def main():
# 管理员开机界面
if View.printAdminView(View) == 0:
# 死循环，等待用户操作
while True:
View.printFunctionView(View)
option = input("请输入您的操作：")
if option == '1':
# 开户
ATM.createUser(ATM)
elif option == '2':
# 查询
pass
elif option == '3':
# 取款
pass
elif option == '4':
# 存款
pass
elif option == '5':
# 转账
pass
elif option == '6':
# 改密
pass
elif option == '7':
# 锁定
pass
elif option == '8':
# 解锁
pass
elif option == '9':
# 补卡
pass
elif option == '0':
# 销户
pass
elif option == 'q':
# 退出程序
View.quit(View)
break
else:
View.errorQuit(View)
time.sleep(1)
def test_authenticate_cardnumber_and_pin_no_bank(self):
# start atm
atm = ATM()
try:
atm.authenticate_cardnumber_and_pin(VALID_PIN)
except Exception as exp:
self.assertEqual(exp.args[0], "No bank linked to ATM")
def setUp(self):
checking = Account(101)
saving = Account(102)
self.bank_card = Card([checking, saving])
self.atm = ATM()
self.checking = checking
self.saving = saving
def test_connect_bank(self):
#start atm
atm = ATM()
# connect bank
bank = Bank()
self.assertEquals(atm.bank, None)
atm.connect_bank(bank)
self.assertEquals(atm.bank, bank)
def __init__(self,radius):
self.radius = radius
self.atmData = atmfile #process here
self.freqCounter = FreqCounter()
data = pd.read_csv(atmfile,delimiter=";",header=0)
for atm in data.itertuples(index=True):
atm = ATM(atm.ID,Point(eval(".".join(atm.LAT.split(","))), eval(".".join(atm.LNG.split(",")))),atm.RED,atm.BANCO,atm.DOM_ORIG)
ATMFinder.geopoints.append(atm)
self.atmTree = BallTree(np.asarray([atm.getLoc().getCoordRad() for atm in ATMFinder.geopoints]), leaf_size=2,metric="haversine")
def test_authenticate_cardnumber_and_pin(self):
#start atm
atm = ATM()
# connect bank
bank = Bank()
atm.connect_bank(bank)
atm.insert_cardnumber(VALID_CARDNUMBER)
atm.authenticate_cardnumber_and_pin(VALID_PIN)
self.assertEqual(atm.valid_pin, True)
atm.authenticate_cardnumber_and_pin(INVALID_PIN)
self.assertEquals(atm.valid_pin, False)
def test_get_accounts(self):
#start atm
atm = ATM()
# connect bank
bank = Bank()
atm.connect_bank(bank)
# insert cardnumber
atm.insert_cardnumber(VALID_CARDNUMBER)
# insert_pin
atm.authenticate_cardnumber_and_pin(VALID_PIN)
# get accounts
atm.get_accounts()
self.assertEqual(atm.active_accounts,
bank.get_cardnumber_accounts(VALID_CARDNUMBER))
def main():
#管理员对象
admin = Admin()
admin.printAdminView()
if admin.adminOption():
return -1
#提款机对象
filePath = os.path.join(os.getcwd(), "allUsers.txt")
f = open(filePath, "rb")
allUsers = pickle.load(f)
allUsers = {}
atm = ATM(allUsers)
while True:
admin.printsysFunctionView()
#等待用户操作
option = input("请输入您的操作:")
if option == "1":
#开户
atm.createUser()
elif option == "2":
atm.searchUserInfo()
elif option == "3":
atm.getMoney()
elif option == "4":
print("存款")
elif option == "5":
print("转账")
elif option == "6":
print("改密")
elif option == "7":
ATM.lockUser()
elif option == "8":
print("解锁")
elif option == "9":
print("补卡")
elif option == "0":
print("销户")
elif option == "t":
if not admin.adminOption():
#将系统中的用户信息保存到文件中
f = open(filePath, "a")
pickle.dump(atm.allUsers, f)
f.close()
return -1
time.sleep(2)
def __init__(self, statement=None):
