def realitza_pagament(Usuario):
pagament_correcte = B.Bank()
confirm = pagament_correcte.do_payment(Usuario, Usuario.Pagament)
#pagament_correcte = True
pagamentOk = False
if (confirm == False):
# Reintentamos confirmar la reserva de vuelos... suponemos que no
confirmacion = 1
while (confirmacion <= 3):
confirm = pagament_correcte.do_payment(Usuario,
Usuario.Pagament)
#pagament_correcte=True
if (confirm):
pagamentOk = True
break
else:
confirmacion = confirmacion + 1
if (pagamentOk == False):
print(
"Ha habido un problema durante el proceso de confirmacion del pagament, no se ha efectuado ningun cargo"
)
else:
pagamentOk = True
return pagamentOk #TRUE OR FALSE
def testAddFundsInt(self):
testBank = Bank("Test Bank")
testUser = User(testBank, "username", "pass", 10)
testUser.login("username", "pass")
testAccount = Account(testUser, "account1")
testAccount.addFunds(33)
self.assertEqual(testAccount.getFunds(), 33)
def setup(self):
checking_account = CheckingAccount(G.player_initial_money,
self.env) # a checking acount
saving_account = SavingAccount(0, self.env) # a saving account
self.player.set_bank_account(
checking_account,
saving_account) #give the above accounts to the player
self.bank = Bank(self.player) #set up the bank
def __init__(self):
self.players = []
self.currentPlayer = None
self.board = Board()
self.chancePile = ChanceCards()
self.communityPile = CommunityCards()
self.dice = TwoDice()
self.bank = Bank()
def __init__(self):
self.bank = Bank.Bank()
self.inventory = Inventory.Inventory()
self.dayCounter = 0
self.servedCustomers = 0
self.satisfiedCustomers = 0
self.popularity = 0
self.cost = 0
def __init__(self):
self.players = []
self.currentPlayer = None
self.board = Board()
self.chancePile = ChanceCards()
self.communityPile = CommunityCards()
self.dice = TwoDice()
self.bank = Bank()
"""Instance variables for the Controller"""
self.gameMessages = None
self.controllerInput = None
self.functionCallName = None
self.supportingData = None
def main():
# 欢迎页面
AdminView.printWelcomeView()
# 进入登陆页面
if AdminView.checkUserAndPassword() == -1:
return -1
# 获取用户信息：通过本地文件读取已存在用户列表
# allUser.txt:存储用户信息的文件
# 假设用户数量为空
allUser = {}
if os.path.getsize("allUser.txt") > 0:
with open("allUser.txt", "rb") as f1:
# 已经存在用户
allUser = pickle.load(f1)
print(allUser)
# 银行的对象只有一个
bank = Bank.Bank(allUser=allUser)
# 进入主程序页面
while True:
time.sleep(1)
AdminView.mainFunctionView()
checkFunc = input("请按照数字输入选择的功能")
if checkFunc == "1":
bank.createUser()
elif checkFunc == "2":
bank.seachUser()
elif checkFunc == "3":
bank.getMoney()
elif checkFunc == "4":
bank.saveMoney()
elif checkFunc == "5":
bank.changePassword()
elif checkFunc == "6":
bank.createOtherCard()
elif checkFunc == "7":
bank.lockedCard()
elif checkFunc == "8":
bank.unlockedCard()
elif checkFunc == "9":
bank.cancelUser()
elif checkFunc == "z":
bank.transferMoney()
elif checkFunc == "0":
# 存入或更新数据
with open("allUser.txt", "wb") as f1:
pickle.dump(bank.allUser, f1)
return 0
else:
print("输入错误，请确认后重新输入")
def main():
myBank = Bank("TD Bank")
print(myBank)
print("total funds: " + str(myBank.getMoneyInBank()))
myBank.depositIntoAccount
myBank.depositIntoAccount
myBank.withdrawFromAccount
myBank.withdrawFromAccount
print(myBank)
print("total funds: " + str(myBank.getMoneyInBank()))
def test_bank_2(self):
test_bank = Bank.Bank()
test_bank.add_entry(123456789, 1234, "checking", 1000)
test_bank.add_account(123456789, "savings", 1000)
test_bank.add_entry(987654321, 7321, "checking", 5000)
test_atm = ATM.ATM(test_bank, 10000)
cash_bin_over_action = [("See Balance", 0), ("Withdraw", 30000)]
# Tests cash bin excess handling on account balance
self.assertEqual(
test_atm(987654321, 7321, "checking", cash_bin_over_action),
"Actions completed")
exit_action = [("See Balance", 0), ("Leave", 0)]
self.assertEqual(test_atm(987654321, 7321, "checking", exit_action),
"Gracefully departed")
def test_bank_1(self):
test_bank = Bank.Bank()
test_bank.add_entry(123456789, 1234, "checking", 1000)
test_bank.add_account(123456789, "savings", 1000)
test_bank.add_entry(987654321, 7321, "checking", 5000)
test_atm = ATM.ATM(test_bank, 10000)
action_list = [("See Balance", 0), ("Withdraw", 40),
("Withdraw", 1000), ("Deposit", 100)]
# These next test should be a correctly executing test case
self.assertEqual(test_atm(987654321, 7321, "checking", action_list),
"Actions completed")
# Tests whether ATM handles overdraft attempt without crashing
self.assertEqual(test_atm(123456789, 1234, "checking", action_list),
"Actions completed")
# Test incorrect PIN number
self.assertEqual(test_atm(987654321, 1234, "checking", action_list),
"Invalid Card or Incorrect Pin!")
