def make_firebase_entries(user_name):
user_payments = json.loads(get_user_payments(user_name))
# print(json.dumps(user_payments))
present = time.strftime('%Y-%m-%d');
perDayMoney = get_per_day_money(user_name);
print(perDayMoney)
for eachPurchase in user_payments:
fb_purchaseID = firebase.get('users/'+user_name+'/donationHistory/' + present, eachPurchase["_id"])
if (fb_purchaseID == None):
merchant_for_payment = get_merchant_by_id(eachPurchase["merchant_id"])
amount = eachPurchase['amount']
date = eachPurchase['purchase_date']
pruchaseID = eachPurchase['_id']
existingTotal = firebase.get('/users/'+user_name+'/donationHistory/'+date, 'Total');
if(existingTotal==None):
existingTotal = 0.0
if(math.ceil(amount) - amount) <= 0.3:
extra_amount = float("{0:.2f}".format(math.ceil(amount)-amount))
customJSON = {'original': amount,
'extra':extra_amount,
'date':date,
'merchant':merchant_for_payment}
newTotal = existingTotal+extra_amount
newTotal = float("{0:.2f}".format(newTotal))
if(newTotal < perDayMoney):
resp = firebase.put('/users/'+user_name+'/donationHistory/'+date, pruchaseID, customJSON);
firebase.delete('/users/'+user_name+'/donationHistory/'+date, 'Total')
resp2 = firebase.put('/users/'+user_name+'/donationHistory/'+date, 'Total', newTotal);
def foodLog():
global userId
logs = firebase.get('/DayFoodLog', None)
for day in logs:
dayInfo = firebase.get('/DayFoodLog/'+day, None)
if dayInfo["UserID"] == userId:
print("Date: " + dayInfo["date"] + " Intake: " + dayInfo['CaloricIntake'])
def add():
id = id_generator()
route = "/" + id
result = firebase.get(route, None)
while result != None:
id = id_generator()
route = "/" + id
result = firebase.get(route, None)
item = request.form["item"]
animal = request.form["animal"]
depth = request.form["depth"]
recovered = request.form["isRecovered"]
material = request.form["material"]
lat = request.form["lat"]
lon = request.form["lon"]
photo = request.form["photo"]
print lon
print photo
route = "/" + id
firebase.put(route, "Item", item)
firebase.put(route, "Animals", animal)
firebase.put(route, "Depth", depth)
firebase.put(route, "Recovered", recovered)
firebase.put(route, "Material", material)
firebase.put(route, "Lat", lat)
firebase.put(route, "Lon", lon)
firebase.put(route, "Photo", photo)
return redirect('/thankyou');
def save_statuses():
while True:
timestamp = int(time.time() * 1000)
for machine_id, machine in scrape_machines().iteritems():
last = firebase.get(url="/machines/%s/statuses" % machine_id, name=None) # params={"limitToLast": 1}
last_array = sorted(last.values(), key=lambda x: x[0]) if last else []
last_timestamp, last_status = last_array[-1] if last else ("", "")
status = machine.pop('status')
if status == "Out of service": continue
if last_status != status:
firebase.put(url='/machines/%s/statuses' % machine_id, name=timestamp, data=(timestamp, status), headers={'print': 'pretty'})
firebase.put(url='/machines/%s' % machine_id, name='timestamp', data=timestamp, headers={'print': 'pretty'})
firebase.put(url='/machines/%s' % machine_id, name='status', data=status, headers={'print': 'pretty'})
print machine_id, t.red(last_status), "=>", t.green(status)
if status == "Avail":
all_avails = [tm for tm,st in last_array[:-1] if st == "Avail" and tm < timestamp] if last else None
last_avail_timestamp = all_avails[-1] if all_avails else None
last_avail_timestamp_index = last_array.index([last_avail_timestamp, "Avail"]) if last_avail_timestamp else None
timestamp_after_last_avail = last_array[last_avail_timestamp_index + 1][0] if last_avail_timestamp_index else None
if timestamp_after_last_avail:
prev_num_runs = firebase.get(url='/machines/%s' % machine_id, name='num_runs', headers={'print': 'pretty'}) or 0
firebase.put(url='/machines/%s' % machine_id, name='num_runs', data=prev_num_runs+1, headers={'print': 'pretty'})
firebase.post(url='/machines/%s/runs' % machine_id, data=(timestamp_after_last_avail, timestamp), headers={'print': 'pretty'})
print machine_id, "Run Complete:", timestamp_after_last_avail, timestamp
print "\nSleeping 10 seconds ...\n"
def putToFirebase(date, soundSensor, vibrationSensor, moveSensor, lightSensor, soundThreshold, vibrationThreshold, moveThreshold, lightThreshold, status, push, pull, number = "+79601825839"):
field = \
{
"date" : date,
"sensor" : {
"sound" : soundSensor,
"vibration" : vibrationSensor,
"move" : moveSensor,
"light" : lightSensor
},
"threshold" : {
"sound" : soundThreshold,
"vibration" : vibrationThreshold,
"move" : moveThreshold,
"light" : lightThreshold
},
"status" : status,
"number" : number,
"notification" : {
"pull" : 0,
"push" : 0
}
}
prevDate = firebase.get('','last/date')
prevField = firebase.get('','last')
firebase.put('',prevDate,prevField)
firebase.put('','last',field)
def getFirebaseAsDict():
firebase_url = 'https://cflo-sbd.firebaseio.com'
from firebase import firebase
firebase = firebase.FirebaseApplication(firebase_url, None)
result = firebase.get('/transactions_master', None)
result2 = firebase.get('/transactions_compare', None)
return [result, result2]
def setDictionary():
dict = {}
#print "getting top stories from hacker-news"
result = firebase.get('/v0/topstories', None)
# result = result[:200]
for itemid in result:
try:
data = firebase.get('/v0/item/' + str(itemid), None)
if (data['type'] == 'story'):
# get tags
url = data['url']
(to_insert, tags) = selectTags(itemid)