if not statement:
statement = Statement()
statement.setup()
self._record_path = statement._record_path
self.statement = statement
self.atms = {
x: ATM(x, statement.get_statement_by_tid(x))
for x in statement._get_all_funded_tids()
}
def test_insert_cardnumber(self):
#start atm
atm = ATM()
# connect bank
bank = Bank()
atm.connect_bank(bank)
atm.insert_cardnumber(VALID_CARDNUMBER)
self.assertEquals(atm.active_cardnumber, VALID_CARDNUMBER)
def test_authenticate_cardnumber_and_pin_no_card(self):
#start atm
atm = ATM()
# connect bank
bank = Bank()
atm.connect_bank(bank)
try:
atm.authenticate_cardnumber_and_pin(VALID_PIN)
except Exception as exp:
self.assertEqual(exp.args[0], "No card in ATM")
def main():
#管理员登入登出
view = Admin()
while view.Admin_login_exit():
continue
Atm = ATM()
while True:
view.Sys_Func()
option = input('请选择你需要的操作:')
if option == '1':
#开户
Atm.CreateUser()
elif option == '2':
#查询
Atm.SearchUserInfo()
elif option == '3':
#存款
pass
elif option == '4':
#取款
pass
elif option == '5':
#转账
pass
elif option == '6':
#修改密码
pass
elif option == '7':
#锁定
Atm.LockUser()
elif option == '8':
#解锁
Atm.UnLocking()
elif option == '9':
#补卡
pass
elif option == '10':
#销户
pass
elif option == 'exit':
#退出
if not view.Admin_login_exit():
return -1
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
from ATM import ATM
# ----------------------------------------------------------
# Initialize the ATM
# ----------------------------------------------------------
atm = ATM()
account = None # account for processing
# ----------------------------------------------------------
# Access point: get user pin
# ----------------------------------------------------------
pin = atm.get_input("Enter your pin and press [enter] to continue: ")
# ----------------------------------------------------------
# Validation: check pin
# Give user three(3) tries to get it correct
# ----------------------------------------------------------
tries = 0
while tries <= 2:
if atm.validate_pin(pin):
def main():
# 欢迎页面
admin = Admin()
# 欢迎页面
admin.printWelcomeView()
if admin.adminOption():
return -1
# 提款机对象
# 将当前的系统中的用户信息保存到文件中
filePath = os.path.join(os.getcwd(), 'allusers.txt')
file = open(filePath, 'rb')
allUsers = pickle.load(file)
print('******************************')
print(allUsers)
# ATM对象
atm = ATM(allUsers)
while True:
# 功能页面
admin.printFunctionView()
# 登陆成功, 等待用户操作
option = input('请输入您的操作:')
if option == '1':
atm.creatUser()
elif option == '2':
atm.searchUserInfo()
elif option == '3':
atm.getAccountMoney()
elif option == '4':
atm.saveMoney()
elif option == '5':
atm.transformAccountMoney()
elif option == '6':
atm.reviseAccountPassword()
elif option == '7':
atm.lockAccount()
elif option == '8':
atm.unlockAccount()
elif option == '9':
atm.reserAccountCard()
elif option == '0':
atm.removeAccount()
elif option == 't':
# 将当前系统中的用户信息保存到文件中
file1 = open(filePath, 'wb')
pickle.dump(atm.allUsers, file1)
file1.close()
time.sleep(2)
print('退出成功')
return -1
from ATM import ATM #From ATM.py import ATM class
print('Welcome to the ATM machine of your very own bank! Lets get started...'
