class PaymentTest(unittest.TestCase):
"""
测试支付接口
"""
def setUp(self):
self.payment = Payment()
def test_success(self):
"""
测试支付成功
:return:
"""
self.payment.authe = mock.Mock(return_value=200)
res = self.payment.pay(user_id=10001, card_num="123444", amount=1000)
self.assertEqual("success", res)
def test_fail(self):
"""
测试支付成功
:return:
"""
self.payment.authe = mock.Mock(return_value=500)
res = self.payment.pay(user_id=10002, card_num="1233444", amount=1000)
self.assertEqual("fail", res)
def test_retry_success(self):
"""
测试支付失败重试在成功
side_effect 可以为序列类型 异常类型，对象
如果为序列类型 每次调用mock对象，会依次将side effcet中的元素返回
:return:
"""
self.payment.authe = mock.Mock(side_effect=[TimeoutError, 200])
res = self.payment.pay(user_id=10003, card_num="1234444", amount=1000)
self.assertEqual("success", res)
def test_ExpensivePaymentGatewayRetriesOnCheapOne(mocker):
amount = 25.23
payment = Payment(creditCardNumber, cardHolder, expirationDate, securityCode, amount)
mocked_func = mocker.patch('expensivePaymentGateway.ExpensivePaymentGateway.processPayment')
mocked_func2 = mocker.patch('cheapPaymentGateway.CheapPaymentGateway.processPayment')
payment.process()
mocked_func.assert_called()
mocked_func2.assert_called()
def processExit(self, DigiTicket, gate):
payment = Payment(DigiTicket)
# get the calculated payment
totlalPayment = payment.calculateCost(DigiTicket)
# do the payment processing
DigiTicket.processPayment(totlalPayment)
print(repr(DigiTicket))
def __init__(self, num_floors, num_slots):
self.lot = [[None for _ in range(num_slots)]
for _ in range(num_floors)]
self.num_floors = num_floors
self.num_slots = num_slots
self.payment = Payment()
self.filled = 0
self.vehicles = VehicleFactory()
def __init__(self, ticket, tariff):
Payment.__init__(self, ticket.payments)
self._enabled = hasattr(tariff, 'calc')
if not self._enabled:
return
self.ticket = ticket
self.tariff = tariff
self.now = datetime.now()
def __init__(self, card, tariff):
Payment.__init__(self, card.payments)
self.card = card
self._enabled = hasattr(tariff, 'calc')
if not self._enabled:
return
self.tariff = tariff
self.result = self.tariff.calc(self.card.date_reg, self.card.date_end)
if self.result is None:
self._enabled = False
def buy_cart(customer_obj, cart_obj):
products = cart_obj.get_cart_items()
total_price = cart_obj.get_total_price()
print("Total price to be paid " + str(total_price))
print("Payment details : ")
card_type = input("Enter card type : ")
card_num = input("Enter card number : ")
payment_obj = Payment(customer_obj.get_id(), total_price, card_type,
card_num)
success = customer_obj.buy_products_in_bulk(products, payment_obj)
if success:
print("Shipment successfully initiated. Payment reference ID = " +
str(payment_obj.get_id()))
else:
print("Some problem occurred while transaction")
def buy(self, payment: Payment, kind_of_drink: Type[Drink]):
try:
return self._buy(payment, kind_of_drink)
except Exception as e:
print(e)
self._change += payment.amount()
return None
def programNew(userInput):
readyToSubmit = False
while not readyToSubmit:
printHeader("CREATING A NEW PAYMENT")
# Request Payment Info
paymentName = requestPaymentName(None)
paymentValue = requestPaymentValue(None)
paymentDate = requestPaymentDate(None)
paymentReoccurence = requestPaymentReoccurence(paymentDate)
# User Validation
printHeader("CONFIRM PAYMENT CREATION")
printUserInputs(paymentName, paymentValue, paymentDate,
paymentReoccurence)
userValidation = userValidate("Are you okay with these values?")
if not userValidation:
readyToSubmit = False
continue
readyToSubmit = True
# Create Payment and Append to paymentList
newPayment = Payment(paymentName, paymentValue, paymentDate,
paymentReoccurence)
if not newPayment:
printHeader("NEW PAYMENT ERROR")
printError("Failed to create new payment with given credentials.")
