def enter_username_to_block(message):
username = message.text
try:
customer = Customer.construct(username)
user.person.block_fan_id_card(customer)
send(
message, "The Fan ID Card {} was successfully blocked".format(
customer.fan_id_card.id))
except CustomerDoesNotExistError:
send(
message,
"Customer with username \"{}\" does not exist. Please enter the username again"
.format(username), enter_username_to_block)
def enter_password(message):
password = message.text
if PersonDAO.is_password_correct(user.username, password):
user.password = password
user.authenticated = True
user.role = PersonDAO.get_role_by_username(user.username)
if user.role == "customer":
user.person = Customer.construct(user.username)
elif user.role == "cashier":
user.person = Cashier.construct(user.username)
elif user.role == "organizer":
user.person = Organizer.construct(user.username)
send(
message,
"🟢 You have been successfully logged in as {} {} {} 🟢".
format(user.role, user.person.first_name,
user.person.last_name), show)
else:
send(
message,
"The entered password is wrong. Enter correct username and password again",
enter_username)
import hashlib
import re
import psycopg2
from dao.fan_id_card_dao import FanIDCardDAO
from domain.cashier import Cashier
from domain.customer import Customer
from domain.fan_id_card import FanIDCard
from domain.match import Match
from domain.organizer import Organizer
from domain.ticket import SingleTicket
customer = Customer.construct("mario")
organizer = Organizer.construct("cristiano")
cashier = Cashier.construct("slava")
# match = Match(None, "Dortmund", "Sevilla", "2021-03-10", organizer.username, "quarterfinal")
# organizer.add_match(match)
# new_customer = Customer("alexis", "alexis", "sanchez", 29, None)
# cashier.register(new_customer)
def encrypt_password(password):
return hashlib.md5(password.encode()).hexdigest()
print(encrypt_password("james"))