# store to temp db
r.db("tagger_db").table("id2html").insert({"id": itemid, "tag_string": to_insert}).run(connection)
if len(tags) > 1:
title = data['title']
score = str(data['score'])
usr = data['by']
comments = str(data['descendants'])
myString = "<tr class='athing'><td align=\"right\" valign=\"top\" class=\"title\"><span class=\"rank\"> </span></td><td><center><a id=\"up_10287983\"><div class=\"votearrow\" title=\"upvote\"></div></a></center></td><td class=\"title\"><span class=\"deadmark\"></span><a href=\"" + url + "\">" + title + "</a>" + to_insert + "</td><td><center><a id=\"up_10287983\"><div class=\"votearrow\" title=\"upvote\"></div></a></center></td></tr><tr><td colspan=\"2\"></td><td class=\"subtext\"><span class=\"score\">" + score + " points</span> by <a>" + usr + "</a> | <a>" + comments +" comments</a></td></tr><tr class=\"spacer\" style=\"height:5px\"></tr>"
print "tags: ", tags[0], tags[1]
add(tags[0], myString, dict)
add(tags[1], myString, dict)
except KeyError:
pass
# r.db("test").table("tag_dict").delete().run(connection)
r.db("tagger_db").table("tag2html").insert(dict).run(connection)
def slot (self):
self.current_slot = self.comboBox.currentText()
self.current_name = firebase.get("/users", "{0}".format(self.current_slot))
self.lineEdit.setText(self.current_name["nome"])
self.lineEdit_2.setText(self.current_name["idade"])
self.lineEdit_7.setText(self.current_name["email"])
self.lineEdit_10.setText(self.current_name["telefone"])
self.lineEdit_6.setText(self.current_name["facebook"])
self.lineEdit_8.setText(self.current_name["snapchat"])
self.lineEdit_9.setText(self.current_name["instagram"])
self.lineEdit_11.setText(self.current_name["adicional"])
self.lineEdit_4.setText(self.current_name["curso"])
self.lineEdit_3.setText(self.current_name["aniversario"])
self.frase = 0
dicientidades = firebase.get("/users/{0}".format(self.current_slot), "/entidade")
listadeentidades = []
for v in dicientidades.values():
listadeentidades.append(v)
if len(listadeentidades) == 1 :
self.lineEdit_5.setText("{0}".format(listadeentidades[0]))
elif len(listadeentidades) == 2 :
self.lineEdit_5.setText("{0} e {1}".format(listadeentidades[0], listadeentidades[1]))
elif len(listadeentidades) == 3:
self.lineEdit_5.setText("{0}, {1} e {2}".format(listadeentidades[0], listadeentidades[1], listadeentidades[2]))
else:
self.lineEdit_5.setText("Nenhuma")
def viewLifts():
global userId
lifts = firebase.get('/Lifts', None)
for lift in lifts:
liftInfo = firebase.get('/Lifts/'+lift, None)
if liftInfo["UserID"] == userId:
print("Date: " + liftInfo["date"] + " Lift: " + liftInfo['name'] + " Sets: " + liftInfo['sets'] + " Weight: " + liftInfo['weight'])
def demo():
if('logged_in' in session):
if(session['logged_in'] == False):
return redirect(url_for('login'))
else:
merchants = firebase.get('/merchants', None)
print(merchants)
accountID = firebase.get('users/' + session['username'], "accountNumber");
return render_template('demo.html', accountID=accountID, orgBalance=get_balance(capitalOrgID), currBalance=get_balance(accountID), merchants=merchants)
return redirect(url_for('login'))
def try_decode(bit_string, roundId):
if bit_string in morse_code_lookup.keys():
data = firebase.get('/morse', roundId)
s = morse_code_lookup[bit_string]
data['input'] = data['input'].encode("utf-8")
data['input'] += s
firebase.patch('/morse/' + roundId, {'input':data['input']})
data = firebase.get('/morse', roundId)
sys.stdout.write(morse_code_lookup[bit_string])
sys.stdout.flush()
def get_per_day_money(user_name):
userAmount = float(firebase.get('users/'+user_name, 'amount'))
userFrequency = firebase.get('users/'+user_name, 'frequency')
if(userFrequency.lower() == 'Monthly'.lower()):
timePeriod = 30
elif (userFrequency.lower() == 'Biweekly'.lower()):
timePeriod = 14
else:
timePeriod = 7
return (userAmount/timePeriod)
def landing():
if('logged_in' in session):
if(session['logged_in'] == False):
return redirect(url_for('login'))
else:
freq = firebase.get('users/'+session['username'],'frequency')
fullName = firebase.get('users/'+session['username'],'name')
amount = firebase.get('users/'+session['username'],'amount')
return render_template('landing.html', name=fullName, freq=freq, amount=amount)
return redirect(url_for('login'))
def init(firebase):
global users
global data
users = firebase.get("/users", None)
data = firebase.get("/data", None)
if users is None:
users = {}
if data is None:
data = {}
print "Initialization done"
def getItems(items, startID=None, count=None):
if items is None and startID is None and count is None:
return
currentlyDownloading(True)
global getItemsCount
global itemIDs
items = str(items)
if count is None:
getItemsCount = 30
else:
getItemsCount = count
if startID is None:
itemIDs = firebase.get('/v0/'+items, None)
if len(itemIDs) < getItemsCount:
getItemsCount = len(itemIDs)
else:
allIDs = firebase.get('/v0/'+items, None)
startIDFound = False
for i in allIDs:
if i == startID:
startIDFound = True
continue
if startIDFound is False:
continue
itemIDs.append(i)
if len(itemIDs) >= getItemsCount:
break
if len(itemIDs) == 0:
resetDownloader()
currentlyDownloading(False)
return
if len(itemIDs) < getItemsCount:
getItemsCount = len(itemIDs)
itemID = None
i = 0
for itemID in itemIDs:
itemID = str(itemID)
item = firebase.get_async('/v0/item/'+itemID, None, callback=cbNewItem)
i += 1
if i >= getItemsCount:
break
def pushPull():
while True:
if getPushFromFirebase() == 1:
startThreads()
if getPullFromFirebase() == 1:
thresholds.sound = (firebase.get('','last/threshold/sound'))
thresholds.vibration = (firebase.get('','last/threshold/vibration'))
thresholds.motion = (firebase.get('','last/threshold/move'))
thresholds.light = (firebase.get('','last/threshold/light'))
phone.number = (firebase.get('','last/number'))
startThreads()
time.sleep(15)
def trash_in():
last_person = firebase.get("/last_in", None)
next_person_ind = (last_person + 1) % 7
next_person = firebase.get("/users/%s" % next_person_ind, None)
name = next_person["name"]
phone = next_person["phone"]
print "Sending text to %s" % name
r = firebase.put("/", "last_in", next_person_ind)
message = client.messages.create(
body="Time to bring the trash back in, %s!" % name.title(), to="+%s" % phone, from_="+15134492254"
)
def main():
url = 'http://data.ntpc.gov.tw/od/data/api/28AB4122-60E1-4065-98E5-ABCCB69AACA6?$format=json'
response = requests.get(url)
response.encoding = 'UTF-8'
items = response.json()
# STG
firebase.delete(stgTable, None)
print('count = ' + str(len(items)))
for item in items:
addr = item['location']
g = geocoder.google(addr)
if g.ok:
data = {'lineid': item['lineid'], 'car': item['car'], 'address': addr,
'time': item['time'], 'lat': g.lat, 'lng': g.lng}
result = firebase.post(stgTable, data)
else:
print(g.json)
time.sleep(0.5)
# Copy to PROD
print('Copy to PROD')
firebase.delete('/PROD', None)
stgResults = firebase.get(stgTable, None)
firebase.patch('/PROD', stgResults)
print('Done')
def removeAllPostEvents(firebase_url):
print 'fetching events from the database ... '
from firebase import firebase
firebase = firebase.FirebaseApplication(firebase_url, None)
events = firebase.get('/events', None)
if events == None:
print "There is no events in the database."
print "\n"
print "\n"
print "\n"
return
print "found", len(events), "events"
print "Do you want to remove them all?"
num = len(events)
print "Are you sure you want to delete all " + str(num) + " events?"
yes_or_no = raw_input("Y/N: ")
if yes_or_no == "Y":
for i in range(num):
firebase.delete('/events', events.keys()[i])
print 'deleted', i, 'events'
print "DONE"
print "\n"
print "\n"
print "\n"
def calcolaAttesa(numeroServito, ultimoNumeroPrenotato):
codaPersone = ultimoNumeroPrenotato - numeroServito
jsonRispostaFirebaseTempistiche = firebase.get('TempiAttesa', None)
mediaPaziente = jsonRispostaFirebaseTempistiche['mediaPaziente']
tempoAttesa = mediaPaziente * codaPersone
print('Hai ', codaPersone, ' persone davanti a te.')
print('Il tempo stimato di attesa è di ', tempoAttesa)
def getFromAppleWatch(beacon,user):
userPostStr = '/' + beacon + '/' + user
result = firebase.get(userPostStr,None)
#a=(json.dump(result))
a = result
print(a)
timeList = []
hrList = []
#print(a.itervalues().next())
for value in a.iteritems():
second=(value[1])
time = str(second.keys())
lenTime = len(time)
time = time[3:lenTime-2]
time = int(time)
timeList.append(time)
hr = str(second.values())
hrLen = len(hr)
hr = hr[3:hrLen-2]
hr = int(hr)
hrList.append(hr)
elapsedTime = max(timeList) - min(timeList)
avghr = np.average(hrList)
maxhr = max(hrList)
print(elapsedTime)
print(maxhr)
print(avghr)
def createUser(robot_data, firebase_url):
from firebase import firebase
firebase = firebase.FirebaseApplication(firebase_url, None)
users = firebase.get('/users', None)
username_has_been_created = False
if users is not None and len(users) > 0:
for user in users.values():
if user['username'] == robot_data['username']:
username_has_been_created = True
break
# create a robot user if has not been created yet.
if username_has_been_created == False:
print "creating robot user:", robot_data['username']
usr_data = {
'age': robot_data['age'],
'gender': robot_data['gender'],
'interest': robot_data['interest'],
'myAttendanceNumber': robot_data['myAttendanceNumber'],
'myPostsNumber': robot_data['myPostsNumber'],
'nickname': robot_data['nickname'],
'password': robot_data['password'],
'username': robot_data['username'],
'usrProfileImage': robot_data['usrProfileImage'],
'whatsup': robot_data['whatsup']
}
post_user = firebase.post('/users', usr_data)
print post_user
return robot_data
def display():
item_choice = request.form["item"]
animal_choice = request.form["animal"]
depth_choice = request.form["depth"]
recovered_choice = request.form["isRecovered"]
material_choice = request.form["material"]
return_list = []
results = firebase.get('/', None)
count = 1
for id in results.keys():
if (filter_recovered(recovered_choice, results[id]["Recovered"]) and filter_material(material_choice, results[id]["Material"]) and filter_animal(animal_choice, results[id]["Animals"]) and results[id]["Item"] == item_choice and filter_depth(depth_choice, results[id]["Depth"])):
local_list = []
local_list.append(count)
local_list.append(results[id]["Item"])
local_list.append(results[id]["Animals"])
local_list.append(results[id]["Recovered"])
local_list.append(results[id]["Depth"])
local_list.append(results[id]["Lat"])
local_list.append(results[id]["Lon"])
local_list.append(results[id]["Photo"])
return_list.append(local_list)
count = count + 1
print len(return_list)
if len(return_list) == 0:
return render_template("display_entriesFail.html")
else:
return render_template("display_entries.html", return_list=return_list)
def assign_state_first_chat(chat_id):
"""
Assign values to the user's current_state and first_chat status.
