def test_phone_country_dk():
assert phone_country(45) == 'DK'
assert phone_country(4566118311) == 'DK'
assert phone_country('+4566118311') == 'DK'
assert phone_country('+38640118311') == 'SI'
assert phone_country('+38340118311') == 'XK'
assert phone_country('+37740118311') == 'MC'
assert phone_country('+77401183119') == 'KZ'
assert phone_country('+79901185311') == 'RU'
assert phone_country('+97040118311') == 'PS'
def try_resolve_location_by_name(cls, name: str, phonenumber: str):
from phone_iso3166.country import phone_country
country = Country.objects.filter(alpha2=phone_country(phonenumber)).first()
location = Location.objects.in_country(country).filter(name__icontains=name).first()
if location is not None:
return location
gmaps = googlemaps.Client(key=settings.GOOGLE_API_KEY)
try:
name += ", " + country.name
geocode_result = gmaps.geocode(name)
result = geocode_result[0]
geometry = result["geometry"]
location = geometry["location"]
bounds = geometry["bounds"]
address_components = result["address_components"]
address = address_components[0]
location_obj = Location()
location_obj.name = address["long_name"]
location_obj.country = country
location_obj.latitude = location["lat"]
location_obj.longitude = location["lng"]
location_obj.bounds_northeast_longitude = bounds["northeast"]["lng"]
location_obj.bounds_southwest_longitude = bounds["southwest"]["lng"]
location_obj.bounds_northeast_latitude = bounds["northeast"]["lat"]
location_obj.bounds_southwest_latitude = bounds["southwest"]["lat"]
location_obj.googlemaps_place_id = result["place_id"]
location_obj.save()
return location_obj
except Exception as e:
logging.error(str(e))
return None
def get_country_name_and_flag(phone):
try:
country = phone_country(phone)
return flag.flag(country) + country
except:
None
return flag.flagize(":MX: MX")
def Track_location(self, event):
phone_number = self.phone_number.get()
country = "Country is Unknown"
if phone_number:
tracked = pycountry.countries.get(alpha_2=phone_country(phone_number))
print(tracked)
if tracked:
country = tracked.official_name
self.country_label.configure(text=country)
def send_sms(to_number, text):
cc = phone_country(to_number)
src = {'US': '17077776191', 'CA': '13433441234'}.get(cc, '17077776191')
p = plivo.RestAPI(current_app.config['PLIVO_AUTH_ID'],
current_app.config['PLIVO_AUTH_TOKEN'])
params = {'src': src, 'dst': str(to_number), 'text': text}
res = p.send_message(params)
return '', 200
def put_user(username):
"""
PUT:
Changes an attribute of the user.
"""
if username != g.user.username:
return authenticate()
json = request.get_json(force=True, silent=True)
if not json:
return jsonify({
'error': 'Request is not valid JSON'
}), 400
try:
userSchema(json)
except Exception as e:
return jsonify({
'error': 'Improper request. Check documentation and try again.'
}), 400
try:
for i in list(json):
if i == 'password':
g.user.change_password(json[i])
elif i == 'email':
if json['email'] != g.user.email:
setattr(g.user, 'email', json['email'])
setattr(g.user, 'email_verified', False)
setattr(g.user, 'email_verified_on', None)
elif i == 'sms_number':
if json['sms_number'] != g.user.sms_number:
setattr(g.user, 'sms_number', json['sms_number'])
setattr(g.user, 'sms_verified', False)
setattr(g.user, 'sms_verified_on', None)
else:
setattr(g.user, i, json[i])
db.session.commit()
res = dict(
username = g.user.username,
email = g.user.email,
sms_number = g.user.sms_number,
sms_country_code = phone_country(g.user.sms_number),
sms_verified = g.user.sms_verified,
email_verified = g.user.email_verified,
api_key = g.user.api_key
)
return jsonify({'profile': res}), 200
except Exception as e:
return jsonify({
'error': 'unknown error'
}), 400
def test_phone_country_dk():
assert phone_country(45) == 'DK'
assert phone_country(4566118311) == 'DK'
assert phone_country('+4566118311') == 'DK'
assert phone_country('+38640118311') == 'SI'
assert phone_country('+38340118311') == 'XK'
assert phone_country('+37740118311') == 'MC'
def put_user(username):
"""
PUT:
Changes an attribute of the user.