return False
paymentList.append(newPayment)
# Closure
printHeader("SUCCESSFULLY CREATED PAYMENT")
printPayment(newPayment)
return True
def test_paid_status(self):
pmt: Payment = Payment()
assert not pmt.paid
assert pmt.paid_status == "not yet paid"
pmt.paid = True
assert pmt.paid
assert pmt.paid_status == "paid"
def check(self, db):
return Payment.check(self, db) + _('date: %(now)s\n'
'%(tariff)s: $%(price)s\n'
'<hr />') % {
'now': datetime.now().strftime(DATETIME_FORMAT_USER),
'tariff': self.tariff.title,
'price': self.price
}
def ProcessPayment():
data = request.form
creditCardNumber, cardHolder, expirationDate, securityCode, amount = SanitizeParameters(
data)
try:
payment = Payment(creditCardNumber, cardHolder, expirationDate,
securityCode, amount)
print("uptest")
result = payment.process()
print("test")
if result.status_code == 200:
return "Payment is processed : 200 OK", 200
except (TypeError, ValueError) as e:
return "The request is invalid: 400 bad request", 400
except:
return "500 internal server error", 500
return "500 internal server error", 500
def calctotal(self):
totalcost=0
for order in self.orderitems:
totalcost=totalcost + order.getitem().itemprice * order.quantity
payment=Payment(totalcost)
return payment
def test_payable_within_2days(self):
pmt: Payment = Payment(due_date=datetime.now())
assert pmt.payable_within_2days
pmt.paid = True
assert not pmt.payable_within_2days
pmt.paid = False
pmt.due_date += timedelta(days=3)
assert not pmt.payable_within_2days
def programEdit(userInput):
if len(userInput) == 1 or userInput == "":
printHeader("EDIT PAYMENT ERROR")
printError("Edit must have a second parameter")
return True
# Find Payment in List
printHeader("FINDING PAYMENT TO EDIT")
paymentIndex = findPayment(userInput[1])
if paymentIndex < 0:
printError("'" + userInput[1] + "' does not exist.")
return True
foundPayment = paymentList[paymentIndex]
# Validate Payment Selection
printPayment(foundPayment)
userValidation = userValidate("Do you want to edit this payment?")
if not userValidation:
return True
readyToSubmit = False
while not readyToSubmit:
printHeader("UPDATING EXISTING PAYMENT")
# Request Payment Info
paymentName = requestPaymentName(foundPayment)
paymentValue = requestPaymentValue(foundPayment)
paymentDate = requestPaymentDate(foundPayment)
paymentReoccurence = requestPaymentReoccurence(paymentDate)
# User Validation
printHeader("CONFIRM PAYMENT UPDATE")
printUserInputs(paymentName, paymentValue, paymentDate,
paymentReoccurence)
userValidation = userValidate("Are you okay with these values?")
if not userValidation:
readyToSubmit = False
continue
readyToSubmit = True
# Update Payment in Payment List
backupPayment = paymentList[paymentIndex]
paymentList[paymentIndex] = Payment(paymentName, paymentValue,
paymentDate, paymentReoccurence)
foundPayment = paymentList[paymentIndex]
if not foundPayment:
printHeader("EDIT PAYMENT ERROR")
printError(
"Failed to update existing payment with given credentials. Returning to old values"
)
paymentList[paymentIndex] = backupPayment
return False
# Closure
printHeader("SUCCESSFULLY EDITED PAYMENT")
printPayment(foundPayment)
return True
def get_payments_by_order_id(sql_connection, order_id):
sql_cursor = sql_connection.cursor()
sql_cursor.execute(GET_PAYMENTS_BY_ORDER_ID, (order_id, ))
results = sql_cursor.fetchall()
sql_cursor.close()
payments = []
for result in results:
payment = Payment(result[0], result[1], result[2], result[3])
payments.append(payment)
return payments
def main():
customer1 = Customer("John Wick", "Makedonias 3")
customer1.place_order(Order("20201215", Payment(100000)))
customer1.place_order(Order("20201216", Payment(250000)))
customer2 = Customer("Nemo", "MC Wallaby 42")
customer2.place_order(
Order("20201205", Credit(34235, "2349673", "20221010")))
customer2.place_order(
Order("20201205", Credit(5436, "2349673", "20221010")))
customer3 = Customer("John Snow", "The Wall")
customer3.place_order(Order("20201203", Payment(4234)))
customer3.place_order(Order("20203905", Credit(5436, "746853",
"20221111")))
customer3.place_order(
Order("20203905", Check(654735, "555555", "20210203")))
print(customer1)
print("")
print(customer2)
print("")
print(customer3)
def buy_product(customer_obj):
view_products(customer_obj)
print()
product_id = int(input("Enter the id of the product to buy : "))
product_obj = database.get_product(product_id)
if product_obj is None:
print("Enter a valid product ID!")