This function should reach out to Firebase and assign current_state and
first_chat, basically this is the first step in the long chain of if else
statements, different logic based on these two variables.
"""
current_state = None
first_chat = None
try:
firebase_dict = firebase.get('/users/' + str(chat_id), None)
for k, v in firebase_dict.iteritems():
if k == "state":
current_state = v
elif k == "first_chat":
first_chat = v
print "THIS IS THE CURRENT STATE"
print current_state
print "THIS IS THE FIRST_CHAT STATUS"
print first_chat
except Exception as e:
print "FAILURE TO ASSIGN STATE"
print current_state
print first_chat
print str(e)
return (current_state, first_chat)
def create_img_payload(chat_id):
"""
Generate the database entry that will be sent to our MongoDB backend.
This function directly communicates with our MongoDB backend so that we
can store the photos and statuses for each user.
"""
firebase_dict = firebase.get('/users/' + str(chat_id), None)
for k, v in firebase_dict.iteritems():
key = k
value = v
if key == "file_id":
file_id = value
elif key == "weight":
weight = value
elif key == "feeling":
feeling = value
elif key == "memo":
memo = value
elif key == "tags":
tags = value
payload = {
'file_id': file_id,
'weight': weight,
'feeling': feeling,
'memo': memo,
'tags': tags}
return payload
def get_time():
result = firebase.get('/data', None, connection=None,
params={'print': 'pretty',
'auth': token,
'orderBy': '"timeOut"',
'limitToLast': '1'})
total_time = result[list(result.keys())[0]]['total']
return total_time
def add_user_to_database(username, data):
""" username = the user name of the person
data = a dict of all the explicit tweets
"""
if does_user_exist(username):
existing_data = firebase.get('Users/' + username, None)
data = merge_two_dicts(data, existing_data)
firebase.put('/Users', name=username, data=data)
def fireput():
form = FirePut()
global count
count += 1
putData = {'Title':form.title.data, 'Year':form.year.data, 'Rating':form.rating.data)
firebase.put('/films','film' + str(count),putData)
result = firebase.get('/films','film' + str(count))
return '<h3>' + str(result) + '</h3>'
def textoComboBox(self):
self.nome_dos_usuarios = []
self.dicionario = firebase.get("/users", None)
for usuario in self.dicionario.values():
self.nome_dos_usuarios.append(usuario)
print(self.nome_dos_usuarios)
return self.nome_dos_usuarios
def firebase1():
result = firebase.get('/articles', None)
# print result
r = requests.get(r'http://www.reddit.com/user/spilcm/comments/.json')
print r
print r.text
print r.status_code
return result
def updateCurrentUser(userId):
# Update the local variable storing the user id
currentUser = userId
# Get the user information from database
return firebase.get("/users", userId)
print("temperature is", temp)
#####
print("Now let's upload that to Firebase")
#Patches on extra data from our temp and humidity variables at the top of the program, simulated sensor readings
result = firebase.patch('/sensor/dht/', {
'Temperature': temp,
'Humidity': humid
})
sleep(2)
print("Give it a moment to upload...")
sleep(2)
print("Okay Done")
print("Now seeing if we can read from the database...")
print("The last uploaded temperature was:")
result = firebase.get('/sensor/dht/Temperature', None)
print(result)
print("The last uploaded humidity was:")
result = firebase.get('/sensor/dht/Humidity', None)
print(result)
sleep(3)
print("program done")
sleep(1000)
from firebase import firebase
import sys
str = 'TEST/'
str2 = '1'
int = 1234
int2 = 1
i = 11
firebase = firebase.FirebaseApplication(
'https://professor-shi.firebaseio.com/', None)
result = firebase.patch('/USER/' + str, {'num': 2})
result = firebase.get('/USER/' + str, 'Y')
result2 = firebase.get('/USER/' + str, 'M')
result3 = firebase.get('/USER/' + str, 'D')
result4 = firebase.get('/USER/' + str, 'num')
result5 = firebase.get('/USER/' + str, 'H')
result6 = firebase.get('/USER/' + str, 'Min')
print(result)
print(result2)
print(result3)
print(result4)
print(result5)
print(result6)
from firebase import firebase
import time
# the generated root for your project
FIREBASE_ROOT = 'https://ms-iot.firebaseio.com'
# init Firebase Database instance
firebase = firebase.FirebaseApplication(FIREBASE_ROOT, None)
while True:
# execute a GET request on the node
result = firebase.get('/sensor', None)
# log the result
print result
# wait 1 second between two consecutive requests
time.sleep(1)
def getUser():
rq_id = request.query.id
result = firebase.get('/users', rq_id)
return result
def get_data(id):
return list(firebase.get(str(id),'').values())[-1]
import cv2
import numpy as np
from pyzbar import pyzbar
from firebase import firebase
cap = cv2.VideoCapture(0)
img=cv2.imread("big-number.png")