"""
if username != g.user.username:
return authenticate()
json = request.get_json(force=True, silent=True)
if not json:
return jsonify({'error': 'Request is not valid JSON'}), 400
try:
userSchema(json)
except Exception as e:
return jsonify(
{'error':
'Improper request. Check documentation and try again.'}), 400
try:
for i in list(json):
if i == 'password':
g.user.change_password(json[i])
elif i == 'email':
if json['email'] != g.user.email:
setattr(g.user, 'email', json['email'])
setattr(g.user, 'email_verified', False)
setattr(g.user, 'email_verified_on', None)
elif i == 'sms_number':
if json['sms_number'] != g.user.sms_number:
setattr(g.user, 'sms_number', json['sms_number'])
setattr(g.user, 'sms_verified', False)
setattr(g.user, 'sms_verified_on', None)
else:
setattr(g.user, i, json[i])
db.session.commit()
res = dict(username=g.user.username,
email=g.user.email,
sms_number=g.user.sms_number,
sms_country_code=phone_country(g.user.sms_number),
sms_verified=g.user.sms_verified,
email_verified=g.user.email_verified,
api_key=g.user.api_key)
return jsonify({'profile': res}), 200
except Exception as e:
return jsonify({'error': 'unknown error'}), 400
def get_user(username):
"""
GET:
Fetches a user's profile.
"""
if username != g.user.username:
return authenticate()
res = dict(username=g.user.username,
email=g.user.email,
sms_number=g.user.sms_number,
sms_country_code=phone_country(g.user.sms_number),
sms_verified=g.user.sms_verified,
email_verified=g.user.email_verified,
api_key=g.user.api_key)
return jsonify({'profile': res}), 200
def send_sms(to_number, text):
cc = phone_country(to_number)
src = {
'US': '17077776191',
'CA': '13433441234'
}.get(cc, '17077776191')
p = plivo.RestAPI(
current_app.config['PLIVO_AUTH_ID'],
current_app.config['PLIVO_AUTH_TOKEN'])
params = {
'src': src,
'dst': str(to_number),
'text': text
}
res = p.send_message(params)
return '', 200
def get_user(username):
"""
GET:
Fetches a user's profile.
"""
if username != g.user.username:
return authenticate()
res = dict(
username = g.user.username,
email = g.user.email,
sms_number = g.user.sms_number,
sms_country_code = phone_country(g.user.sms_number),
sms_verified = g.user.sms_verified,
email_verified = g.user.email_verified,
api_key = g.user.api_key
)
return jsonify({'profile': res}), 200
def test_whitehouse():
# White house comment line
assert phone_country('+1 202-456-1111') == 'US'
def test_missing():
with pytest.raises(InvalidPhone):
phone_country(999)
with pytest.raises(InvalidPhone):
phone_country('999')
def test_invalid():
with pytest.raises(InvalidPhone):
phone_country(0)
def test_invalid():
with pytest.raises(InvalidPhone):
phone_country(0)
def reserveSeatFunction():
os.system("cls");
print('\033[1;33;40m\nRESERVE SEAT MENU:');
# INserting the user ID into the database;
print('ID');
number_of_IDs = 0;
userID = 0;
cur.execute("SELECT (user_id) FROM passengers");
for rows in cur:
number_of_IDs += 1;
if (number_of_IDs == 0):
userID = 0;
print('Your ID: 0');
else:
userID = number_of_IDs;
print("Your ID: ", userID);
userInformation.append(userID);
# username confirmation;
os.system("cls");
sleep(1)
print('-'*40);
print('NAME');
print('-'*40);
while True:
userFullName = str(input('Name: ')).strip().split();
if (len(userFullName) > 2):
first_name = userFullName[0].capitalize();
second_name = userFullName[1].capitalize();
last_name = userFullName[2].capitalize();
userInformation.append(first_name);
userInformation.append(second_name);
userInformation.append(last_name);
break;
else:
print('Please, you nedd inser a valid username! Try again.');
# user birthdate confirmation;
os.system("cls");
sleep(1)
print("\n", '-'*40);
print('BIRTHDATE');
print('-'*40);
while True:
# Asking user birthday (DD);
userBirthday = str(input("DAY (DD): ")).strip();
if len(userBirthday) == 2:
if "01" <= userBirthday <= "31":
while True:
# asking user birth month (MM);
userBirthmonth = str(input("Month (MM): ")).strip();
if len(userBirthmonth) == 2:
if "0" <= userBirthmonth <= "12":
while True:
# Asking user birth year (YYYY);
userBirthyear = str(input("Year (YYYY): ")).strip();
if len(userBirthyear) == 4:
if userBirthyear < str(actual_year):
DATE = datetime(int(userBirthyear), int(userBirthmonth), int(userBirthday))
# Formating to data before insert into mySQL database;
userBirthDATE = DATE.date().isoformat();
userAge = actual_year - int(userBirthyear);
break;
else:
print("Please, the year inserted is invalid! Try again.")
else:
print("Please, the year is invalid! Try again.")
break;
else:
print("Please, the month inserted is invalid! Try again.")
else:
print("Please, you need insert a month! Try again.")
break;
else:
print("Please, the day inserted is invalid! Try again.")
else:
print("Please you need insert a day! Try again.")
