firebase('https://bott-a9c49.firebaseio.com/users/' + fb_id)
tracks = user.get()
print tracks
found = False
found_track = ""
if tracks:
for track in tracks:
print track, tracking_id
if track == tracking_id:
found = True
found_track = track
if not found:
user.set({tracking_id: {'tag': 'NOT FOUND','subscribe': 'true','created_at':str(datetime.datetime.now())}})
else:
track_status = Firebase('https://bott-a9c49.firebaseio.com/users/' + fb_id + '/'+tracking_id).get()
user.set({tracking_id: {'tag': track_status['tag'] , 'subscribe': 'true','updated_at':str(datetime.datetime.now()) }})
message = {
"messages": [
{"text": u"ได้เลยครับ ถ้ามีอัพเดท ผมจะติดต่อไปทันที"}
]
}
return jsonify(message)
def get_votos_senador(codigo):
#r = requests.get('https://maisbr.firebaseio.com/senadores/' + codigo + '/votos.json')
#senadores_dict = r.json()
f = Firebase(FBURL + '/senadores/' + codigo + '/votos')
senadores_dict = f.get()
return senadores_dict
def get_votos_senador(codigo):
#r = requests.get('https://maisbr.firebaseio.com/senadores/' + codigo + '/votos.json')
#senadores_dict = r.json()
f = Firebase(FBURL + '/senadores/' + codigo + '/votos')
senadores_dict = f.get()
return senadores_dict
class Thermostat:
def __init__(self, auth, structure_id, device_id):
self.device_id = device_id
self.structure_id = structure_id
self.auth = auth
self.fb_target_temp = Firebase(
"https://developer-api.nest.com/devices/thermostats/" + device_id + "/target_temperature_f", auth_token=auth
)
self.fb_away = Firebase("https://developer-api.nest.com/structures/" + structure_id + "/away", auth_token=auth)
# Method to return the target temp
def getTargetTemp(self):
return self.fb_target_temp.get()
# Method to return the away status
def getAwayStatus(self):
return self.fb_away.get()
def updateProjectFeatures(id):
fire = Firebase("https://friendlychat-1d26c.firebaseio.com/protectedResidential/9999/projects/-KLLdC7joRUmOsT11Efp")
temp = fire.get()
# projects_all = fire.get()
# print json.dumps(temp, indent = 4)
price_range,size_range = price_size_range({"-KLLdC7joRUmOsT11Efp" : temp})
# print price_range, size_range
updated_features = all_features_mapping(getProjectDataDoc(id), getProjectFeaturesDoc(id), price_range, size_range)
es.update(index = 'projects', doc_type = 'features', id = id, body = {"doc" : updated_features})
def createUsersDatabase():
auth_payload = {"uid": "bhptnfQoq1eEytRBbjjGDrv40oC2"}
token = create_token("neftLmN0eBpzsRLAasLcer70wt6KqM6OZmoHKgFd",
auth_payload)
fire = Firebase("https://roofpik-948d0.firebaseio.com/users/data/",
auth_token=token)
users_all = fire.get()
for i in users_all:
createUserJSON(i)
def get_dict_nomes_senadores():
# Retorna lista com nomes de todos os senadores salvos no DB
f = Firebase(FBURL + '/senadores')
dados = f.get()
dict_nomes = {}
for key, val in dados.iteritems():
dict_nomes[key] = val['NomeParlamentar']
return dict_nomes
def get_dict_nomes_senadores():
# Retorna lista com nomes de todos os senadores salvos no DB
f = Firebase(FBURL + '/senadores')
dados = f.get()
dict_nomes = {}
for key, val in dados.iteritems():
dict_nomes[key] = val['NomeParlamentar']
return dict_nomes
def createProjectsDatabase():
fire = Firebase("https://friendlychat-1d26c.firebaseio.com/protectedResidential/9999/projects/-KLLdC7joRUmOsT11Efp/")
i = '-KLLdC7joRUmOsT11Efp'
temp = fire.get()
# projects_all = fire.get()
# for i in projects_all:
# createProjectDataIndex(i, projects_all[i])
createProjectDataIndex(i, temp )
createProjectFeaturesIndex(i)