) #Outputs intro to bank program
print('') #space
bankName = input(
'Please enter your bank name: '
) #Asks user for bank name and inputs it into the variable bankName
balance = float(
input('Please enter your starting balance: $')
) #Asks user for starting balance and inputs it as a float to the variable balance
myAtm = ATM(
bankName,
balance) #Instantiates myAtm sending bankName and balance as paramaters
done = False #Sets variable done to False
while not done: #While done = False keep running loop
print('Please select from the following menu:') #Prints bank menu options
print('1 - Display Balance')
print('2 - Deposit Money')
print('3 - Withdraw Money')
print('4 - Add Daily Interest')
print('5 - Exit')
print(' ')
choice = int(
input('Type in the number associated with your choice: ')
) #Asks user to choose an option and store as an integer in variable choice
def test_get_accounts_invalid_card_and_pin(self):
#start atm
atm = ATM()
# connect bank
bank = Bank()
atm.connect_bank(bank)
# no card inserted
try:
atm.get_accounts()
except Exception as exp:
self.assertEqual(exp.args[0], "No card in ATM")
# insert cardnumber
atm.insert_cardnumber(VALID_CARDNUMBER)
# insert_pin
atm.authenticate_cardnumber_and_pin(INVALID_PIN)
try:
atm.get_accounts()
except Exception as exp:
self.assertEqual(exp.args[0], "Invalid card/pin")
# active_accounts should be empty
self.assertEqual(atm.active_accounts, {})
from Person import Person from ATM import ATM bola = Person() bola.height = 2.45 bola.weight = 25 bola.age = 19 #print(bola.calculate_BMI()) #print(bola.calculate_calories()) #khvmv,v #print(bola.healthy_weigh()) #print(bola.calculate_ideal_weight()) me = ATM() me.check_balance() me.add_money(300) me.check_balance() me.withraw(400) me.check_balance()
print(' ')
else:
print('Error: Please type in a valid number')
#This is the second file where the instructions and interaction is
from ATM import ATM
print('Welcome to the ATM machine of your very own bank! Lets get started...')
print('')
bankName = input('Please enter your bank name: ')
balance = float(input('Please enter your starting balance: $'))
myAtm = ATM(bankName, balance) #How to INSTANTIATE???????
done = False
while not done:
print('Please select from the following menu:')
print('1 - Display Balance')
print('2 - Deposit Money')
print('3 - Withdraw Money')
print('4 - Add Daily Interest')
print('5 - Exit')
print(' ')
choice = int(input('Type in the number associated with your choice: '))
if choice == 1:
myAtm.displayBalance() #How do I run functions from
def main():
#管理员开机
view = View()
view.printAdminView()
if view.admin1():
return -1
abspath = os.getcwd()
filepath1 = os.path.join(abspath, r'allusers.txt')
filepath2 = os.path.join(abspath, r'userinfos.txt')
f1 = open(filepath1, 'r+')
r1 = f1.readlines()
f2 = open(filepath2, 'r+')
r2 = f2.readlines()
#print(b)
#print(type(b))
allusers = json.loads(r1[0]) #读出来是一个字典
userinfos = json.loads(r2[0])
#print('***')
#allusers={}
#userinfos={}
atm = ATM(allusers, userinfos)
while True:
view.sysFunctionView()
#等待用户操作
option = input('请输入您的操作：')
if option == '1':
atm.createuser()
if option == '2':
atm.serchuserinfo()
if option == '3':
atm.withdrawls()
if option == '4':
atm.savemoney()
if option == '5':
atm.transer()
if option == '6':
atm.changepasswd()
if option == '7':
atm.lockuser()
if option == '8':
atm.unlockuser()
if option == '9':
atm.newcard()
if option == '10':
atm.killuser()
if option == 't':
if not view.admin1():
# 将当前用户信息保存在文件中
f1 = open(filepath1, 'w+')
f1.write(json.dumps(atm.alluser, ensure_ascii=False))
f1.close()
f2 = open(filepath2, 'w+')
f2.write(json.dumps(atm.userinfo, ensure_ascii=False))
f2.close()
#print(atm.alluser)
#print(type(atm.alluser))
return -1
time.sleep(2)
from ATM import ATM
from bank import Bank
'''
J. Salfity, October 2020
Bank APIs implemented with fake bank data
This file simulates an ATM UI and calls the ATM API
'''
if __name__ == "__main__":
# create bank
bofa = Bank()
# create atm and connect to bank
atm = ATM()
atm.connect_bank(bofa)
session_restart = False
while (atm.power):
# user canceled something, opt to end session
if session_restart:
print("End Session (1/0)?")
