def Withdraw(self):
clrscr()
print_options(self.get_value("Username"), "Withdraw",
self.get_value("Address"), self.get_value("Balance"))
print(
"Enter the amount you want to withdraw. Press any letter to go back."
)
x = inpt("> ")
if x.isdigit():
x = int(x)
if x <= 0:
print(f"\033[91mYou can't withdraw ${x}\033[0m")
elif x > int(self.get_value("Balance")):
print("\033[91mInsufficient Funds.\033[0m")
else:
self.append_transaction(f"Withdrawed ${x}.")
self.Account["Balance"] -= x
return
else:
return
self.update_account()
inpt("Press \033[91menter\033[0m to continue")
def show_transaction(self):
clrscr()
print("\033[93mTransaction Log\033[0m")
x = 0
for i in self.Account["TransactionLog"].values():
print(i.replace(f"ID {x})", f"\033[94mID {x})\033[0m\n"))
x += 1
inpt("Press \033[91menter\033[0m to exit.")
def show_all_info(self):
clrscr()
for key, value in self.Account.items():
if key == "TransactionLog" or key == "TFA_Code" or key == "Password" or key == "CreditCardNumber" or key == "SecurityCode":
continue
print(f"\033[93m{key}\033[0m: {value}")
inpt("Press \033[91menter\033[0m to continue")
def Register():
clrscr()
Account = {}
inputs = {
"First Name: ": 0,
"Last Name: ": 1,
"Username: "******"Password: "******"Credit Card Number: ": 4,
"Security Code: ": 5,
"Address: ": 6,
"Postcode: ": 7,
"Email: ": 8,
"Phone: ": 9
}
print("""
\033(0qqqqqqqq\033(B
\033[93mRegister\033[0m
\033(0qqqqqqqq\033(B
Input \"\033[31m-1\033[0m\" to go back. Enter the following information...
""")
Account["TFA"] = "False"
Account["Balance"] = "0"
Account["TFA_Code"] = "0000000000"
Account["TransactionLog"] = {}
for i in inputs:
n = (i.replace(": ", "")).replace(" ", "")
while True:
Account[n] = reg_ask(i, n)
if Account[n] == False:
return False
elif Account[n] == True:
continue
break
setup_file()
with open("Accounts.txt", "rb") as f:
x = json.loads(base64.b64decode(f.read()).decode())
with open("Accounts.txt", "wb") as fs:
Account["Password"] = hashlib.blake2b(
Account["Password"].encode()).hexdigest()
x[Account["Username"]] = Account
fs.write(base64.b64encode(json.dumps(x).encode()))
LocalAcc = LocalAccount(Account)
if LocalAcc.Vaild == True:
LocalAcc.Home()
return False
def main():
while True:
clrscr()
options = {"Login": Login, "Register": Register, "Exit": exit}
print("""
\033(0qqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqq\033(B
\033[93mWelcome to the bank of The Boring Company.\033[0m
\033(0qqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqq\033(B
Use the \033[91mArrow Keys\033[0m to navigate through the options and press \033[91mEnter\033[0m to select an option.
""")
print_menu(options)
if getKeyMenu(options) == "return":
break
return
def Settings(self):
while True:
clrscr()
self.options = {
"Account Info": self.show_all_info,
"Security": self.security,
"Exit": "return"
}
print_options(self.get_value("Username"), "Settings",
self.get_value("Address"), self.get_value("Balance"),
self.options)
if getKeyMenu(self.options) == "return":
return True
return False
def Home(self):
while True:
clrscr()
self.options = {
"Deposit Money": self.Deposit,
"Withdraw Money": self.Withdraw,
"Settings": self.Settings,
"Back": "return"
}
print_options(self.get_value("Username"), "Home",
self.get_value("Address"), self.get_value("Balance"),
self.options)
if getKeyMenu(self.options) == "return":
return True
return False
def security(self):
while True:
clrscr()
self.options = {
"Enable/Disable 2 Factor Authenthication": self.TFA,
"Open Transaction Log": self.show_transaction,
"Change Password": self.New_Password,
"Change Phone Number": self.New_Phone,
"Back": "return"
}
print_options(self.get_value("Username"), "Security",
self.get_value("Address"), self.get_value("Balance"),
self.options)
if getKeyMenu(self.options) == "return":
return True
return False
def Deposit(self):
clrscr()
print_options(self.get_value("Username"), "Deposit",
self.get_value("Address"), self.get_value("Balance"))
print(
"Enter the amount you want to deposit. Enter any letter to go back."
)
x = inpt("> ")
if x.isdigit():
x = int(x)
if x <= 0:
print("\033[91mYou can't deposit $", x, "\033[0m")
else:
self.append_transaction(f"Deposited ${x}.")
self.Account["Balance"] += x
return
else:
return
self.update_account()
inpt("Press \033[91menter\033[0m to continue")
def Login():
clrscr()
print("""
\033(0qqqqq\033(B
\033[93mLogin\033[0m
\033(0qqqqq\033(B
Input \"\033[91m-1\033[0m\" to go back. Enter of the following information...
""")
username = inpt("\033[93mUsername: \033[0m")
if username == "-1":
return False
print("\033(0qqqqqqqqqqq\033(B")
password = inpt("\033[93mPassword: \033[0m")
if password == "-1":
return False
setup_file()
with open("Accounts.txt", "rb") as f:
Accounts = f.read()
Accounts = json.loads(base64.b64decode(Accounts).decode())
if username in Accounts.keys():
LocalAcc = LocalAccount(Accounts[username])
if LocalAcc.Vaild and hashlib.blake2b(
password.encode()).hexdigest() == LocalAcc.Account["Password"]:
if LocalAcc.Account["TFA"] == "True":
while True:
tfa_code = inpt("\033[93m2FA Code: \033[0m")
if hashlib.blake2b(tfa_code.encode()).hexdigest(
) == LocalAcc.Account["TFA_Code"]:
LocalAcc.Home()
break
elif tfa_code == "-1":
return False
else:
print("\033[91mInvaild 2FA Code.\033[0m")
continue
else:
LocalAcc.Home()
elif LocalAcc.Vaild and LocalAcc.Account[
"Password"] != hashlib.blake2b(password.encode()).hexdigest():
print("\033[91mIncorrect password.\033[0m")
inpt("Press Enter to continue.")
return False
else:
print(
"\033[91mYour account has invaild account information. Please register again.\033[0m"
)
inpt("Press Enter to continue.")
return False
else:
print(
"\033[91mThis account does not exist, make sure you register this account before you log in again.\033[0m"
)
inpt("Press Enter to continue.")
return False
return True
options = {"Login": Login, "Register": Register, "Exit": exit}
print("""
\033(0qqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqq\033(B
\033[93mWelcome to the bank of The Boring Company.\033[0m
\033(0qqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqq\033(B
Use the \033[91mArrow Keys\033[0m to navigate through the options and press \033[91mEnter\033[0m to select an option.
""")
print_menu(options)
if getKeyMenu(options) == "return":
break
return
if __name__ == "__main__":
clrscr()
print(
"It's highly reccomended to use terminals that support ANSI.\n\nTerminals like:\n\tVisual Studio Code Integrated Terminal\n\tThe NEW Windows Terminal (https://github.com/microsoft/terminal)\n\nIs highly reccomended to use for this program to work perfectly."
)
print("Press Enter 3 times.")
for _ in range(3):
inpt(f"Press Enter to continue. [{_}]")
init()
main()
"""
References:
- https://en.wikipedia.org/wiki/ANSI_escape_code
- https://ozzmaker.com/add-colour-to-text-in-python/
- https://voidinit.com/python/console/files