# Test incorrect Account number
self.assertEqual(test_atm(876504321, 1234, "checking", action_list),
"Invalid Card or Incorrect Pin!")
from Bank import *
from Client import *
bank = Bank("moj_bank")
bank2 = Bank("moj_bank2")
client1 = Client("Andrzej", "Kowalski")
client2 = Client("Anna", "Nowak")
client3 = Client("Grzegorz", "Aaaa")
client4 = Client("Katarzyna", "Bbbb")
bank.add_client(client1)
bank.add_client(client2)
bank2.add_client(client3)
bank2.add_client(client4)
client1.add_money(200)
client1.remove_money(50)
client1.add_money(2)
client2.add_money(1200)
client3.add_money(15000)
client4.add_money(160)
print('Show client - bank')
bank.show_all_clients()
print('\nShow client - bank2')
bank2.show_all_clients()
print('\nShow money')
client1.cash()
client2.cash()
print('\nAfter transfer')
from Bank import * bank1 = Bank(1, "Stanbic", "Makerere", "00-0009") bank2 = Bank(2, "DFCU", "Wandegeya", "00-4509") #Tellers for bank 1 teller1A = Teller(1, "Yazid", bank1) teller1B = Teller(2, "Peter", bank1) teller1C = Teller(3, "Alex", bank1) #Tellers for bank2 teller2A = Teller(1, "Moses", bank2) teller2B = Teller(2, "Kalungi", bank2) teller2C = Teller(3, "Isanka", bank2) customer = Customer(1, "miiro", "Lumumba", 900877) customer.OpenAccount(teller1A, "savings") customer2 = Customer(1, "miiro", "Lumumba", 900877) customer2.OpenAccount(teller1A, "savings") customer2.DepositMoney(4000, teller1A) customer2.WithdrawMoney(4000, teller1A) customer.ApplyForLoan(teller1A, 100000) customer.Loan.pay_loan(4000)
print(select)
# Exchange n for Blum Gold
# Send over bank's public key
# Generate Keys
n, a, b, p, q = enc.get_Blum_Gold_Keys()
print("Sending over public key n:", n)
send = str(n)
c.send(send.encode("utf-8"))
s
# Get ATM's public key
msg = c.recv(1024).decode()
n_ATM = int(msg)
print("Recieved ATM's public key:", n_ATM)
bank = Bank.Bank(name) # <== Put the ATM users name here
# Read the Messages from the ATM
while (True):
# Get the message
data = c.recv(1024).decode()
data_no_mac = data[:data.index("M") - 1]
print("Recieved:", data)
# Decrypt
if (select == "BLUM"):
msg = enc.Blum_Gold_Decrypt(n, a, b, p, q, data)
elif (select == "DES"):
msg = DES.decrypt(data_no_mac, key)
else:
# 3 DES
msg = DES.decrypt3(data_no_mac, key)
from BankAccount import*
from Bank import*
from Employee import*
from Manager import*
bank = Bank("Interco Bank", 500)
(interco, bankId, intercoCash) = bank.createBankAccount("Interco", 20000000)
man = Manager("Hhhm", 10000000, 10000, "BeastMaster")
print("Manager %s pay %.2f" % (man.getFormattedName(), man.calculatePay()))
(name, bankId, cash) = bank.createBankAccount(man.getFormattedName(), 200000)
print("%s account %.2f" % (name, cash))
try:
bank.transfer(bank.accounts[interco],
bank.accounts[name], man.calculatePay())
print("%s account %.2f" % (name, bank.accounts[name].cash))
except InsufficientFundsError:
print("We can't pay you :(")
print("%s account %.2f" % (interco, bank.accounts[interco].cash))
print("%s transactions %s" % (name, bank.transactions[name].print()))
emp = Employee("Julia", 200000)
print("Employee %s pay %.2f" % (emp.getFormattedName(), emp.calculatePay()))
(name, bankId, cash) = bank.createBankAccount(emp.getFormattedName(), 20000)
print("%s account %.2f" % (name, cash))
try:
bank.transfer(bank.accounts[interco],
bank.accounts[name], emp.calculatePay())
print("%s account %.2f" % (name, bank.accounts[name].cash))
except InsufficientFundsError:
print("We are broke :(")
print("%s account %.2f" % (interco, bank.accounts[interco].cash))
def test_empty_bank(self):
empty_bank = Bank.Bank()
empty_atm = ATM.ATM(empty_bank, 0)