# user email address confirmation;
os.system("cls");
sleep(1)
print("\n", '-'*40);
print('EMAIL ADDRESS');
print('-'*40);
while True:
userEmailAddress = str(input('Email address: ')).strip();
if (len(userEmailAddress) != 0 and userEmailAddress.find('@') != -1 and userEmailAddress.find('.') != -1):
userInformation.append(userEmailAddress);
break;
else:
print("Please, you need insert a valid email address! Try again.")
# user phone number confirmation;
os.system("cls");
sleep(1)
print("\n", '-'*40);
print('PHONE');
print('-'*40);
while True:
userPhoneNo = str(input('Phone: '));
if (len(userPhoneNo) != 0):
userPhoneNo = "+" + userPhoneNo;
# checking user country since phone number inseted;
country = pycountry.countries.get(alpha_2=phone_country(userPhoneNo));
userCountry = country.name;
userOfficialCountryName = country.official_name;
break;
else:
print('Please, you need insert a phone number valid! Try again.');
# user country confirmation;
'''os.system("cls");
sleep(1)
print("\n", '-'*40);
print('COUNTRY');
print('-'*40);
while True:
userCountry = str(input('Country: ')).upper().strip().capitalize();
if (len(userCountry) != 0):
userInformation.append(userCountry);
break;
else:
print('Please, you need insert a country valid! Try again.');'''
# user city confirmation;
os.system("cls");
sleep(1)
print("\n", '-'*40);
print('CITY')
print('-'*40)
while True:
userCity = str(input('City: ')).upper().strip().capitalize();
if (len(userCity) != 0):
userInformation.append(userCity);
break;
else:
print('Please, you need insert a valid city! Try again.');
# user passport confirmation;
os.system("cls");
sleep(1)
print("\n", '-'*40);
print('PASSPORT');
print('-'*40);
while True:
userPassport = str(input('Passport: '))
if (len(userPassport) != 0):
userInformation.append(userPassport);
break;
else:
print('Please, you need insert a passport number valid! Try again.');
# user ticket confirmation;
os.system("cls");
sleep(1);
print("\n", '-'*40);
print('TICKET');
print('-'*40);
while True:
userTicket = str(input('Ticket: '))
if (len(userTicket) != 0):
userInformation.append(userTicket);
break;
else:
print('Please, you need insert a ticket number valid! Try again.');
os.system("cls");
print("INSERTING USER TO DATABASE")
print('-\033[m'*30)
# Function inside the database package where the user will be inserted into the database;
databaseconnection.insertUserToDatabase(userID, first_name, second_name, last_name, userAge, userBirthDATE, userEmailAddress, userOfficialCountryName, userCountry, userCity, userPhoneNo, userPassport, userTicket);
def test_missing():
with pytest.raises(InvalidPhone):
phone_country(999)
with pytest.raises(InvalidPhone):
phone_country('999')
#0645632754
#import phone_iso3166
import pycountry
import tkinter
from phone_iso3166.country import phone_country
import phonenumbers
from phonenumbers import geocoder, carrier
number = "33645632754"
code = phone_country(number)
print("code=" + code)
C = pycountry.countries.get(alpha_2=code)
print("C={}".format(C))
print("getitng continent")
ch_number = phonenumbers.parse(number, "CH") #country name
print("ch_number={}".format(ch_number))
print("geocoder={}".format(geocoder.description_for_number(ch_number, "en")))
print("getting operator")
service_number = phonenumbers.parse(number, "RO")
print("carrier={}".format(carrier.name_for_number(service_number, "en")))
def test_bermuda():
# Bermuda city hall
assert phone_country(14412921234) == 'BM'
def test_whitehouse():
# White house comment line
assert phone_country('+1 202-456-1111') == 'US'
def test_bermuda():
# Bermuda city hall
assert phone_country(14412921234) == 'BM'
def test_phone_country_dk():
assert phone_country(45) == 'DK'
assert phone_country(4566118311) == 'DK'
assert phone_country('+4566118311') == 'DK'
def test_phone_country_dk():
assert phone_country(45) == 'DK'
assert phone_country(4566118311) == 'DK'
assert phone_country('+4566118311') == 'DK'
def get_country_code():
code = phone_country(settings.PHONE_NUMBER)
print(code)