end = int(input())
if end:
atm.end_session()
print("SESSION ENDED")
session_restart = False
# a new session
def main():
lstObj = {}
lstATMObj = {}
print("1.Account Related transactions.")
print("2.ATM related transactions.")
print("3.EXIT.")
ch = input("Enter choice:")
while 3 != ch:
if 1 == ch:
print("1.Create Account.")
print("2.Deposit Amount.")
print("3.Withdraw Amount.")
print("4.Check Balance.")
print("5.EXIT.")
ch = input("Enter choice:")
while 5 != ch:
if 1 == ch:
iWantCard = input("Do you want card(0/1)??:")
obj = BankBranch()
iAccnt = obj.CreateAccount(iWantCard)
lstObj[iAccnt] = obj
print("Your account number is:{}".format(iAccnt))
bWantCard = True
if 0 == iWantCard:
bWantCard = False
objATM = ATM()
iCardnum = objATM.ApplyCard(iAccnt, bWantCard)
if True == bWantCard:
lstATMObj[iCardnum] = objATM
else:
lstATMObj[iCardnum] = False
print("Your card number is:{}".format(iCardnum))
elif 2 == ch:
iAccountNum = input("Please enter account number:")
if iAccountNum in lstObj:
lstObj[iAccountNum].DepostAmt(iAccountNum, 10)
else:
print("Invalid account number.")
elif 3 == ch:
iAccountNum = input("Please enter account number:")
if iAccountNum in lstObj:
lstObj[iAccountNum].WithdrawAmt(iAccountNum, 10)
else:
print("Invalid account number.")
elif 4 == ch:
iAccountNum = input("Please enter account number:")
if iAccountNum in lstObj:
print lstObj[iAccountNum].CheckBalance(iAccountNum)
else:
print("Invalid account number.")
elif 5 == ch:
break
ch = input("Enter choice:")
elif 2 == ch:
print("1.Deposit Amount.")
print("2.Withdraw Amount.")
print("3.Check Balance.")
print("4.Mini Statement.")
print("5.EXIT.")
ch = input("Enter choice:")
while 5 != ch:
if 1 == ch:
iCardNumber = input("Please enter card number:")
if iCardNumber in lstATMObj:
lstATMObj[iCardNumber].DepositATM(iCardNumber, 100)
else:
print("Invalid card number.")
elif 2 == ch:
iCardNumber = input("Please enter card number:")
if iCardNumber in lstATMObj:
lstATMObj[iCardNumber].WithdrawATM(iCardNumber, 100)
else:
print("Invalid card number.")
elif 3 == ch:
iCardNumber = input("Please enter card number:")
if iCardNumber in lstATMObj:
print("Balance is:{}".format(
lstATMObj[iCardNumber].BalanceATM(iCardNumber)))
else:
print("Invalid card number.")
elif 4 == ch:
iCardNumber = input("Please enter card number:")
if iCardNumber in lstATMObj:
print("Mini Stmt:{}".format(
lstATMObj[iCardNumber].ministmt(iCardNumber)))
else:
print("Invalid card number.")
elif 5 == ch:
break
ch = input("Enter choice:")
elif 3 == ch:
break
print("1.Account Related transactions.")
print("2.ATM related transactions.")
print("3.EXIT.")