valid, message = empty_atm.swipe(0, 0)
self.assertEqual(valid, 0)
class AtmApplication():
""" Class that handels user input """
#initalize field variables
_bank = Bank()
_acctNo = 0
_ivalidInput = "Invalid Input. Please enter a valid number\n"
def __init__(self):
#here for python convention
pass
def run(self):
"""starts the ATM"""
while True:
print("Main Menu\n")
print("1: Select Account")
print("2: Create Account")
print("3: Exit\n")
try:
choice = int(input("Enter a choice: "))
if choice == 1:
self.onSelectAccount()
elif choice == 2:
self.onCreateAccount()
elif choice == 3:
break
else:
print(
"Please enter a valid number.\nEnter 1 to select an account.\nEnter 2 to create an account.\nEnter 3 to exit.\n"
)
continue
except ValueError:
print("Invalid Input. Please enter a valid number\n")
def onCreateAccount(self):
"""When Create Account is selected"""
while True:
try:
clientName = input(
"Please enter the client name or press [ENTER] to cancel: "
)
if clientName == "":
break
balanceInput = input(
"Please enter your intial balance or press [ENTER] to cancel: "
)
if balanceInput == "":
break
elif int(balanceInput) < 0:
print("Please enter a number grater than 0\n")
continue
else:
balance = int(balanceInput)
accountType = input(
"Please enter the account type [c/s: chequing / savings]: "
)
if accountType == "":
break
elif len(accountType) > 1:
print("Please enter a [c or s] to select an account\n")
continue
elif ord(accountType) != 67 and ord(accountType) != 99 and ord(
accountType) != 83 and ord(accountType) != 115:
print("Please enter a [c or s] to select an account\n")
continue
if ord(accountType) == 67 or ord(accountType) == 99:
interRateInput = float(
input(
"Please enter the interest rate for this account: "
))
if interRateInput == "":
break
elif float(interRateInput) < 0:
print("Please enter a number greater than 0\n")
continue
elif float(interRateInput) > 1:
print("Please enter a number less than 1\n")
continue
else:
interRate = float(interRateInput)
elif ord(accountType) == 83 or ord(accountType) == 115:
interRateInput = float(
input(
"Please enter the interest rate for this account: "
))
if interRateInput == "":
break
elif float(interRateInput) < 3:
print("Please enter a number greater than 3\n")
continue
else:
interRate = float(interRateInput)
acctNoInput = int(
input(
"Please enter the account number [100 - 1000] or press [ENTER] to cancel: "
))
if acctNoInput == "":
break
elif int(acctNoInput) < 100 or int(acctNoInput) > 1000:
print(
"Please enter a value a number between [100 - 1000]\n")
continue
else:
acctNo = int(acctNoInput)
if self._bank.getAccount(acctNo) != None:
print("Account number already exists")
continue
else:
self._bank.openAccount(acctNo, clientName, balance,
accountType, interRate)
break
except ValueError:
print("Invalid Input. Please enter a valid input\n")
def onSelectAccount(self):
"""When select account is created"""
while True:
try:
if self._acctNo == 0:
acctNo = input(
"Please enter your account ID or press [ENTER] to cancel: "
)
if acctNo == "":
break
else:
self._acctNo = int(acctNo)
if self._bank.getAccount(self._acctNo) == None:
print("ID not found!\n")
self._acctNo = 0
return
else:
print("Account Menu\n")
print("1: Check Balance")
print("2: Withdraw")
print("3: Deposit")
print("4: Predict Balance")
print("5: Exit\n")
choice = int(input("Enter a choice: "))
if choice == 1:
self.onCheckBalance()
elif choice == 2:
self.onWithdraw()
elif choice == 3:
self.onDeposit()
elif choice == 4:
self.onPredictBalance()
elif choice == 5:
self._acctNo = 0
break
else:
print(