updateProjectFeatures(i)
def send_news():
fb = Firebase('https://welse-141512.firebaseio.com/movies')
old_items = fb.get()
if (old_items == None):
old_items = scrap_movie()
new_items = scrap_movie()
new_send = getNew(old_items, new_items)
users_fb = Firebase('https://welse-141512.firebaseio.com/submovies/')
users = users_fb.get()
for u in users:
user = Firebase('https://welse-141512.firebaseio.com/submovies/' +
str(u))
user_data = user.get()
for m in user_data:
el = []
for newMovie in new_send:
if m['name'] == newMovie['title']:
el.append({
"title":
newMovie['title'],
"subtitle":
str(newMovie['imdb']),
"image_url":
newMovie['image'],
"buttons": [{
"title": u"ดู",
"type": "web_url",
"url": newMovie['link'],
}],
"default_action": {
"type": "web_url",
"url": newMovie['link']
}
})
if len(el) == 10 or newMovie['title'] == new_send[-1]['title']:
send_generic(sender_id, el)
break
fb.set(new_items)
def get_nest(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"
)
rst = f.get()
#hum = str(rst.get('humidity'))
return HttpResponse(json.dumps(rst))
def bot_beta_node():
bot_id = request.args.get('bot_id')
block_id = request.args.get('block_id')
block = Firebase('https://bot-platform-a5a5a.firebaseio.com/bots/bot_' + str(bot_id) + '/blocks/block' + str(block_id))
if(block is not None):
nodes = block.get()['nodes']
el = []
for node in nodes:
if(len(el) >= 9):
break
n = Firebase('https://bot-platform-a5a5a.firebaseio.com/bots/bot_' + str(bot_id) + '/blocks/block' + str(block_id) + '/nodes/' + node ).get()
el.append({
"title": n['nodeResponse']['response'],
"subtitle": n['node_type'],
"buttons": [{
"set_attributes":
{
"node_id": n['node_id'],
},
"title": u"เลือก",
"type": "show_block",
"block_name": "node_text",
}]
})
message = {
"messages": [
{
"attachment": {
"type": "template",
"payload": {
"template_type": "generic",
"elements": el,
}
}
},{
"text": u"เลือก Node ที่จะแก้เลยคร้าบบบ"
}
]
}
else:
message = {
"messages": [
{ "text": u"อืมมมม..." }
]
}
return jsonify(message)
def bot_beta_block():
bot_id = request.args.get('bot_id')
bot = Firebase('https://bot-platform-a5a5a.firebaseio.com/bots/bot_' + str(bot_id))
if(bot is not None):
blocks = bot.get()['blocks']
el = []
for block in blocks:
if(len(el) >= 9):
break
b = Firebase('https://bot-platform-a5a5a.firebaseio.com/bots/bot_' + str(bot_id) + '/blocks/' + block).get()
el.append({
"title": b['block_name'],
"subtitle": "bot_id: " + str(b['bot_id']),
"buttons": [{
"set_attributes":
{
"block_id": b['block_id'],
},
"title": u"เลือก",
"type": "show_block",
"block_name": "node_list",
}]
})
message = {
"messages": [
{
"attachment": {
"type": "template",
"payload": {
"template_type": "generic",
"elements": el,
}
}
},{
"text": u"เลือก Block ที่จะแก้เลยคร้าบบบ"
}
]
}
else:
message = {
"messages": [
{ "text": u"อืมมมม..." }
]
}
return jsonify(message)
def get_point_firebase():
points = {}
# initiate the connexion to Firebase
token = create_token(FIREBASE_SECRET , AUTH_PAYLOAD)
firebase_project = FIREBASE_PROJECT + '/' + ROOT_OBJECT + '.json'
firebase = Firebase(firebase_project, token)
results = firebase.get()
if results is not None:
for result in results:
points[results[result]['id']] = {
'key': result,
'data': results[result]
}
return points
def get_point_firebase():
points = {}
# initiate the connexion to Firebase
token = create_token(FIREBASE_SECRET, AUTH_PAYLOAD)
firebase_project = FIREBASE_PROJECT + '/' + ROOT_OBJECT + '.json'
firebase = Firebase(firebase_project, token)
results = firebase.get()