return
quantity = int(input("Enter the quantity : "))
price = product_obj.get_price() * quantity
print("Total price to be paid " + str(price))
print()
print("PAYMENT DETAILS")
card_type = input("Enter card type : ")
card_num = input("Enter card number : ")
payment_obj = Payment(customer_obj.get_id(), price, card_type, card_num)
success = customer_obj.buy_product(product_obj, payment_obj, quantity)
if success:
print("Shipment successfully initiated. Payment reference ID = " +
str(payment_obj.get_id()))
else:
print("Some problem occurred while transaction")
def refund(self, payment: Payment, price: int):
currencies = payment.get_currencies()
if len(currencies) != 1:
raise RuntimeError('payment should be a currency')
payment_amount = payment.amount()
if (payment_amount != 100) and (payment_amount != 500):
raise RuntimeError('payment should be 100 or 500')
if payment_amount == 500 and self._currency_collections[Yen100Coin] < 4:
raise RuntimeError('Not enouhg 100 coin for change')
change = 0
if payment_amount == 100:
self._currency_collections[Yen100Coin] += 1
change = 0
if payment_amount == 500:
self._currency_collections[Yen100Coin] -= (payment_amount - 100) / 100
change += (payment.amount() - price)
return change
def setUpClass(cls):
print("testing start")
cls.busSpace = 2
cls.carSpace = 2
cls.bikeSpace = 3
cls.parkingLot = ParkingLot('Metro Station Parking',
'Near Metro Station Parking')
cls.floor = ParkingFloor('floor', cls.carSpace, cls.busSpace,
cls.bikeSpace)
cls.parkingLot.addLevel(cls.floor)
cls.gate = Gate(1)
cls.vehicle = Vehicle(56, 'bus')
cls.ticket = Ticket(cls.vehicle)
cls.parkingLot.processEntry(cls.ticket, cls.gate)
cls.payment = Payment(cls.ticket)
def process_payment():
response_object = dict()
post_data = request.get_json()
validobject = Validation(post_data)
check_datatype = validobject.checkrequestdatatype()
if check_datatype:
check_param = validobject.validate_params()
if check_param:
payobject = Payment(post_data)
if post_data['Amount'] < 20:
response = payobject.CheapPaymentGateway()
if response['ok']:
response_object['status'] = 'ok'
response_object['statusCode'] = '200'
else:
response_object['status'] = 'internal server error'
response_object['statusCode'] = '500'
elif post_data['Amount'] < 500:
response = payobject.ExpensivePaymentGateway()
if response['ok']:
response_object['status'] = 'ok'
response_object['statusCode'] = '200'
else:
response = payobject.CheapPaymentGateway()
if response['ok']:
response_object['status'] = 'ok'
response_object['statusCode'] = '200'
else:
response_object['status'] = 'internal server error'
response_object['statusCode'] = '500'
else:
retry_counter = 3
for _ in range(retry_counter + 1):
response = payobject.PremiumPaymentGateway()
