def not_enough_money(wallet):
if wallet <= 0:
print(
"You have no money in your wallet. Please refill your wallet or sit and just watch the menu."
)
time.sleep(3)
return MenuNode.current_node()
def email_prompt(cls):
# Email prompt
while True:
print("Enter B to go back.")
email_input = input("Enter your e-mail:\n")
if email_input.lower() == 'b':
return MenuNode.current_node()
if cls.email_is_valid(email_input):
if cls.email_in_database(email_input):
print(
"\nUser associated with this e-mail address already exists!\n"
)
print(
"Try logging in instead or recovering your password.")
decision = input("""
Enter M to return to Main Menu.
Enter E to try with a different e-mail.
""")
if decision.lower() == "m":
return MenuNode.default_node()
elif decision.lower() == "e":
continue
else:
return email_input
else:
print("\nPlease enter valid e-mail address!\n")
continue
def wallet_refill():
# player = User.logged
# usr_dict = player.__dict__
req = RefRequest()
req.save_request_in_reqs_box()
time.sleep(3)
return MenuNode.current_node()
def system_wallet():
games = read_data_from_games_database()
total_register = games['games_inf']['total_register']
for gamename in games['games']:
print(f"\n{gamename}: {games['games'][gamename]['register']}\n")
total_register += games['games'][gamename]['register']
write_data_to_games_database(games)
from structures.user_class import User
if User.logged.is_admin:
print(f"Total number of points in the system:\n{total_register}\n")
inp = input("Press Enter to continue.")
return MenuNode.current_node()
def username_prompt(cls):
# Username prompt
while True:
print("\nEnter B to go back.\n")
username = input("\nEnter your username:\n")
if username.lower() == 'b':
return MenuNode.current_node()
elif cls.username_is_valid(username):
return username
else:
print("Please enter a new username.\n")
continue
def display_personal_best(gamename):
users = read_data_from_users_database()
playing_user = User.logged
for user in users['users']:
if user['username'] == playing_user.username:
try:
game_best = user['my_best'][gamename]
except KeyError:
user['my_best'][gamename] = {}
user['my_best'][gamename]['score'] = 0
game_best = user['my_best'][gamename]
write_data_to_users_database(users)
print(f"\nYour personal best in {gamename} is:\n"
f"\t\t\t{game_best['score']} points.\n")
inp = input("\nPress Enter to continue.\n")
return MenuNode.current_node()
def display_top_n(gamename, n=5):
os.system('clear')
games = read_data_from_games_database()
try:
top5 = games['games'][gamename]['top5']
except KeyError:
games['games'][gamename] = {}
games['games'][gamename]['top5'] = []
top5 = games['games'][gamename]['top5']
if len(top5) == 0:
print('\nThere are no records yet!\n')
else:
top5.sort(key=lambda x: x['score'], reverse=True)
top5 = top5[:n]
print('\n\n\n')
for i, result in enumerate(top5):
print(
f"{i + 1}| {result['username']} | {result['score']} | {result['datetime_details']}\n"
)
inp = input('\nPress Enter to continue.\n')
return MenuNode.current_node()
def start_game(game):
playing_user = game.setting_player()
while True:
players_choice, drawn_value, players_money_bet = game.game(
playing_user)
game.evaluating_results(players_choice, drawn_value,
players_money_bet, playing_user)
print(f"\nSession's score: {game.score}.")
print(
f"\nCurrent's session results: {game.current_session_results}."
)
print(f"\nYour wallet's status: {playing_user.wallet}.")
# Updating user's wallet in the database
if User.logged:
users = read_data_from_users_database()
for user in users['users']:
if user['username'] == playing_user.username:
user['wallet'] += game.score
write_data_to_users_database(users)
# Updating game's register in the database.
games = read_data_from_games_database()
games['games'][game.name]['register'] += -game.score
write_data_to_games_database(games)
rnd = game.round_end(game.score, playing_user)
if rnd:
break
else:
continue
print("Coming back to the previous menu...")
time.sleep(5)
return MenuNode.current_node()
def wallet_status():
user = User.logged
print(f'\nYou have {user.wallet} points in your wallet.\n')
inp = input("Enter any key to go back.")
return MenuNode.current_node()
def login_script():
# Searching for user in database
identified_user = None
while not identified_user:
print('\n\nEnter R to return to main menu.')
username_input = input('\nEnter your username or e-mail:\n')
if username_input.lower() == 'r':
return MenuNode.current_node()
users = read_data_from_users_database()
admins = read_data_from_admins_database()
all_users = []
for adm in admins['admins']:
all_users.append(adm)
for usr in users['users']:
all_users.append(usr)
for user in all_users:
if username_input == user['username'] or username_input == user[
'email']:
identified_user = User(dictionary=user)
# if not dict_: ---> ---> identified_user.dictionary
# dict_ = user
# print(type(user))
# TODO Animation
print("\nUser found!")
break
if not identified_user:
print(
"\nThis user does not exist. Try different username or register instead."
)
time.sleep(2)
continue
# Verifying password
count = 0
while count < 4:
print('\n\nEnter R to return to main menu.')
password_to_check = getpass.getpass("\nEnter your password:\n")
if password_to_check.lower() == 'r':
return MenuNode.current_node()
salt = bytes.fromhex(identified_user.salt)
new_key = hashlib.pbkdf2_hmac('sha256',
password_to_check.encode('utf-8'), salt,
100000)
if new_key.hex() == identified_user.key:
print("\nPassword correct.\n")
if identified_user.is_admin:
Admin.logged = identified_user
elif not identified_user.is_admin:
User.logged = identified_user
time.sleep(1)
break
else:
print('\nPassword incorrect. Try again.\n')
count += 1
if count > 3:
print(
"\nToo many tries. Please use 'Forget password' to regain access to your account.\n"
)
print("\nResetting password...\n")
# password_reset(identified_user)
print(f'Returning to {MenuNode.default_node.name} in:')
stop_watch_to_default_node(3)
else:
if identified_user.is_admin:
User.logged = identified_user
MenuNode.default_node = admin_Menu
MenuNode.current_node = admin_Menu
else:
User.logged = identified_user
MenuNode.default_node = MainMenuForUsers
MenuNode.current_node = MainMenuForUsers
return MenuNode.default_node()