"Please enter a valid number.\nEnter 1 to chack balance.\nEnter 2 to withdraw from account.\nEnter 3 to deposit into account.\nEnter 4 to predict balance.\nEnter 5 to exit.\n"
)
continue
except ValueError:
print("Invalid Input. Please enter a valid number\n")
def onCheckBalance(self):
"""When check balance is selected"""
account = self._bank.getAccount(self._acctNo)
print("Current balance: " + str(account.getBalance()))
return
def onDeposit(self):
"""When deposit is selected"""
account = self._bank.getAccount(self._acctNo)
amount = int(input("How much money would you like to deposit: "))
account.deposit(amount)
print("New balance is: " + str(account.getBalance()))
return
def onWithdraw(self):
"""When withdraw is selected"""
account = self._bank.getAccount(self._acctNo)
amount = int(input("How much money would you like to withdraw: "))
if amount > account.getBalance():
print("Insufficent funds!")
return
else:
account.withdraw(amount)
print("New balance is: " + str(account.getBalance()))
return
def onPredictBalance(self):
"""when predict balancce is selected"""
while True:
try:
monthlyDeposit = int(input("Please enter a monthly deposit: "))
if monthlyDeposit < 0:
print("Please enter a valid amount")
continue
monthlyWithdrawl = int(
input("Please enter a monthly withdrawl: "))
if monthlyWithdrawl < 0:
print("Please enter a valid amount")
continue
account = self._bank.getAccount(self._acctNo)
print("Account Number: " + str(account.getAccountNumber()))
print("Name: \t\t" + account.getAccountHolderName())
balance = account.getBalance()
newInterest = 0.0
#for 12 months
for i in range(0, 12):
balance = balance + monthlyDeposit - monthlyWithdrawl
interst = account.predictBalance(balance)
newInterest += interst
print("Month " + str(i + 1) + ":")
print("\tBalance: " + str(round(balance, 2)))
print("\tInterest: " + str(round(newInterest, 2)))
print("End of the Year Balance: " +
str(round((newInterest + balance), 2)))
break
except ValueError:
print("Invalid Input. Please enter a valid number\n")
def testConstructor(self):
testBank = Bank("Test Bank")
testUser = User(testBank, "username", "pass", 10)
testBox = DepositBox(testUser, 3, ["hat"])
self.assertEqual(testBox.getContents()[0], "hat")
def testConstructorFundsFloat(self):
testBank = Bank("Test Bank")
testUser = User(testBank, "username", "pass", 10.989)
self.assertEqual(testUser.getPersonalFunds(), 10.99)
def load_bank(self, user): return Bank.Bank(user)
def testConstructorFundsZero(self):
testBank = Bank("Test Bank")
testUser = User(testBank, "username", "pass", 0)
self.assertEqual(testUser.getPersonalFunds(), 0)
def __init__(self):
self.bank = Bank()
self.listCustomer = []
def testLoginValid(self):
testBank = Bank("Test Bank")
testUser = User(testBank, "username", "pass", 0)
self.assertEqual(testUser.login("username", "pass"), True)
def testLoginInvalid(self):
testBank = Bank("Test Bank")
testUser = User(testBank, "username", "pass", 0)
self.assertEqual(testUser.login("penguin", "123"), False)
def testRegisterDepositBox(self):
testBank = Bank("Test Bank")
testUser = User(testBank, "username", "pass", 0)
testUser.registerDepositBox(5, ["shoe"])
self.assertEqual(testUser.getDepositBoxes()[0].getContents(), ["shoe"])
elif ch == 'cl':
ac = bank.close_account(ac)
elif ch == 'f':
am = raw_input('Enter amount to add: ')
ac.change_balance(am)
elif ch == 'l':
bank.list_all_accounts()
elif ch == 'n':
ac.print_current_accout()
elif ch == 's':
ac = bank.change_account()
elif ch == 'w':
am = raw_input('Enter amount to withdraw: ')
ac.change_balance(-float(am))
elif ch == 'x':
return False
#break
else:
print('Input not recognized!')
