def login_menu():
""" Login Menu - Create Account / Log In / Quit """
while True:
view.print_login_menu()
choice = view.login_menu_prompt().strip()
if choice not in ("1", "2", "3"):
""" bad input """
view.bad_login_input()
return login_menu()
elif choice == "3":
""" 3. Quit """
view.goodbye()
return None # return None for quit
elif choice == "1":
""" 1. Create Account """
create_account()
elif choice == "2":
""" 2. Log In """
account = view.login_account_num()
pin = view.login_pin()
account_data = model.login(account, pin)
if account_data != None:
return main_menu(account_data)
else:
view.bad_account_login()
def main():
greetings()
""" Load configurations for the game """
# create and load dictionary of points
if not os.path.isfile(WORDSDICT):
create_dict()
try:
wordPoints = load_dict()
except:
return "Could not load the dictionary."
try:
lettersGame = create_list_letters()
except:
return "Could not create list of letters."
""" set game variables """
piecesLeft = len(lettersGame)
numberOfPiecesHand = 5
lettersDict = LETTERS
lettersPC = ""
pointsPC = 0
wordsPC = []
lettersHuman = ""
pointsHuman = 0
wordsHuman = []
""" Game Loop """
while piecesLeft >= 2 * numberOfPiecesHand:
# computer's turn
print("\n--> Computer's Turn:")
points, word, lettersPC, lettersDict = computerTurn(
wordPoints, lettersGame, numberOfPiecesHand, lettersDict, lettersPC
)
pointsPC += points
wordsPC.append(word)
printStatus(word, str(points), str(pointsPC))
# human's turn
print("\n--> Your Turn:")
points, word, lettersHuman, lettersDict = humanTurn(
wordPoints, lettersGame, numberOfPiecesHand, lettersDict, lettersHuman
)
pointsHuman += points
wordsHuman.append(word)
printStatus(word, str(points), str(pointsHuman))
break
""" Game Finalization """
goodbye(str(pointsHuman), str(pointsPC), wordsHuman, wordsPC)
def homepage():
while True:
view.show_homepage()
selection = view.get_input()
if selection != '1' and selection != '2' and selection != '3':
view.bad_selection()
elif selection == '1':
customer = get_user_info()
if customer[2] != customer[3]:
view.no_pin_match()
else:
new_customer = model.create_account(customer)
logged_in_homepage(new_customer)
return
elif selection == '2':
name = view.login_name()
pin = view.login_pin()
if model.login_user(name, pin):
customer = model.login_user(name, pin)
logged_in_homepage(customer)
return
else:
view.invalid_login()
pass
elif selection == '3':
view.goodbye()
return
def logged_in_homepage(primary_key):
while True:
customer = model.get_customer(primary_key)
view.logged_in_homepage(customer)
selection = view.get_input()
if selection != '1' and selection != '2' and selection != '3' and selection != '4':
view.bad_selection()
elif selection == '1':
funds_requested = view.withdraw_funds()
if funds_requested.isdigit() and int(
customer[0][3]) >= int(funds_requested):
model.update_funds(customer, funds_requested, "W")
else:
view.insufficient_funds()
elif selection == '2':
funds_to_deposit = view.deposit_funds()
if funds_to_deposit.isdigit():
model.update_funds(customer, funds_to_deposit, "D")
continue
else:
view.invalid_amount()
elif selection == '3':
view.goodbye()
homepage()
return
def main():
greetings()
""" Load configurations for the game """
# create and load dictionary of points
if not os.path.isfile(WORDSDICT):
create_dict()
try:
wordPoints = load_dict()
except:
return "Could not load the dictionary."
try:
lettersGame = create_list_letters()
except:
return "Could not create list of letters."
""" set game variables """
piecesLeft = len(lettersGame)
numberOfPiecesHand = 5
lettersDict = LETTERS
lettersPC = ""
pointsPC = 0
wordsPC = []
lettersHuman = ""
pointsHuman = 0
wordsHuman = []
""" Game Loop """
while piecesLeft >= 2 * numberOfPiecesHand:
# computer's turn
print("\n--> Computer's Turn:")
points, word, lettersPC, lettersDict = computerTurn(wordPoints, lettersGame, \
numberOfPiecesHand, lettersDict, lettersPC)
pointsPC += points
wordsPC.append(word)
printStatus(word, str(points), str(pointsPC))
# human's turn
print("\n--> Your Turn:")
points, word, lettersHuman, lettersDict = humanTurn(wordPoints, lettersGame, \
numberOfPiecesHand, lettersDict, lettersHuman)
pointsHuman += points
wordsHuman.append(word)
printStatus(word, str(points), str(pointsHuman))
break
""" Game Finalization """
goodbye(str(pointsHuman), str(pointsPC), wordsHuman, wordsPC)
def login_terminal():
view.input_terminal()
options_menu = input()
while options_menu not in ["1", "2", "3", 1, 2, 3]:
view.invalid_input()
return login_terminal()
if options_menu == "1" or options_menu == 1:
create_account()
view.create_confirm()
return login_terminal()
if options_menu == "2" or options_menu == 2:
login()
if options_menu == "3" or options_menu == 3:
view.goodbye()
quit()
def welcome_menu():
while True:
selection = view.welcome_screen()
if selection not in ["1", "2", "3"]:
view.improper_selection()
continue
if selection == '1':
username = view.get_username()
balance = view.add_balance()
password = view.get_password()
confirm_password = view.confirm_password()
if password != confirm_password:
view.improper_password()
continue
if not balance.isdigit() or int(balance) < 0:
view.improper_balance()
account = Accounts(username=username, balance=balance)