if results is not None:
for result in results:
points[results[result]['id']] = {
'key': result,
'data': results[result]
}
return points
firstIndexPrice = pricesDictionary[date]["close"]
return {"totalRevenue":totalRevenue, "firstPrice":firstPrice, "thirtyDayRevenue":thirtyDayRevenue, "firstThirtyDayPrice": firstIndexPrice, "daysRight":daysRight, "daysWrong":daysWrong, "todayDecision": todayDecision}
#
# client = pubsub.Client.from_service_account_json('/banshee/credentials.json', 'money-maker-1236')
# topic = client.topic('hotstocks')
# subscription = topic.subscription('hot_shadow_stocks')
#should insert while loop around so it continues to pull while there are still items in the queue
# get prices and trends snapshot
prices = Firebase("https://sv2.firebaseio.com/etf_prices")
pricesResults = prices.get()
hotpipeline = Firebase("https://sv2.firebaseio.com/hotpipeline")
hotpipelineResults = hotpipeline.get()
runningProcesses = {}
pipeEmpty = False
for stock in pricesResults:
stockPresent = True
for i in range(1,8): #change to 7 days (1,8)
if "sage:" + stock + ":" + str(i) not in hotpipelineResults:
stockPresent = False
if "wizard:" + stock + ":" + str(i) not in hotpipelineResults:
stockPresent = False
fl = fcntl.fcntl(sys.stdin.fileno(), fcntl.F_GETFL)
fcntl.fcntl(sys.stdin.fileno(), fcntl.F_SETFL, fl | os.O_NONBLOCK)
#setup serial for communicating with the Arduino
ser = serial.Serial('/dev/ttyACM0', 9600)
fire_url = 'https://smart-fridge-76b1c.firebaseio.com'
fireserial = Firebase(fire_url + '/Serials')
firein = Firebase(fire_url + '/In Fridge')
#fireout = Firebase(fire_url+'/Taken Out')
fireputin = Firebase(fire_url + '/Functions/PutIn')
firetakeout = Firebase(fire_url + '/Functions/TakeOut')
#Grab serials and num items in fridge
serials = fireserial.get()
num_in = len(firein.get())
def put_in(scanned):
global num_in
num_in += 1
fireputin.patch({scanned: True})
print "Puttin in " + serials[scanned]
def take_out(scanned):
global num_in
num_in -= 1
# # Instantiate a table resource object without actually
# # creating a DynamoDB table. Note that the attributes of this table
# # are lazy-loaded: a request is not made nor are the attribute
# # values populated until the attributes
# # on the table resource are accessed or its load() method is called.
# table = dynamodb.Table('tweets')
query_terms = {}
news_terms = {}
apiKey = "4469bdfb1ad6870179e7360fe95cc84f839389f1"
while True:
try:
f = Firebase('https://sv2.firebaseIO.com/terms')
query_terms = f.get()
break
except:
print("Download Error")
while True:
try:
f = Firebase('https://sv2.firebaseIO.com/news')
news_terms = f.get()
break
except:
print("Download Error")
for term in query_terms:
class TestApp(App):
def __init__(self):
super(TestApp, self).__init__()
self.rfidReader = RFIDReader(handler_function=self.handler)
self.firebase = Firebase(config)
self.cleanInfoEvent = None
self.screen_manager = ScreenManager(transition=NoTransition())
self.home_screen = HomeScreen(name='home')
self.viewer_screen = ViewerScreen(name='viewer',
firebase=self.firebase)
self.screen_manager.add_widget(self.home_screen)
self.screen_manager.add_widget(self.viewer_screen)
def build(self):
self.rfidReader.start()
return self.screen_manager
def stop(self):
self.rfidReader.stop()
def __del__(self):
self.rfidReader.stop()
def getUserData(self, rfid):
try:
user_data = self.firebase.get("users/" + rfid).val()
return user_data
except Exception:
raise Exception(
"Nessuna connessione ad internet. Contatta la segreteria!")