if __name__ == '__main__':
pass
from Bank import *
bank = Bank()
ac = bank.add_account()
main_loop(ac)
def testCreateAccount(self):
testBank = Bank("Test Bank")
testUser = User(testBank, "username", "pass", 0)
testUser.createAccount("account1")
self.assertEqual(testUser.getAccounts()[0].getId(), "account1")
def __init__(self, name, starting_amount=40):
super().__init__(name)
self.Bank = Bank(starting_amount)
self.bet_amount = 0
def testAccountConstructor(self):
testBank = Bank("Test Bank")
testUser = User(testBank, "username", "pass", 10)
testAccount = Account(testUser, "account1")
self.assertEqual(testAccount.getId(), "account1")
def main():
quitProgram = False
loginChoice = ""
bankChoice = ""
loggedIn = False
bankSelected = False
# Create bank objects
bank1 = Bank("TD Bank")
bank2 = Bank("Passumpsic Bank")
bank3 = Bank("Community National Bank")
banks = [bank1, bank2, bank3]
mainBank = banks[0]
mainUser = User(bank1, "", "", 10)
print("Welcome, please select the bank you would like to use: ")
while not bankSelected:
for i in range(len(banks)):
print(str(i + 1) + ". " + banks[i].getName() + " \n")
bankChoice = input("Your Selection: ")
try:
if int(bankChoice) - 1 < len(banks) and int(bankChoice) - 1 >= 0:
mainBank = banks[int(bankChoice) - 1]
bankSelected = True
except ValueError:
print("Input was invalid, try again.")
print("Welcome to " + mainBank.getName() + ".")
print("Would you like to login as an existing user, or register?")
# Handle account creation and login
while not loggedIn:
print("Please select from the following options: ")
print("1. Register user account \n2. Login \n")
loginChoice = input("Your Selection: ")
# Get input to register new account
if loginChoice == "1":
usernameChoice = input("Please enter your username: "******"Please enter your password: "******"Please enter your personal funds: ")
newUser = User(mainBank, usernameChoice, passwordChoice, int(personalFundsChoice))
newUser.login(usernameChoice, passwordChoice)
mainBank.registerUser(newUser)
print("Your user profile has been created, " + usernameChoice)
loggedIn = True
# Attempt to login to existing account
elif loginChoice == "2":
usernameChoice = "0"
passwordChoice = "0"
while not loggedIn and usernameChoice != "" and passwordChoice != "":
print("To go back, enter nothing for either field.")
usernameChoice = input("Please enter your username: "******"Please enter your password: "******"" and passwordChoice != "":
for user in mainBank.getUsers():
if user.login(usernameChoice, passwordChoice):
print("You have successfully logged in, " + usernameChoice)
mainUser = user
loggedIn = True
break
if not loggedIn:
print("Your credentials were incorrect, please try again.")
print("You are now logged in.")
# Interface with accounts and deposit boxes for the selected user
userMenuChoice = ""
quitProgram = False
while not quitProgram:
print("\nPlease select from the following user options, or enter 'q' to log out. ")
print("1. Create Account \n2. Select Account \n3. Register Deposit Box \n4. Select Deposit Box \n5. Check Personal Funds ")
userMenuChoice = input("Your Selection: ")
# Account creation
if userMenuChoice == "1":
newAccountName = input("Please enter the new account's name: ")
mainUser.createAccount(newAccountName)
print("Account '" + newAccountName + "' has been created. ")
# Account selection
elif userMenuChoice == "2":
print("\nPlease select one of your accounts, or enter nothing to go back. ")
for i in range(len(mainUser.getAccounts())):
print(str(i + 1) + ". " + mainUser.getAccounts()[i].getId())
accountChoice = input("Your Selection: ")
mainAccount = ""
mainAccountIndex = 0
accountSelected = False
# Validate selection input
while not accountSelected and accountChoice != "":
try:
if int(accountChoice) - 1 < len(mainUser.getAccounts()) and int(accountChoice) - 1 >= 0:
mainAccount = mainUser.getAccounts()[int(accountChoice) - 1]
mainAccountIndex = int(accountChoice) - 1
accountSelected = True
except ValueError:
print("Input was invalid, try again.")