firebase = firebase.FirebaseApplication('https://empedded-system-vise-project.firebaseio.com/')
result = firebase.get('/users', None)
print(result)
b = 0
while True:
_, frame=cap.read()
dobject=pyzbar.decode(frame)
cv2.imshow("frame", frame)
for barcode in dobject:
(x, y, w, h) = barcode.rect
cv2.rectangle(frame, (x, y), (x + w, y + h), (0, 0, 255), 2)
barcodeData = barcode.data.decode("utf-8")
barcodeType = barcode.type
# draw the barcode data and barcode type on the image
def check_database(short_code):
return firebase.get(('/shortcodes/' + short_code), None)
def checker(doorCode):
firstname=""
lastname=""
from firebase import firebase
#start
print("the door code you input is..."+doorCode)
firebase = firebase.FirebaseApplication("https://pineappleverification.firebaseio.com/",None)
NumOfDoors =firebase.get('/DoorCount/node/cnt','')
#firstly i need this program to check if the user has access to the door and is authorised to access the door
DoorCount=NumOfDoors
dc=int(DoorCount)
print(dc)
checker=False
placeName=""
authlevel=""
while dc > 0 and checker == False :
doorResult=firebase.get('/Doors/'+str(dc),'')
doorjson=json.dumps(doorResult, sort_keys=True, indent=4)
x=json.loads(doorjson)
if x is not None:
print(x)
print(x["Status"])
if x["DoorName"] == DoorName:
if x["Status"]=="active":
checker=True
placeName=x["placeName"]
authlevel=x["AuthLevel"]
print("doorFound")
else:
print("door not active")
dc=dc-1
if checker ==True:
NumOfAccessRecords =firebase.get('/AccessRequestsCount/node/cnt','')
x3=NumOfAccessRecords
print(x3)
x5= int(x3)
doorAccIsFound=False
userAuthCode=""
while x5>0 and doorAccIsFound == False:
doorAccResult=firebase.get('/AccessRequests/'+str(x5),'')
doorAccjson=json.dumps(doorAccResult, sort_keys=True, indent=4)
doorJson=json.loads(doorAccjson)
try:
print(doorJson["DoorCode"])
doojint=doorJson["DoorCode"]
dji=int(doojint)
print (doorCode)
if int(doorCode) == dji:
doorAccIsFound=True
userAuthCode=doorJson["AuthCode"]
print("doorCode found")
except:
print("error")
x5=x5-1
if doorAccIsFound==True:
NumOfUsers =firebase.get('/UserCount/node/cnt','')
x2=NumOfUsers
numofu=int(x2)
userAccess=False
while numofu >0 and userAccess==False:
doorUserResult=firebase.get('/Users/'+str(numofu),'')
doorUserjson=json.dumps(doorUserResult, sort_keys=True, indent=4)
userJson=json.loads(doorUserjson)
try:
print(userJson["PlaceName"])
print(userJson["AuthLevel"])
print(userJson["AuthCode"])
print(userJson["Status"])
#check auth code then status then auth level and then place name
if int(userAuthCode)==int(userJson["AuthCode"]):
if userJson["Status"]=="active":
if int(userJson["AuthLevel"])==int(authlevel):
print("up to here ")
if userJson["PlaceName"]== placeName:
#this user has access to the db
print("access granted")
userAccess=True
firstname=userJson["FirstName"]
lastname=userJson["LastName"]
except:
print('null')
numofu=numofu-1
#i need to firstly check if the door access request exists and is valid
#then i need to check if the users account has access to the door
GPIO.cleanup()
GPIO.setmode(GPIO.BCM)
GPIO.setup(6,GPIO.OUT)
GPIO.setup(12,GPIO.OUT)
print(checker)
print(doorAccIsFound)
print(userAccess)
if checker == True and doorAccIsFound ==True and userAccess==True:
#show green led
try:
NumOfLog =firebase.get('/LogCount/node/cnt','')
x3=NumOfLog
numofl=int(x3)
numofl=numofl+1
print(numofl)
data1={
'cnt':numofl
}
TodaysDate = date.today()
result1=firebase.put('/LogCount','node',data1)
data2={
'DateAndTime':TodaysDate,
'DoorName':DoorName,
'FirstName':firstname,
'LastName':lastname,
'LogDesc':'door opened',
'PlaceName':placeName,
}
result1=firebase.put('/Logs',str(numofl),data2)
except:
print("error")
print("acess granted")
display.lcd_clear()
display.lcd_display_string("access granted", 1)
GPIO.output(6,1)
time.sleep(1)
GPIO.output(6,0)
openDoor()
time.sleep(1)
else:
display.lcd_clear()
display.lcd_display_string("access denied", 1)
print("access denied")
GPIO.output(12,1)
time.sleep(1)
GPIO.output(12,0)
time.sleep(1)
#show red led
GPIO.cleanup()
time.sleep(1)
from firebase import firebase
firebase = firebase.FirebaseApplication('https://aljohri-nuyak.firebaseio.com',
None)
yaks = firebase.get("/yaks", None)
texts = [yak['message'] for message_id, yak in yaks.iteritems()]
import random
import numpy as np
import matplotlib.pyplot as plt
from sklearn.cluster import KMeans
from sklearn.feature_extraction.text import TfidfVectorizer
from sklearn.decomposition import TruncatedSVD
N_CLUSTERS = 3
k_means = KMeans(n_clusters=N_CLUSTERS,
init='k-means++',
max_iter=100,
n_init=1,
verbose=True)
# vectorizer = TfidfVectorizer(tokenizer=LemmaTokenizer(), max_df=0.5, min_df=0.1)
vectorizer = TfidfVectorizer(stop_words='english') # max_df=0.1, min_df=0.1
lsa = TruncatedSVD(2)
vectors = vectorizer.fit_transform(texts)