def downloadUserFile(self, rfid, destination_path, filename_path):
try:
system("mkdir -p %s" % destination_path)
system("rm -f %s/*" % destination_path)
node = self.firebase.getNode("users/" + rfid + "/scheda.zip")
node.download(filename_path)
except Exception as e:
raise Exception("Impossibile scaricare file dal server. " + str(e))
def extractUserFile(self, rfid, destination_path, filename_path):
try:
with zipfile.ZipFile(filename_path, "r") as zip_ref:
for zip_info in zip_ref.infolist():
if zip_info.filename[-1] == '/':
continue
zip_info.filename = path.basename(zip_info.filename)
zip_ref.extract(zip_info, destination_path)
except Exception:
raise Exception(
"Impossibile estrarre scheda dall'archivio. Contatta la segreteria!"
)
def createQRCode(self, rfid, destination_path):
try:
qr = pyqrcode.create(
'https://firebasestorage.googleapis.com/v0/b/master-fitness.appspot.com/o/users%2F'
+ rfid + '%2Fscheda.pdf?alt=media')
qr.png(destination_path + '/qr_code.png', scale=4)
except Exception as e:
raise Exception(
"Impossibile creare il QR Code. Contatta la segreteria!")
def loadViewerScreen(self, rfid, *largs):
try:
# try to download user data from firebase
user_data = self.getUserData(rfid)
# if user data is not found, raise exception
if not user_data:
raise Exception(
"Utente non registrato. Chiedi informazioni in segreteria!"
)
# ex. filename_path: storage_data/0123456789/scheda_2019-12-28_02-06-09.zip
destination_path = 'storage_data/' + rfid
filename_path = destination_path + '/' + user_data['file']
# if .zip file doesnt exist download from firebase
if not path.isfile(filename_path):
self.downloadUserFile(rfid, destination_path, filename_path)
if not path.isfile(destination_path + '/scheda_0.jpg'):
self.extractUserFile(rfid, destination_path, filename_path)
if not path.isfile(destination_path + '/qr_code.png'):
self.createQRCode(rfid, destination_path)
self.viewer_screen.setUserData(user_data)
self.screen_manager.current = 'viewer'
except Exception as e:
self.showHint(str(e))
def handler(self, rfid):
Clock.schedule_once(
partial(self.home_screen.setHintMessage, "Carico scheda..."), -1)
self.screen_manager.current = 'home'
Clock.schedule_once(partial(self.loadViewerScreen, rfid), 0.1)
def showHint(self, text, timeout=6):
if self.cleanInfoEvent: Clock.unschedule(self.cleanInfoEvent)
self.home_screen.setHintMessage(text)
self.cleanInfoEvent = Clock.schedule_once(
partial(self.home_screen.setHintMessage, ""), timeout)
def get_nome_from_codigo(codigo): # Retorna nome do senador cujo código foi passado no argumento f = Firebase(FBURL + '/senadores/' + codigo + '/NomeParlamentar') return f.get()
import requests
from firebase import Firebase
import json
# Open AccessToken file to load access token for Nest API
with open('AccessToken.json') as json_file:
data = json.load(json_file)
access_token = data['access_token']
email = '*****@*****.**'
# create firebase object
fb = Firebase('https://developer-api.nest.com/devices',
auth_token=access_token)
# get devices
devices = fb.get()
# dump devises into json file
with open('devices.json', 'w') as json_out:
json.dump(devices, json_out)
print devices
print "Devices file created!"
def decrease_speed(self):
cur_speed = Firebase(FIREBASE_URL + 'cur_speed/')
bpm = cur_speed.get()['bpm']
cur_speed.update({'bpm':bpm, 'dbpm':-20})
except:
print ("Upload error...trying again!")