# Handle checking, withdrawing and depositing
if accountSelected:
print("\nPlease select an action for this account, or enter nothing to go back. ")
print("1. Check Balance \n2. Withdraw Funds \n3. Deposit Funds ")
subAccountChoice = input("Your Selection: ")
if subAccountChoice == "1":
print("Account Balance: " + str(mainAccount.getFunds()))
elif subAccountChoice == "2":
amount = input("Please enter an amount to withdraw: ")
mainUser.addFundsToAccount(float(amount) * -1, mainAccountIndex)
elif subAccountChoice == "3":
amount = input("Please enter an amount to deposit: ")
mainUser.addFundsToAccount(float(amount), mainAccountIndex)
# Create deposit box
elif userMenuChoice == "3":
depositItemChoice = ""
itemList = []
itemCount = 0
print("\nThe maximum capacity of your new deposit box is " + str(mainBank.getMaxDepositBoxCapacity()))
print("Please enter the contents of the new deposit box one by one, enter 'f' when finished.")
while depositItemChoice != "f" and itemCount < mainBank.getMaxDepositBoxCapacity() - 1:
itemCount += 1
depositItemChoice = input("Please enter an item: ")
if depositItemChoice != "f":
itemList.append(depositItemChoice)
mainUser.registerDepositBox(mainBank.getMaxDepositBoxCapacity(), itemList)
print("Your new deposit box has been registered. ")
# Select deposit box
elif userMenuChoice == "4":
print("\nPlease select one of your deposit boxes, or enter nothing to go back. ")
for i in range(len(mainUser.getDepositBoxes())):
print("Deposit box #" + str(i + 1))
boxChoice = input("Your Selection: ")
mainBox = ""
mainBoxIndex = 0
boxSelected = False
while not boxSelected and boxChoice != "":
try:
if int(boxChoice) - 1 < len(mainUser.getDepositBoxes()) and int(boxChoice) - 1 >= 0:
mainBox = mainUser.getDepositBoxes()[int(boxChoice) - 1]
mainBoxIndex = int(boxChoice) - 1
boxSelected = True
except ValueError:
print("Input was invalid, please try again.")
# Handle checking, withdrawing, and depositing in a deposit box
if boxSelected:
print("\nPlease select an action for this deposit box, or enter nothing to go back. ")
print("1. Check Box \n2. Withdraw item \n3. Deposit item ")
subBoxChoice = input("Your Selection: ")
if subBoxChoice == "1":
print("Box contents: " + str(mainBox.getContents()))
elif subBoxChoice == "2":
print("The box contents are as follows. ")
for i in range(len(mainBox.getContents())):
print(str(i) + ". " + mainBox.getContents()[i])
withdrawalItemIndex = int(input("Please enter the number of the item you wish to withdraw: "))
if withdrawalItemIndex >= 0 and withdrawalItemIndex < len(mainBox.getContents()):
mainUser.removeItemFromBox(withdrawalItemIndex, mainBoxIndex)
print("Item removed.")
elif subBoxChoice == "3":
newBoxItem = input("Please enter an item to deposit: ")
mainUser.addItemToBox(newBoxItem, mainBoxIndex)
print("Item added.")
elif userMenuChoice == "5":
print("Your personal funds are: " + str(mainUser.getPersonalFunds()))
elif userMenuChoice == "q":
mainUser.logout()
quitProgram = True
print('Dealer Wins')
def push(player, dealer):
print('Dealer and player tie! PUSH!')
while True:
# Openning statement
print("W E L C O M E T O B L A C K J A C K")
deck = Deck()
deck.shuffle_deck()
player = Player.Player()
dealer = Dealer.Dealer()
bank = Bank.Bank(500, 500)
# if the player or dealer have no cards, they will draw 2 cards each.
if player.is_empty() == True:
for i in range(2):
player.draw_card(deck.deal_card())
if dealer.is_empty() == True:
for i in range(2):
dealer.draw_card(deck.deal_card())
while game: # from hit_or_stand func
# ask the player if he wants to hit or stand
hit_or_stand(deck, player)
# shows the cards.
show_some(dealer, player)