if response['ok']:
response_object['status'] = 'ok'
response_object['statusCode'] = '200'
break
response_object['status'] = 'internal server error'
response_object['statusCode'] = '500'
else:
response_object['status'] = 'bad request'
response_object['statusCode'] = '400'
else:
response_object['status'] = 'bad request'
response_object['statusCode'] = '400'
return jsonify(response_object)
def check(self, db):
args = {
'time_in': self.ticket.time_in.strftime(DATETIME_FORMAT_USER),
'now': self.now.strftime(DATETIME_FORMAT_USER),
'cost_info': self.tariff.cost_info_check,
'duration': self.result.check_duration,
'paid_until': self.paid_until.strftime(DATETIME_FORMAT_USER),
'price': self.price,
'bar': self.ticket.bar
}
return (Payment.check(self, db) + _(' entry time: %(time_in)s\n'
'payment time: %(now)s\n'
' tariff: %(cost_info)s\n'
'parking duration: %(duration)s\n'
' paid until: %(paid_until)s\n'
'<hr />\n'
'Price: $%(price)s\n'
'<hr />\n'
'<<%(bar)s>>') % args)
def check(self, db):
args = {
'sn': self.card.sn,
'tariff': self.tariff.title,
'cost_info': self.tariff.cost_info_check,
'begin': self.card.date_reg.strftime(DATE_USER_FORMAT),
'end': self.card.date_end.strftime(DATE_USER_FORMAT),
'refill': _('_Refill for ') + self.tariff.interval_str_check(self.result.units, True),
'new_begin': self.result.begin.strftime(DATE_USER_FORMAT),
'new_end': self.result.end.strftime(DATE_USER_FORMAT),
'price': self.price
}
return Payment.check(self, db) + _('Card %(sn)s\n'
'%(tariff)s: %(cost_info)s\n'
'Before refill: from %(begin)s to %(end)s\n'
'%(refill)s\n'
'After refill: from %(new_begin)s to %(new_end)s\n'
'<hr />\n'
'Price: %(price)s\n'
'<hr />') % args
def Confirmation():
import time
from payment import Payment
import payment
#confirm = Selection()
print('Please press "Y" to confirm or "N" to cancel')
confirm = input().lower()
value = ['y', 'yes']
denyvalue = ['n', 'no']
while confirm is not value:
if confirm in value:
Payment(sel)
print('Please Wait')
time.sleep(1)
print('Your coffee is getting ready')
time.sleep(1)
break
elif confirm in denyvalue: # here something wrong
print('Please made again your choice')
confirm = Selection()
print('Please press "Y" to confirm', sel, 'or "N" to cancel')
confirm = input().lower()
value = ['y', 'yes']
denyvalue = ['n', 'no']
else:
print("Your selection hasn't been recognise ")
print('Please press "Y" to confirm', sel, 'or "N" to cancel')
confirm = input()
continue
time.sleep(2)
print('Your coffie now is Ready')
print('Your remaining credit is', payment.credit - 1)
time.sleep(1)
print('Please collect your change and enjoy your drink')
time.sleep(4)
credit = 0
def clean(self):
super(DirectContributionForm, self).clean()
if not self._errors and not self.campaign.is_free:
#
# ---- IMPORTANT -----
#
# Ideally, we would verify the CC here and post the transaction
# later in save(). However, there isn't an efficient way to merely
# verify a credit card without actually posting the CC transaction;
# All that the ``CreditCardField`` validates that the CC number
# abides by the Luhn-checksum but this could still not be a
# legitimately issued CC number.
#
# Therefore, post the transaction here and produce validation errors
# based on what the transaction processor returns.
#
# The end result is that if this method succeeds, the transaction has
# already been posted.
#
# Save ``UserProfile`` and ``User`` fields to the database
# because ``TransactionData`` needs to extract the payer's
# name and address from the user instance.
UserProfileForm.save(self, commit=True)
data = TransactionData()
data.user = self.user_profile.user
payment = Payment()
data.payment = payment
payment.invoice_num = make_invoice_num(self.campaign, data.user)
payment.total_amount = '%s' % self.campaign.contribution_amount * self.qty
payment.cc_num = self.cleaned_data['cc_num']
payment.expiration_date = self.cleaned_data['expiration_date']
payment.ccv = self.cleaned_data['ccv']
self.payment_processor = PaymentProcessor()
extra = dict(x_description=self.campaign.title)
self.payment_processor.prepare_data(data, extra_dict=extra)
is_success, code, text = self.payment_processor.process()
if not is_success:
raise forms.ValidationError(escape(text))
return self.cleaned_data
def populate_categories(self):
active_row = self.get_active_row
for column in self._monitored_cols:
name = self._sheet[f"{column}1"].value
item: PaymentCategory = PaymentCategory(name=name, column=column)
amount = float(self._sheet[f"{column}{active_row}"].value)
column_int = self._sheet[f"{column}{active_row}"].col_idx
try:
done = bool(
self._sheet.cell(column=column_int + 1,
row=active_row).value)
except ValueError:
done = False
due_date = self._sheet.cell(column=column_int + 2,
row=active_row).value
new_payment = Payment(paid=done,
due_date=due_date,
amount=amount,
excel_row=active_row)
item.payments.append(new_payment)
self._categories.append(item)
def generate_payment(payroll_path):
nomina_path = payroll_path
tree = ET.parse(nomina_path)
root = tree.getroot()
perceptions = {}
deductions = {}
tag = "{http://www.sat.gob.mx/nomina12}" # TODO code a function to get tag
for node in tree.iter():
# TODO: create a dictionary with all strings keys
if tag + "Percepcion" == node.tag:
concept, amount = get_concept(node, "Concepto", "ImporteExento",
"ImporteGravado")
perceptions[concept] = amount
elif tag + "Deduccion" == node.tag:
concept, amount = get_concept(node, "Concepto", "Importe")
deductions[concept] = amount
date = get_date(root)
payment = Payment(date, perceptions, deductions)
return payment
def clean(self):
super(DirectContributionForm, self).clean()
if not self._errors and not self.campaign.is_free:
#
# ---- IMPORTANT -----
#
# Ideally, we would verify the CC here and post the transaction
# later in save(). However, there isn't an efficient way to merely
# verify a credit card without actually posting the CC transaction;
# All that the ``CreditCardField`` validates that the CC number
# abides by the Luhn-checksum but this could still not be a
# legitimately issued CC number.
#
# Therefore, post the transaction here and produce validation errors
# based on what the transaction processor returns.
#
# The end result is that if this method succeeds, the transaction has
# already been posted.
#
# Save ``UserProfile`` and ``User`` fields to the database
# because ``TransactionData`` needs to extract the payer's
# name and address from the user instance.
UserProfileForm.save(self, commit=True)
data = TransactionData()
data.user = self.user_profile.user
payment = Payment()
data.payment = payment
payment.invoice_num = make_invoice_num(self.campaign, data.user)
payment.total_amount = '%s' % self.campaign.contribution_amount * self.qty
payment.cc_num = self.cleaned_data['cc_num']
payment.expiration_date = self.cleaned_data['expiration_date']
payment.ccv = self.cleaned_data['ccv']
self.payment_processor = PaymentProcessor()
extra = dict(x_description=self.campaign.title)
self.payment_processor.prepare_data(data, extra_dict=extra)
is_success, code, text = self.payment_processor.process()
if not is_success:
raise forms.ValidationError(escape(text))
return self.cleaned_data
from flask import Flask, request, render_template
from core import Core
from payment import Payment
application = Flask(__name__)
core = Core()
payment = Payment()
@application.route('/', methods=['POST', 'GET'])
@application.route('/index', methods=['POST', 'GET'])
def index():
publicKey = request.form.get('publicKey')
privateKey = request.form.get('privateKey')
validPublicKey = core.checkWallet(publicKey, privateKey)
if validPublicKey:
core.createUser(publicKey, privateKey)
