def login():
view.login()
login_id = input().lower()
new_login = model.Account(login_id)
while not new_login.check_set_username():
view.does_not_exist()
return login_terminal()
new_login = new_login.set_from_username()
view.enter_password()
password = getpass.getpass()
while not new_login.check_password((new_login.pass_hash), password):
view.invalid_password()
view.enter_password()
password = getpass.getpass()
login_menu(new_login)
def index():
if request.method == 'POST':
login = request.form.get('login')
password = request.form.get('password')
return view.login(login, password)
else:
return view.home()
def POST(self):
"""
Comprueba si el usuario se puede logear
y crea atributos para la sesión.
"""
import sys
inputData = web.input()
check = config.db.query("SELECT * FROM users where email=$username and password=$password",
vars=inputData)
if check:
session.loggedin = True
# User Data:
session.userdata = db.userData(vars=inputData)
# Insert table user_connections:
insertID = db.insert_user_connections(session.userdata.id)
#print "*"*100
#print
#print "*"*100
#print >> sys.stderr, "Login Successful"
raise web.seeother("/dashboard")
else:
#print >> sys.stderr, "Login Failed"
return view.render.base(view.login("usuario o contraseña inválida"), "Login")
def run():
while True:
choice = view.main_menu()
if choice == "3": #Exit
return
elif choice == "1": #Create Account
view.create_account()
fname = view.first_name()
lname = view.last_name()
pin = view.choose_pin()
initial = float(view.deposit_initial())
#Create new account then display
view.new_account(model.create_account(fname, lname, pin, initial))
elif choice == "2": #log in
account_num, pin = view.login()
#Check if login info is correct
if model.login(account_num, pin) == False:
view.bad_login()
else:
#Login Menu - Check Balance, Withdraw, Deposit, Open Savings Account
info = model.login(account_num, pin)
view.welcome(account_num, info)
while True:
choice = view.login_menu()
if choice == "1":
view.check_balance(info)
elif choice == "2":
login_withdrawal(account_num) #see line 58
elif choice == "3":
num = view.deposit()
new_balance = model.deposit(num, account_num)
view.deposit_new_balance(num, new_balance)
elif choice == "4":
from_account, to_account, amount = view.transfer()
#Add " account" at the end of the string so it matches the key in the dictionary
from_account = from_account + " account"
to_account = to_account + " account"
#convert amount value from string to float
amount = float(amount)
info = model.transfer(from_account, to_account, amount,
account_num)
view.transfer_new_balance(info, from_account,
to_account)
elif choice == "5":
yesorno, deposit = view.create_savings()
model.open_savings(yesorno, float(deposit),
account_num)
view.savings_opened(float(deposit))
elif choice == "6":
view.signout()
return
else:
view.bad_input()
def user(my_dict):
while True:
print(my_dict)
view.welcome()
user_input = view.user_choice()
print(user_input)
# if user_input == 3:
# model.save(data)
# return
if user_input == 1:
key = 'first name'
f_name = view.first_name_prompt()
my_dict[key] = f_name
l_name = view.last_name_prompt()
# new_account = view.account_creation(user_info)
model.add_first_name(my_dict)
model.add_last_name(my_dict)
# model.add_pin()
# model.add_confirm_pin()
elif user_input == 2:
view.login()
def login():
login_info = view.login()
if not model.check_user(login_info[0]):
print("No user found, please register!")
_ = input('\n\nHit any key to retry')
return
elif not model.check_login(login_info[0], login_info[1]):
print("Password is wrong, please retry")
_ = input('\n\nHit any key to retry')
return
else:
print("User %s login successfully" % login_info[0])
_ = input('\n\nHit any key to continue')
return login_info[0]
def start():
selection = 0
while selection != 3:
selection = v.mainmenu()
if selection == 1: # Create account
pin, first, last = v.create_account()
newaccount = m.Account()
newaccount.create_account(pin, first, last)
v.create_acc_success(newaccount.account_num)
start()
if selection == 2: #Log in
account_num, pin = v.login()
account_num = str(account_num)
account = m.Account(account_num)
account_details = account.login(account_num, pin)
if account != None:
option = 0
while option != 4:
option = v.account_options(account_details)
if option == 1: # Show Balance
v.show_balance(account.balance)
elif option == 2:# Withdraw Funds
amount = v.withdraw_funds()
if account.withdraw(amount) == False:
v.insufficient_funds
else:
v.withdraw_message(amount)
v.show_balance(account.balance)
elif option == 3:# Deposit Funds
amount = v.deposit_funds()
account.deposit(amount)
v.show_balance(account.balance)
start() # Back to create/login menu
def login_or_register():
bad_input = True
while bad_input:
user_input = view.login_or_register()
acceptable_inputs = ['L','R']
if user_input.upper() in acceptable_inputs:
if user_input.upper() == 'L':
login_username, login_password = view.login()
if login_username is False or login_password is False:
print("Your login attempt failed. The username/password is not up to par...")
break
login_attempt_return_message, username_in_db, user_id = model.login(login_username, login_password)
if login_attempt_return_message is not False:
print("Welcome '{}', you are logged in!".format(username_in_db))
menu_after_login(login_username, user_id)
break
else:
print("Your login attempt failed. The username/password does not exist...")
break
elif user_input.upper() == 'R':
register_username, register_password = view.register()
if register_username is False or register_password is False:
print("Your registration attempt failed. The username/password is not up to par...")
break
perm = view.admin_perm()
register_attempt = model.register(register_username,register_password,perm)
if register_attempt:
print("\nRegistration successful!")
continue
else:
print('Registration attempt broken')
else:
print('login/register question broken')
else:
print('Hmm.. Invalid option')
def GET(self):
"""
Página de Login
"""
return view.render.base(view.login(), "Login")
#!C:\Python\python.exe
print("Content-type: text/html\n\n")
import view
html = view.head() + view.login() + view.footer()
print(html)