runningProcesses = {}
pipeEmpty = False
current_time = "2015-08-14"
query_terms = {}
twitterData = {}
while True:
try:
f = Firebase('https://sv2.firebaseIO.com/terms')
query_terms = f.get()
f = Firebase('https://sv2.firebaseIO.com/tweets')
twitterData = f.get()
break
except:
print("Download Error")
while True:
while(len(runningProcesses) < 31 and pipeEmpty == False):
term = None
while pipeEmpty == False:
try:
while True:
term = query_terms.popitem()[0]
if '2014-10-25' not in twitterData[term]:
import os
import sys
import math
from multiprocessing import Process
# get prices and trends snapshot
pricesResults = {}
while True:
try:
# get prices and trends snapshot
prices = Firebase("https://sv2.firebaseio.com/prices")
pricesResults = prices.get()
print("Got Prices")
break
except:
print("Download Error")
#add stocks to pipeline
client = pubsub.Client.from_service_account_json('/banshee/credentials.json', 'money-maker-1236')
topic = client.topic('stocks')
while True:
try:
with topic.batch() as batch:
for stock in pricesResults:
thirtyDayRevenue += dic["revenue"]
if firstIndexPrice == 0.0 and date in pricesDictionary and date < lastIndexFirstPrice:
lastIndexFirstPrice = date
firstIndexPrice = pricesDictionary[date]["close"]
return {"totalRevenue":totalRevenue, "firstPrice":firstPrice, "thirtyDayRevenue":thirtyDayRevenue, "firstThirtyDayPrice": firstIndexPrice, "daysRight":daysRight, "daysWrong":daysWrong, "todayDecision": todayDecision}
#should insert while loop around so it continues to pull while there are still items in the queue
# get prices and trends snapshot
prices = Firebase("https://sv2.firebaseio.com/prices")
pricesResults = prices.get()
algorithmsResults = {}
while True:
try:
algorithms = Firebase("https://sv2.firebaseio.com/google_decision_data_current/aggregation")
algorithmsResults["aggregation"] = algorithms.get()
break
except:
print("aggregation issue")
while True:
try:
algorithms = Firebase("https://sv2.firebaseio.com/google_decision_data_current/aggregation_ninety")
algorithmsResults["aggregation_ninety"] = algorithms.get()
break
def build_firebase_connection(item):
firebase = Firebase('https://roofpik-948d0.firebaseio.com/'+str(item))
data = firebase.get()
return data
import requests
import json
from firebase import Firebase
import datetime
from datetime import timedelta
quotes_to_check = {}
while True:
try:
f = Firebase('https://sv2.firebaseio.com/stock_tickers')
quotes_to_check = f.get()
break
except:
print("Download Error")
print("Got Tickers")
#updated to just get current price for stock
for quote in quotes_to_check:
print("Getting Data for " + quote + "...")
while True:
try:
print("https://chartapi.finance.yahoo.com/instrument/1.0/"+ quotes_to_check[quote] +"/chartdata;type=quote;range=7d/json")
r = requests.get("https://chartapi.finance.yahoo.com/instrument/1.0/"+ quotes_to_check[quote] +"/chartdata;type=quote;range=7d/json")