ch = input("Enter choice:")
def test_atm_get_last_funding_date(statement):
tid = "9V26722D"
atm = ATM(tid, statement.get_statement_by_tid(tid))
assert atm.get_last_funding_date() == datetime.datetime.strptime("03/20/2019","%m/%d/%Y")
def ATMsystem():
while True:
admin1 = admin('ADMIN', '123')
m = admin1.login()
if m == 'ok':
filepath = os.path.join(os.getcwd(), 'AllUserlist.txt')
f = open(filepath, 'rb')
Userlist = pickle.load(f)
f.close()
ATM1 = ATM(Userlist)
print('ATM系统当前账户有：')
print([x for x in ATM1.userlist])
print('正在进入ATM系统界面！请稍候...')
time.sleep(2)
while True:
admin1.choiceUI()
c = input('请输入功能选项：')
if c == '1': #建户
ATM1.creataccount()
time.sleep(2)
elif c == '2':
ATM1.serach()
time.sleep(2)
elif c == '3':
ATM1.savemoney()
time.sleep(2)
elif c == '4':
ATM1.reducemoney()
time.sleep(2)
elif c == '5':
ATM1.transfer()
time.sleep(2)
elif c == '6':
ATM1.changepassword()
time.sleep(2)
elif c == '7':
ATM1.lock()
time.sleep(2)
elif c == '8':
ATM1.unlock()
time.sleep(2)
elif c == '9':
ATM1.deleteAccount()
time.sleep(2)
elif c == 'Q':
filepath = os.path.join(os.getcwd(), 'AllUserlist.txt')
f = open(filepath, 'wb')
pickle.dump(ATM1.userlist, f)
f.close()
print('正在保存用户信息并退出！请稍候...')
time.sleep(1)
print('退出至管理员登录界面成功！')
break
else:
print('输入有误，请重新输入！')
time.sleep(1)
if m == 'exit':
print('正在退出程序！请稍候...')
time.sleep(2)
break
from Account import Account from ATM import ATM userAccount = Account(132131512135) objATM = ATM(userAccount) objATM.showMenu()
class TestAccount(unittest.TestCase):
def setUp(self):
checking = Account(101)
saving = Account(102)
self.bank_card = Card([checking, saving])
self.atm = ATM()
self.checking = checking
self.saving = saving
def deposit_50(self):
self.atm.perform_request(2,50)
def withdraw_20(self):
self.atm.perform_request(3,20)
def test_account_starts_with_0(self):
self.assertEqual(self.checking.balance, 0)
self.assertEqual(self.saving.balance, 0)
def test_deposit(self):
atm = self.atm
bank_card = self.bank_card
atm.insert_card(bank_card)
atm.validate_pin("123")
atm.select_account(101)
self.deposit_50()
balance = self.checking.balance
self.assertEqual(balance, 50)
def test_withdraw(self):
atm = self.atm
bank_card = self.bank_card
atm.insert_card(bank_card)
atm.validate_pin("123")
atm.select_account(102)
self.withdraw_20()
balance = self.saving.balance
self.assertEqual(balance, -20)
def test_deposit_50_and_withdraw_20(self):
atm = self.atm
bank_card = self.bank_card
atm.insert_card(bank_card)
atm.validate_pin("123")
atm.select_account(101)
atm.perform_request(2, 50)
balance = atm.perform_request(1)
self.assertEqual(balance, 50)
atm.eject_card()
atm.insert_card(bank_card)
atm.validate_pin("123")
atm.select_account(101)
atm.perform_request(3, 20)
if atm.perform_request(1) is not 30:
raise Exception("withdrawing function doesn't work")
atm.select_account(102)
atm.validate_pin("123")
atm.perform_request(2, 10)
balance = atm.perform_request(1)
self.assertEqual(balance, 10)
def test_withdraw_without_pin_throws_error(self):
atm = self.atm
bank_card = self.bank_card
atm.insert_card(bank_card)