X = lsa.fit_transform(vectors)
km = k_means.fit(X)
k_means_labels = k_means.labels_
k_means_cluster_centers = k_means.cluster_centers_
k_means_labels_unique = np.unique(k_means_labels)
movieRatings = userRecord[userId]
movieRatings.append([movieId, rating])
userRecord[userId] = movieRatings
userRatings = movieRecord[movieId]
userRatings.append([userId, rating])
movieRecord[movieId] = userRatings
f.close()
userLocations = {}
movieLocations = {}
for user in users:
#userLocations[user] = np.random.normal(loc=lam,scale=sigma,size=(dim,1))
#userLocations[user] = np.random.random(size=(dim,1))
result = firebase.get('/user_location/' + user, None)
if result != None:
tmp = ''
for key in result.keys():
tmp = result[key]
scores = []
for t in tmp.split(','):
scores.append(float(t))
userLocations[user] = np.array(scores).reshape((dim, 1))
else:
userLocations[user] = np.random.random(size=(dim, 1))
print 'no location found, generate a new one'
for movie in movies:
result = firebase.get('/movie_location/' + movie, None)
tmp = ''
from firebase import firebase
firebase = firebase.FirebaseApplication('https://villiagesimulator.firebaseio.com', None)
#문서 : http://ozgur.github.io/python-firebase/
#첫번째 루틴 villiage1, villiage2 값 같이 받아옴 초깃값 다 0으로 설정 초깃값 바꿀 수 있음
# 전체 값 받아보기
vil1 = firebase.get('/villiage1', None)
# 일부 특정 키 에 해당 되는 값 받아오기
#vil1 = firebase.get('/villiage1', 'BuyCost')
vil2 = firebase.get('/villiage2', None)
print(vil1)
print(vil2)
# TODO
#해당 키에 되는거 값 Update , Post는 하지 마세요
update_vil1 = firebase.patch('/villiage1', {'BuyCost' : 6123})
update_vil2 = firebase.patch('/villiage2', {'NumPeople' : 5, 'Production' : 2})
print(update_vil1)
print(update_vil2)
from firebase import firebase
url = "https://digital-world-cohort-4.firebaseio.com/" # URL to Firebase database
token = "3ZPgzzzMpnbUUIRxf1kyiNsD5T5Zy9FF9UqgBL5a" # unique token used for authentication
# Create a firebase object by specifying the URL of the database and its secret token.
# The firebase object has functions put and get, that allows user to put data onto
# the database and also retrieve data from the database.
firebase = firebase.FirebaseApplication(url, token)
print("Reading from my database.")
print(firebase.get('/age')) # get the value from node age
print(firebase.get('/name')) # get the value from node name
print(
firebase.get('/facts_about_me')) # get the value from node facts_about_me
firebase.put('/', 'lazy', True) # put the value True into node lazy
firebase.put('/', 'pie', 3.14) # put the value 3.14 into node pie
firebase.put('/', 'love_digitalworld', True)
firebase.put('/', 'pie', 3.14)
from firebase import firebase
import time
url = 'https://laundry-pool.firebaseio.com/' # URL to Firebase database
token = 'TVEKlcgHcA5QTWOrESZI8aocvLTwUX58BTjhHN1v' # unique token used for authentication
# Create a firebase object by specifying the URL of the database and its secret token.
# The firebase object has functions put and get, that allows user to put data onto
# the database and also retrieve data from the database.
firebase = firebase.FirebaseApplication(url, token)
print "Reading from my database."
print firebase.get('/Name') # get the value from the node age
class account(object):
def __init__(self, name, contact, balance=0):
self.name = name
self.info = {
"contact": contact,
"machineid": None,
"time": None,
"weight": None
}
self.balance = balance
def withdraw(self, value):
if value > self.balance:
self.insufficientFunds()
return False
else:
from firebase import firebase
firebase = firebase.FirebaseApplication('https://pyocr-464c8.firebaseio.com/')
SECRET_KEY = 'gi2m28GsAeA2FPEdYJpAN4MAeM1qAUMZMlboifeQ'
speed = firebase.get("vehicle", "speed")
id = firebase.get("vehicle", "id")
print(speed)
print(id)
if (speed >= 3):
f = open("file.txt", "a")
f.write()
f.close()
def get_all_cred():
result = firebase.get('YOUR DATABASE', '')
return result
print(start)
print(last)
path = shortest_path(graph, start, last)
length = len(path)
firebase = firebase.FirebaseApplication(firebaseURL, None)
firebase.put('/', 'step', 0)
firebase.put('/', 'step0', -1)
firebase.put('/', 'step1', -1)
firebase.put('/', 'step2', -1)
firebase.put('/', 'step3', -1)
firebase.put('/', 'step4', -1)
firebase.put('/', 'step5', -2)
if (length >= 1):
firebase.put('/', 'step0', path[0])
if (length >= 2):
firebase.put('/', 'step1', path[1])
if (length >= 3):
firebase.put('/', 'step2', path[2])
if (length >= 4):
firebase.put('/', 'step3', path[3])
if (length >= 5):
firebase.put('/', 'step4', path[4])
if (length >= 6):
firebase.put('/', 'step5', path[5])
output = firebase.get('/', None)
print(output)
firebase = firebase.FirebaseApplication(url, token)
robot = ThymioReal() # create an eBot object
no_movements = True
while no_movements:
# Check the value of movement_list in the database at an interval of 0.5
# seconds. Continue checking as long as the movement_list is not in the
# database (ie. it is None). If movement_list is a valid list, the program
# exits the while loop and controls the eBot to perform the movements
# specified in the movement_list in sequential order. Each movement in the
# list lasts exactly 1 second.
# Write your code here
if firebase.get('/movement_list') != None:
if len(firebase.get('/movement_list')) > 0:
no_movements = False
robot.sleep(0.5)
# Write the code to control the eBot here
# 'up' movement => robot.wheels(100, 100)
# 'left' movement => robot.wheels(-100, 100)
# 'right' movement => robot.wheels(100, -100)
movement_list = firebase.get('/movement_list')
firebase.put('/', 'movement_list', None)
for move in movement_list:
if move.lower() == "up":
def signal_handler(sig, frame):
os.popen('tmux kill-session -t SmartSoundSystem')
sys.exit(0)
#connecting to the firebase
firebase = firebase.FirebaseApplication("https://smart-sound-system.firebaseio.com/", None)
#open spotify
os.popen('tmux new-session -s SmartSoundSystem -d -n spotify tizonia --spotify-playlist "New"')
signal.signal(signal.SIGINT, signal_handler)
on = 1
volume = 100
balance = 'left'
while 1:
result = firebase.get('/Instructions', '')
if result != None:
#processing all available Instructions
for key, inst in result.items(): #for each command
firebase.delete('/Instructions', key)
print(inst)
if inst == 'ONOFF':
if on == 1:
os.popen('tmux kill-session -t SmartSoundSystem')
on=0
else:
os.popen('tmux new-session -s SmartSoundSystem -d -n spotify tizonia --spotify-playlist "New"')
on=1
elif inst == 'NEXT': #send n
os.popen('tmux send-keys -t spotify "n^M"')
from kivy.app import App
from kivy.uix.boxlayout import BoxLayout
from firebase import firebase
firebase = firebase.FirebaseApplication('https://xyzq-3712f.firebaseio.com',
None)
result = firebase.get('/s', None)
print(result)
temperature = 77
humidity = 10
import time
class SigninWindow(BoxLayout):
def __init__(self, **kwargs):
#super().__init__(**kwargs)
super(SigninWindow, self).__init__(**kwargs)
def validate_user(self):
date1 = self.ids.date_field1
time1 = self.ids.time_field1
med1 = self.ids.med_field1
date2 = self.ids.date_field2
time2 = self.ids.time_field2
med2 = self.ids.med_field2
date3 = self.ids.date_field3
time3 = self.ids.time_field3
med3 = self.ids.med_field3
info = self.ids.info
def read_from_fb():
result = firebase.get('/python-sample-ed7f7/', '')
print "reading data to database"
print(result)
return jsonify(result)
from scipy import stats
from firebase import firebase
from datetime import datetime
from threading import Timer
import time
url = "https://iot-dw-1d-2017.firebaseio.com/" # URL to Firebase database
token = "0lYSxo2k1Jrr3i3rxhyb3IFy3kTKEAsXP39n3mpV" # unique token used for authentication
# Create a firebase object by specifying the URL of the database and its secret token.
# The firebase object has functions put and get, that allows user to put data onto
# the database and also retrieve data from the database.
firebase = firebase.FirebaseApplication(url, token)
print "Reading from my database."
infrared = firebase.get('/Infrared') # get the value from the node age
methane = firebase.get('/Methane')
ultrasound = firebase.get('Ultrasound')
if infrared == '':
infrared = 0
if methane == '':
methane = 0
if ultrasound == '':
ultrasound = 0
class LinearRegression(linear_model.LinearRegression):
"""
LinearRegression class after sklearn's, but calculate t-statistics
and p-values for model coefficients (betas).
Additional attributes available after .fit()
# Draw a label with a name below the face
cv2.rectangle(frame, (left, bottom - 35), (right, bottom), (0, 0, 255),
cv2.FILLED)
font = cv2.FONT_HERSHEY_DUPLEX
cv2.putText(frame, name, (left + 6, bottom - 6), font, 1.0,
(255, 255, 255), 1)
# Display the resulting image
cv2.imshow('Video', frame)
# Save Woorksheet as present month
# book.save(str(month)+'.xlsx')
# Integrate with firebase
if (firebase.get('/Harsh', 'IIT2018049') == 'False'):
if face_names[0] == 'Harsh':
result = firebase.patch('/Harsh', {'IIT2018049': 'True'})
elif (firebase.get('/Mrigyen', 'IIT2018033') == 'False'):
if face_names[0] == 'Mrigyen':
result = firebase.patch('/Mrigyen', {'IIT2018033': 'True'})
elif (firebase.get('/Soumyadeep', 'IIT2018001') == 'False'):
if face_names[0] == 'Soumyadeep':
result = firebase.patch('/Soumyadeep', {'IIT2018001': 'True'})
elif (firebase.get('/Shreyansh', 'IIT2018073') == 'False'):
if face_names[0] == 'Shreyansh':
result = firebase.patch('/Shreyansh', {'IIT2018073': 'True'})
elif (firebase.get('/Bindu', 'IIT2018105') == 'False'):
if face_names[0] == 'Bindu':
result = firebase.patch('/Bindu', {'IIT2018105': 'True'})
print rcv
time.sleep(0.4)
port.write('AT+CMGF=1'+'\r') # Select Message format as Text mode
rcv = port.read(10)
print rcv
time.sleep(0.4)
port.write('AT+CNMI=2,1,0,0,0'+'\r') # New SMS Message Indications
rcv = port.read(10)
print rcv
time.sleep(0.4)
gsm_init()