# r = requests.get("https://query.yahooapis.com/v1/public/yql?q=select%20*%20from%20yahoo.finance.historicaldata%20where%20symbol%20%3D%20%22" + quotes_to_check[quote] + "%22%20and%20startDate%20%3D%20%22" + last_year + "%22%20and%20endDate%20%3D%20%22" + current_time + "%22&format=json&env=store%3A%2F%2Fdatatables.org%2Falltableswithkeys&callback=")
# r = requests.get("https://query.yahooapis.com/v1/public/yql?q=select%20*%20from%20yahoo.finance.quote%20where%20symbol%20in%20(%22" + quotes_to_check[quote] + "%22)&format=json&diagnostics=true&env=store%3A%2F%2Fdatatables.org%2Falltableswithkeys&callback=")
validJson = r.content[:-1]
#!/usr/bin/env python
from firebase import Firebase
import smtplib
from email.MIMEMultipart import MIMEMultipart
from email.MIMEText import MIMEText
import json
import logging
firebase = Firebase('https://YOURFIREBASE.firebaseio.com/contacts')
contact_list = firebase.get()
server = smtplib.SMTP('smtp.gmail.com', 587)
server.starttls()
fromaddr = ‘[email protected]'
toaddr = ‘[email protected]’
msg = MIMEMultipart()
msg['From'] = formatter
msg['To'] = toaddr
server.login(fromaddr, ‘YOUR_PASSWORD’)
for cl in contact_list:
contact_name = str(contact_list[cl]['name'])
contact_phone = str(contact_list[cl]['phone'])
contact_email = str(contact_list[cl]['email'])
contact_message = str(contact_list[cl]['message'])
contact_type = str(contact_list[cl]['type'])
contact_pref = str(contact_list[cl]['contact'])
try:
contact_view = str(contact_list[cl]['viewed'])
except Exception, e:
if date > thirtyDaysAgoString:
thirtyDayRevenue += dic["revenue"]
if firstIndexPrice == 0.0 and date in pricesDictionary and date < lastIndexFirstPrice:
lastIndexFirstPrice = date
firstIndexPrice = pricesDictionary[date]["close"]
return {"totalRevenue":totalRevenue, "firstPrice":firstPrice, "thirtyDayRevenue":thirtyDayRevenue, "firstThirtyDayPrice": firstIndexPrice, "daysRight":daysRight, "daysWrong":daysWrong, "todayDecision": todayDecision}
#should insert while loop around so it continues to pull while there are still items in the queue
# get prices and trends snapshot
prices = Firebase("https://sv2.firebaseio.com/prices")
pricesResults = prices.get()
algorithms = Firebase("https://sv2.firebaseio.com/decision_data")
algorithmsResults = algorithms.get()
single_algorithms = Firebase("https://sv2.firebaseio.com/single_decision_data")
single_algorithmsResults = single_algorithms.get()
for stock in pricesResults:
runStockAlgorithms(stock, pricesResults[stock], algorithmsResults, single_algorithmsResults)
runningProcesses = {}
pipeEmpty = False
# while True:
# while(len(runningProcesses) < 15 and pipeEmpty == False): #16 core machines
# Initialize button sensor object using pin 2.
button = grove.GroveButton(2)
# Initialize touch sensor object using pin 3.
touch = ttp223.TTP223(3)
# Initialize LCD screen.
myLcd = lcd.Jhd1313m1(0, 0x3E, 0x62)
# Boolean to recognize if any sensor is activated.
sensorPressed = False
firebase = Firebase('https://hounds.firebaseio.com/Park/Zones/-TEC' + str(sys.argv[1]) + '/', None)
#print "Base"
#print firebase
result = firebase.get()
#print "Result"
#print result
zone = ParkingZone.ParkingZone(int(sys.argv[1]) + 1, result['capacity'], result['occupied'])
# Write into lcd screen.
myLcd.clear()
myLcd.setCursor(0, 0)
myLcd.write("Zone " + str(zone.getZone()))
myLcd.setCursor(1, 0)
myLcd.write("Free spots: " + str(zone.calculateSpots()))
while 1:
if not sensorPressed: # Is any sensor activated?
if button.value(): # Button zone 1 pressed.