with self.assertRaises(RuntimeError) as e:
atm.select_account(101)
self.assertEqual(type(e.exception), RuntimeError)
def test_process_invalid_transaction(self):
#start atm
atm = ATM()
# connect bank
bank = Bank()
atm.connect_bank(bank)
# insert cardnumber
atm.insert_cardnumber(VALID_CARDNUMBER)
# insert_pin
atm.authenticate_cardnumber_and_pin(VALID_PIN)
# get accounts
atm.get_accounts()
for acc in INVALID_ACCOUNTS:
try:
atm.process_transaction(acc, VALID_REQUESTS[0], 0)
except Exception as exp:
self.assertEqual(exp.args[0], "Invalid Account")
for req in INVALID_REQUESTS:
try:
atm.process_transaction(VALID_ACCOUNTS[0], req, 0)
except Exception as exp:
self.assertEqual(exp.args[0], "Invalid Request")
amount = -50
try:
transaction = atm.process_transaction(VALID_ACCOUNTS[1],
'withdraw', amount)
except Exception as exp:
self.assertEqual(exp.args[0], "Transaction Denied")
try:
transaction = atm.process_transaction(VALID_ACCOUNTS[1], 'deposit',
amount)
except Exception as exp:
self.assertEqual(exp.args[0], "Transaction Denied")
def test_process_valid_transaction(self):
#start atm
atm = ATM()
# connect bank
bank = Bank()
atm.connect_bank(bank)
# insert cardnumber
atm.insert_cardnumber(VALID_CARDNUMBER)
# insert_pin
atm.authenticate_cardnumber_and_pin(VALID_PIN)
# get accounts
atm.get_accounts()
# show balance
transaction = atm.process_transaction(VALID_ACCOUNTS[0],
'show_balance', 0)
self.assertEqual(transaction['start_balance'],
transaction['end_balance'])
self.assertEqual(atm.transaction_history[-1], transaction)
amount = 50
# withdraw
transaction = atm.process_transaction(VALID_ACCOUNTS[0], 'withdraw',
amount)
self.assertEquals(transaction['end_balance'] + amount,
transaction['start_balance'])
self.assertEqual(atm.transaction_history[-1], transaction)
# deposit
transaction = atm.process_transaction(VALID_ACCOUNTS[0], 'deposit',
amount)
self.assertEquals(transaction['end_balance'] - amount,
transaction['start_balance'])
self.assertEqual(atm.transaction_history[-1], transaction)
def main():
# 界面对象
admin = Admin()
# 管理员开机
admin.AdminView()
if admin.Check():
return -1
# 存储信息的文件是否存在
if os.path.exists("userinfo.txt"):
filepath = "userinfo.txt"
else:
open("userinfo.txt", "wb")
filepath = "userinfo.txt"
# 如果存储信息的文件非空
if os.path.getsize(filepath):
f = open(filepath, "rb")
allusers = pickle.load(f)
else:
allusers = {}
# 在登陆时，打印所有银行储户
# print((allusers))
# 提款机对象
atm = ATM(allusers)
while True:
admin.FunctionView()
# 等待用户操作
option = input("请输入您的操作：")
if option == '1':
# 开户
atm.CreatUser()
elif option == '2':
# 查询
atm.searchUserInfo()
elif option == '3':
# 取款
atm.getMoney()
elif option == '4':
# 存款
atm.saveMoney()
elif option == '5':
# 转账
atm.transferMoney()
elif option == '6':
# 改密码
atm.changePasswd()
elif option == '7':
# 锁定
atm.lockUser()
elif option == '8':
# 解锁
atm.unlockUser()
elif option == '9':
# 补卡
atm.newCard()
elif option == '10':
# 销户
atm.killUser()
elif option == '0':
# 退出
if not admin.Check():
# 将当前系统中的用户信息保存到文件中
f = open(filepath, "wb")
# pickle 序列化后的数据,可读性差，提高安全性
pickle.dump(atm.allUsers, f)
f.close()
return -1
time.sleep(1)