account.set_password(password)
account.generate_api_key()
account.save()
logged_in_homepage(account)
return
elif selection == '2':
username = view.get_username()
password = view.get_password()
logged_in_account = Accounts.login(username=username,
password=password)
if logged_in_account:
logged_in_homepage(logged_in_account)
return
else:
print("Invalid Credentials")
continue
elif selection == '3':
view.goodbye()
return
def run():
if len(sys.argv) > 1 and sys.argv[1] == "--cheat":
cheat = True
else:
cheat = False
# generate computer's board
size = view.ask_boardsize()
board = ComputerBoard(size, size)
while board.count_symbol('S') < NUMSHIPS:
board.random_ship()
while not board.no_ships():
if cheat:
print(board)
else:
view.show_board(board)
x, y = view.get_attack_coords(board)
if board.attack(x, y):
view.hit()
else:
view.miss()
view.goodbye()
def login_menu():
while True:
view.print_login_menu()
choice = view.login_menu_prompt().strip()
if choice not in ("1", "2", "3"):
view.bad_login_input()
return login_menu()
elif choice == "3":
view.goodbye()
return None # return None for quit
elif choice == "1":
create_account()
""" TODO: prompt for firstname, lastname, and pin, and confirm pin
create the account and then tell the user what their new account number is """
elif choice == "2":
""" TODO: prompt functions to ask for account and PIN, use try, except
to check for bad login """
account = view.login_account_num()
pin = view.login_pin()
account_data = model.login(account, pin)
return main_menu(account_data)
def logged_in_homepage(customer):
while True:
view.logged_in_homepage(customer)
selection = view.get_input()
if selection != '1' and selection != '2' and selection != '3' and selection != '4':
view.bad_selection()
elif selection == '1':
funds_requested = view.withdraw_funds()
if funds_requested.isdigit() and int(
customer["Balance"]) >= int(funds_requested):
model.withdraw_funds(customer, funds_requested)
else:
view.insufficient_funds()
elif selection == '2':
funds_to_deposit = view.deposit_funds()
if funds_to_deposit.isdigit():
model.deposit_funds(customer, funds_to_deposit)
else:
view.invalid_amount()
elif selection == '3':
view.goodbye()
homepage()
return
def login_menu(user_login):
if user_login.type == "ADMIN":
view.login_menu_admin(user_login)
login_input = input()
while login_input not in [
"1", "2", "3", "4", "5", "6", "7", "8", "9", "10", "11"
]:
view.invalid_input()
login_input = input()
if login_input == "1":
view.check_balance(user_login)
return login_menu(user_login)
if login_input == "2":
all_positions = user_login.getpositions()
view.check_all_positions(user_login)
model.print_gettrades(all_positions)
return login_menu(user_login)
if login_input == "3":
view.ticker_query()
ticker = input().upper()
price = model.apiget(ticker)
while price == None:
print("Not a valid ticker!")
view.ticker_query()
ticker = input().upper()
price = model.apiget(ticker)
view.ticker_check_price(ticker, price)
return login_menu(user_login)
if login_input == "4":
buy(user_login)
if login_input == "5":
sell(user_login)
if login_input == "6":
all_trades = user_login.gettrades()
view.see_all_trades(user_login)
model.print_gettrades(all_trades)
return login_menu(user_login)
if login_input == "7":
view.goodbye()
return login_terminal()
if login_input == "8":
view.goodbye()
quit()
if login_input == "9":
view.set_funds_amount()
amt_of_funds = input()
user_login.set_balance(amt_of_funds)
return login_menu(user_login)
if login_input == "10":
view.see_all_accounts_one()
all_accounts = user_login.get_all_accounts()
model.print_all_accounts(all_accounts)
return login_menu(user_login)
if login_input == "11":
print(model.return_top_headlines_content("author"))
return login_menu(user_login)
else:
view.login_menu_user(user_login)
login_input = input()
while login_input not in ["1", "2", "3", "4", "5", "6", "7", "8", "9"]:
view.invalid_input()
login_input = input()
if login_input == "1":
view.check_balance(user_login)
return login_menu(user_login)
if login_input == "2":
all_positions = user_login.getpositions()
print(all_positions)
view.check_all_positions(user_login)
model.print_gettrades(all_positions)
return login_menu(user_login)
if login_input == "3":
view.ticker_query()
ticker = input().upper()
price = model.apiget(ticker)
while price == None:
print("Not a valid ticker!")
view.ticker_query()
ticker = input().upper()
price = model.apiget(ticker)
view.ticker_check_price(ticker, price)
return login_menu(user_login)
if login_input == "4":
buy(user_login)
if login_input == "5":
sell(user_login)
if login_input == "6":
all_trades = user_login.gettrades()
view.see_all_trades(user_login)
model.print_gettrades(all_trades)
return login_menu(user_login)
if login_input == "7":
view.goodbye()
return login_terminal()
if login_input == "8":
view.goodbye()
quit()
if login_input == "9":
view.deposit_amount()
try:
deposit_amount = int(input())
except ValueError:
view.invalid_input()
return login_menu(user_login)
while deposit_amount < 0:
view.invalid_input
deposit_amount = input()
user_login.deposit_funds(deposit_amount)
view.depsosit_successful()
return login_menu(user_login)
def run():
""" Main flow of the program. """
view.welcome_message()
login_terminal()
view.goodbye()
quit()