# get prices and trends snapshot
pricesResults = {}
trendsResults = {}
tweetsResults = {}
wikipediaResults = {}
priceGroupResults = {}
while True:
try:
# get prices and trends snapshot
prices = Firebase("https://sv2.firebaseio.com/prices")
pricesResults = prices.get()
print("Got Prices")
trends = Firebase("https://sv2.firebaseio.com/google_trends")
trendsResults = trends.get()
print("Got Trends")
tweets = Firebase("https://sv2.firebaseio.com/tweets")
tweetsResults = tweets.get()
print("Got Tweets")
wikipedia = Firebase("https://sv2.firebaseio.com/wikipedia")
wikipediaResults = wikipedia.get()
print("Got wikipedia")
break
except:
print("Download Error")
import requests
import json
from firebase import Firebase
import datetime
from datetime import timedelta
import time
query_terms = {}
while True:
try:
f = Firebase('https://sv2.firebaseIO.com/terms_wikipedia')
query_terms = f.get()
break
except:
print("Download Error")
startDate = datetime.datetime.now() - timedelta(days=3)
yesterday = datetime.datetime.now() - timedelta(days=1)
today = datetime.datetime.now() + timedelta(days=1)
for term in query_terms:
print(term)
while True:
try:
r = requests.get("https://wikimedia.org/api/rest_v1/metrics/pageviews/per-article/en.wikipedia.org/all-access/all-agents/" + term + "/daily/" + startDate.strftime('%Y%m%d') + "00/" + today.strftime('%Y%m%d') + "00")
try:
json.loads(r.content)
except:
from firebase import Firebase
import requests
f = Firebase('https://burning-fire-8681.firebaseio.com/see-again-choices-R1/Alex')
r = f.push(
{
"user_num": 24,
"n": 9,
"mn": 5,
"my": 7,
"y": 12
}
)
# ff = Firebase('https://burning-fire-8681.firebaseio.com/see-again-choices-R1/{}'.format(r["name"]))
s = f.get()
print r # {u'name': u'-Jnbjgqt4tThZmXkyhcS'}
# print s # {u'name': u'-Jnbjh7LWmhSyoIGbgyZ'}
pprint(s)
pprint(s[r["name"]])
# These are the names of the snapshots --
# dictionaries containing Firebase's REST response.
print "\n\n\n\n"
ff = Firebase("https://burning-fire-8681.firebaseio.com/see-again-choices-R1")
def get_nome_from_codigo(codigo):
# Retorna nome do senador cujo código foi passado no argumento
f = Firebase(FBURL + '/senadores/' + codigo + '/NomeParlamentar')
return f.get()
firstIndexPrice = pricesDictionary[date]["close"]
return {"totalRevenue":totalRevenue, "firstPrice":firstPrice, "thirtyDayRevenue":thirtyDayRevenue, "firstThirtyDayPrice": firstIndexPrice, "daysRight":daysRight, "daysWrong":daysWrong, "todayDecision": todayDecision}
#
# client = pubsub.Client.from_service_account_json('/banshee/credentials.json', 'money-maker-1236')
# topic = client.topic('hotstocks')
# subscription = topic.subscription('hot_shadow_stocks')
#should insert while loop around so it continues to pull while there are still items in the queue
# get prices and trends snapshot
prices = Firebase("https://sv2.firebaseio.com/prices")
pricesResults = prices.get()
runningProcesses = {}
pipeEmpty = False
for stock in pricesResults:
algorithmsResults = {}
print(stock)
while True:
try:
algorithms = Firebase("https://seagle.firebaseio.com/" + stock)
algorithmsResults = algorithms.get()
break
except:
print("fetch error")
runStockAlgorithms(stock, pricesResults[stock], algorithmsResults )
except:
print ("Upload error...trying again!")
google_username = "******"
google_password = "******"
path = "/banshee/"
#Currently set for January
world_query_terms = {}
while True:
try:
f = Firebase('https://sv2.firebaseIO.com/terms')
world_query_terms = f.get()
break
except:
print("Download Error")
# connect to Google
connector = pyGTrends(google_username, google_password)
#WorldWide Trends
for query_term in world_query_terms:
getReport(query_term, "today 80-d", "world", False)
csvfile = open(path + query_term + ".csv", 'r')
#computed in advance
import os
import sys
import math
from multiprocessing import Process
# get prices and trends snapshot
pricesResults = {}
while True:
try:
# get prices and trends snapshot
prices = Firebase("https://sv2.firebaseio.com/prices")
pricesResults = prices.get()
print("Got Prices")
break
except:
print("Download Error")
#
client = pubsub.Client.from_service_account_json('/banshee/credentials.json', 'money-maker-1236')
topic = client.topic('algos')
pipelineResults = {}
notReady = True
itemsNotReady = 0
timesNotReadyWithCount = 0
itemsNeedToReplace = {}
def build_firebase_connection(item):
firebase = Firebase('https://roofpik-948d0.firebaseio.com/' + str(item))
data = firebase.get()
return data