services = core.getServicesWithStates(publicKey)
return render_template('index.html',
publicKey=publicKey,
services=services)
else:
return render_template('index.html')
@application.route('/subscribe', methods=['POST'])
def subscribe():
publicKey = request.form.get('publicKey')
serviceId = request.form.get('serviceId')
core.subscribe(publicKey, serviceId)
services = core.getServicesWithStates(publicKey)
def setUp(self):
self.payment = Payment('35.00')
def __init__(self):
"""Machine constructor
"""
self.__ticket = Ticket()
self.__timer = Timer()
self.__payment = Payment(0.233333333)
def get_received(self): if self.entrance_address == '': return 0.0 p = Payment() return p.get_address_received(self.entrance_address)
def payment(self, amount, date):
self.payments.append(Payment(amount, date))
def __init__(self, card):
Payment.__init__(self, card.payments)
self.card = card
shop1 = ShoppingCart(1, customer1)
# h) Adding new online orders (only for testing)
order1 = OnlineOrders(2, shop1.products, shop1.customer)
toy_store.add_new_onlineOrders(order1)
# i) Adding new delivery company
company_postal_service = DeliveryCompany("Postal Office", 1, 222)
toy_store.add_new_delivery_company(company_postal_service)
company_in_house_courier = DeliveryCompany("In-house courier", 2, 333)
toy_store.add_new_delivery_company(company_in_house_courier)
# j) Adding new Loyalty_Schemes:
christmas_card = LoyaltySchemes("Christmas", 1, "Gift Card", 5)
toy_store.add_new_loyalty_schemes(christmas_card)
new_year_card = LoyaltySchemes("New Year", 2, "Promotional Code", 5)
toy_store.add_new_loyalty_schemes(new_year_card)
# l) Adding new order details: (only for testing)
order_details1 = OrderDetails(order1)
toy_store.add_new_order_details(order_details1)
# m) Adding new payment: (only for testing)
paym1 = Payment(1, 2, 1, toy_store.current_user)
def __init__(self, ticket):
Payment.__init__(self, ticket.payments)
self.ticket = ticket
def withdraw(self, amount, address): p = Payment() return p.withdraw(amount, address)
def subtotal(self):
subtotal = 0.0
for o in self.orderinfoList:
subtotal += o.getMenuItem().itemPrice * o.quantity
payment = Payment(subtotal, 0.1)
return payment
def setUp(self):
self.payment = Payment()
def __init__(self, payable, tariff):
Payment.__init__(self, payable.payments)
self.tariff = tariff
class Machine:
"""This class offers funcionalities to register the entrance, exit and payments when someone wants to park a vehicle.
"""
def __init__(self):
"""Machine constructor
"""
self.__ticket = Ticket()
self.__timer = Timer()
self.__payment = Payment(0.233333333)
def register_entrance(self, car_id, time_in):
"""This function calls the register_ticket function to create a new ticket
Args:
car_id (int): This is the ID of each vehicle (Placa).
time_in (string): This is the time when the vehicle enter to the parking.
"""
self.__ticket.register_ticket(car_id, time_in)
def register_exit(self, ticket, time_exit):
"""This function register the time when a vehicle is leaving the parking
Args:
ticket (dictionary): This argument contains the info of the vehicle.
time_exit (string): This argument is the time when the vehicle is leaving.
"""
self.__ticket.set_time_exit(ticket, time_exit)
def print_list_cars(self):
"""This functions prints all tickets created.
"""
self.__ticket.print_all_tickets()
def payment(self, car_id, time_exit):
"""This function calls to the register_exit, payment and print_ticket functions
"""
ticket = self.__ticket.search_ticket(car_id)
if (ticket == None):
self.print_ticket(ticket)
else:
self.register_exit(ticket, time_exit)
self.__payment.register_payment(ticket, self.__ticket)
self.print_ticket(ticket)
def print_ticket(self, ticket):
"""This function prints two differente tickets
When not registered it prints: Unregistered Vehicle
if exists, it prints the ticket in detail.
"""
if (ticket == None):
text = """
----------------------------
Unregistered vehicle
----------------------------
"""
else:
today = self.__timer.get_date_today()
text = """
----------------------------
PAID PARKING
----------------------------
Date: {0}
From: {1}
To: {2}
Paid: Bs. {3}
----------------------------
Thank you and lucky road!
----------------------------
""".format(today, self.__ticket.get_time_in(ticket),
self.__ticket.get_time_exit(ticket),
self.__ticket.get_cost(ticket))
print(text)
def __init__(self, payable):
Payment.__init__(self, payable.payments)
def calculate_payment(email):
total_earned = Payment.calculate(email)
num_games = Payment.num_games_contributed(email)
return f"Your estimated earnings are ${total_earned:.2f}.<br><br>You contributed to {num_games} games."
def calcTotal(self):
total = 0.0
for o in self.orderitems:
total += o.getItem().itemprice * o.quantity
payment = Payment(total)
return payment
def get_new_address(self): p = Payment() addr = p.get_new_address() self.entrance_address = addr return addr