balance1 = firebase.get('/balance1',None)
reading1 = firebase.get('/reading1',None)
def firebse_update():
global balance1, reading1 #balance3, reading1, reading2, reading3
firebase.put('','balance1',balance1)
firebase.put('','reading1',reading1)
firebase.put('','balance2',balance1+100)
firebase.put('','reading2',reading1+20)
firebase.put('','balance3',balance1+200)
firebase.put('','reading3',reading1+40)
def port_read():
global gsm
gsm= port.readline()
from flask import Flask, request, render_template, jsonify
from firebase import firebase
firebase = firebase.FirebaseApplication("https://fundflow-team3.firebaseio.com/", None)
result = firebase.get("/fundflow-team3/Users", '')
def user_info():
return result
def get_user_list():
user_list = []
for key in result:
user_list.append(key["username"])
return user_list
def get_email_list():
email_list = []
for key in result:
email_list.append(key["email"])
return email_list
# Can change the route name
@app.route('/backend/create_account', methods=['GET', 'POST'])
def create_account():
# Assuming the method is post
# This gets the data sent over from an ajax call (if that's what's being used)
data = request.get_json()
user_list = get_user_list()
import json
from pyfcm import FCMNotification
from firebase import firebase
firebase = firebase.FirebaseApplication('https://healthhacks2017-ec6bf.firebaseio.com/', None)
result = firebase.get('/Clinic', None)
#print (json.dumps(result, indent=2))
_, d = result.items()[-1]
room_num, values = d.items()[-1]
if values["temperature"] < 97.4 or values["temperature"] > 99.6:
print("Temperature: " + str(values["temperature"]))
push_service = FCMNotification(api_key="AAAA_RINJFk:APA91bF4wqCoC-rvQ01XXedftgncrjw2RaqbQL9iWIwBhNr948KjQ02flNn5Gud49eOfnuGgQcNR2rH6XnhD1EllE-GpWnT-7DicLVoq2b0xynCFZwVBE0m7IP0I4ItaBlntZL70kUsI")
registration_id = "crWV01AoxHk:APA91bGftkZ70ZPZqaL7yK_lkYMWPHGhSPrZOc9kwvlMSDUk7f4BQ4UV4gRTE7o2fhdaTafgQ745RdcGZpx_djC7GDq9M6MHgQg_Hhx6op4Bq5Ar5wtooblrgj2h6AuZ15xw5GNXacfn"
message_title = "Patient in CRITICAL CONDITION"
message_body = "Patient 1 has an EXTREME Temperature"
rest = push_service.notify_single_device(registration_id=registration_id, message_title=message_title, message_body=message_body)
if values["SpO2"] > 0.94:
print("SpO2: " + str(values["SpO2"]))
push_service = FCMNotification(api_key="AAAA_RINJFk:APA91bF4wqCoC-rvQ01XXedftgncrjw2RaqbQL9iWIwBhNr948KjQ02flNn5Gud49eOfnuGgQcNR2rH6XnhD1EllE-GpWnT-7DicLVoq2b0xynCFZwVBE0m7IP0I4ItaBlntZL70kUsI")
registration_id = "crWV01AoxHk:APA91bGftkZ70ZPZqaL7yK_lkYMWPHGhSPrZOc9kwvlMSDUk7f4BQ4UV4gRTE7o2fhdaTafgQ745RdcGZpx_djC7GDq9M6MHgQg_Hhx6op4Bq5Ar5wtooblrgj2h6AuZ15xw5GNXacfn"
message_title = "Patient 1 in CRITICAL CONDITION"
message_body = "Patient 1 has high SpO2 levels"
rest1 = push_service.notify_single_device(registration_id=registration_id, message_title=message_title, message_body=message_body)
if 0 == values["age"] and 120 > values["HR"] < 160 or 50 <values["systolic BP"]>70:
print("SpO2: " + str(values["SpO2"]))
push_service = FCMNotification(api_key="AAAA_RINJFk:APA91bF4wqCoC-rvQ01XXedftgncrjw2RaqbQL9iWIwBhNr948KjQ02flNn5Gud49eOfnuGgQcNR2rH6XnhD1EllE-GpWnT-7DicLVoq2b0xynCFZwVBE0m7IP0I4ItaBlntZL70kUsI")
registration_id = "crWV01AoxHk:APA91bGftkZ70ZPZqaL7yK_lkYMWPHGhSPrZOc9kwvlMSDUk7f4BQ4UV4gRTE7o2fhdaTafgQ745RdcGZpx_djC7GDq9M6MHgQg_Hhx6op4Bq5Ar5wtooblrgj2h6AuZ15xw5GNXacfn"
message_title = "Patient 1 in CRITICAL CONDITION"
from firebase import firebase
import RPi.GPIO as GPIO
GPIO.setmode(GPIO.BCM)
GPIO.setup(18, GPIO.OUT)
GPIO.setup(19, GPIO.OUT)
GPIO.setup(20, GPIO.OUT)
GPIO.setwarnings(False)
firebase = firebase.FirebaseApplication(
'https://automation-47434.firebaseio.com/')
while (1):
light1 = firebase.get('/Switch1', None)
print(light1)
light2 = firebase.get('/Switch2', None)
print(light2)
light3 = firebase.get('/Switch3', None)
print(light3)
if (light1 == "0"):
GPIO.output(18, GPIO.LOW)
else:
GPIO.output(18, GPIO.HIGH)
if (light2 == "0"):
df_PICP = pd.DataFrame()
df_MPIW = pd.DataFrame()
df_NPIW = pd.DataFrame()
df_CWC = pd.DataFrame()
df_avg_pinball = pd.DataFrame()
model = 2
spike_price = 1
for method in list_method:
print(method)
list_PICP, list_MPIW, list_NPIW, list_CWC, list_avg_pinball = [], [], [], [], []
for task in list_task:
if spike_price == 1:
result = firebase.get(
'/GEFcom2014_spike/{}/results/model-{}'.format(task, model),
'{}'.format(method))
else:
result = firebase.get(
'/GEFcom2014/{}/results/model-{}'.format(task, model),
'{}'.format(method))
list_PICP.append(result['PICP'])
list_MPIW.append(result['MPIW'])
list_NPIW.append(result['NPIW'])
list_CWC.append(result['CWC'])
list_avg_pinball.append(result['avg_pinball'])
df_PICP['{}'.format(method)] = list_PICP
df_MPIW['{}'.format(method)] = list_MPIW
df_NPIW['{}'.format(method)] = list_NPIW
df_CWC['{}'.format(method)] = list_CWC
def last_val(last_date):
result = firebase.get('/Sensor/{}'.format(last_date), '')
print(result)
return result[-1]
def last_date():
result = firebase.get('/Sensor', '')
for i in result:
last_date = i
return last_date