def get_all_info_customer(id):
sql = "select * from customers where customer_id = :id"
cur.execute(sql, {"id": id})
res = cur.fetchall()
if len(res) == 0:
return None
customer = Customer()
status = res[0][3]
att = res[0][4]
customer.set_customer_id(id)
return customer
def load_problem(path):
global depots, customers
depots = []
customers = []
with open(path) as f:
max_vehicles, num_customers, num_depots = tuple(
map(lambda z: int(z),
f.readline().strip().split()))
for i in range(num_depots):
max_duration, max_load = tuple(
map(lambda z: int(z),
f.readline().strip().split()))
depots.append(Depot(max_vehicles, max_duration, max_load))
for i in range(num_customers):
vals = tuple(map(lambda z: int(z), f.readline().strip().split()))
cid, x, y, service_duration, demand = (vals[j] for j in range(5))
customers.append(Customer(cid, x, y, service_duration, demand))
for i in range(num_depots):
vals = tuple(map(lambda z: int(z), f.readline().strip().split()))
cid, x, y = (vals[j] for j in range(3))
depots[i].pos = (x, y)
def sign_up():
customer = Customer()
first_name = input("Enter First Name\n")
last_name = input("Enter Last Name\n")
address = input("Enter Address\n")
password = input("Enter password (min 8 char and max 20 char)\n")
while len(password) < 8 or len(password) > 20:
print("Please Enter password in given range\n")
password = input()
customer.set_first_name(first_name)
customer.set_last_name(last_name)
customer.set_password(password)
customer.set_address(address)
database.sign_up_customer(customer)
def modCustomer():
error = False
id = request.json['id']
dni = request.json['dni']
name = request.json['name']
surname = request.json['surname']
genre = request.json['genre']
c_size = request.json['c_size']
shoe_size = request.json['shoe_size']
phone_no = request.json['phone_no']
new = Customer(dni, name, surname, genre, c_size, shoe_size, phone_no,
None, id)
try:
new.mod()
except (Exception) as err:
error = True
return handleError(err)
finally:
if not (error):
return jsonify({'result': 'success'})
def addCustomer():
error = False
dni = request.json['dni']
name = request.json['name']
surname = request.json['surname']
genre = request.json['genre']
c_size = request.json['c_size']
shoe_size = request.json['shoe_size']
phone_no = request.json['phone_no']
id_user = request.json['id_user']
new = Customer(dni, name, surname, genre, c_size, shoe_size, phone_no,
id_user)
user = User()
user.id = id_user
try:
new.add()
info = user.getCustomer()
except (Exception) as err:
error = True
return handleError(err)
finally:
if not (error):
return jsonify({'result': 'success', 'id': info[0]['id']})
def to_checkout(start_coord, vv):
customer = Customer(start_coord, vv)
if customer.x == 770: # fruit
move_to(customer, 450, customer.x)
move_to(customer, customer.y, 500)
move_to(customer, 600, customer.x)
elif customer.x == 550: # spices
move_to(customer, 450, customer.x)
move_to(customer, customer.y, 355)
move_to(customer, 600, customer.x)
elif customer.x == 315: #dairy
move_to(customer, 450, customer.x)
move_to(customer, customer.y, 218)
move_to(customer, 600, customer.x)
else: # drinks
move_to(customer, 600, customer.x)
def getCustomer():
error = False
id = request.json['id']
new = Customer()
new.id = id
try:
new.get()
except (Exception) as err:
error = True
return handleError(err)
finally:
if not (error):
result = new.json()
return jsonify({'result': 'success', 'data': result})
def guestOperations(guest):
choice = 10
while choice != '3':
clear()
print("---------WELCOME GUEST----------")
print("---------GUEST PANEL----------")
print(Operations.Guest)
printdash()
print("Make a choice: "),
choice = raw_input()
try:
if choice == '1':
clear()
print("------REGISTER-------")
print("Enter userId")
id = raw_input()
print("Enter your Name")
name = raw_input()
print("Enter your Address")
add = raw_input()
print("Enter your phoneno")
phNo = raw_input()
if not (id and name and add and phNo):
print("please enter all information")
printdash()
print("Press Enter to go back")
raw_input()
continue
asCustomer = Customer(id, name, add, phNo)
if (guest.getRegistered(asCustomer)):
raw_input()
#succesfully register now login
break
printdash()
print("Press Enter to go back")
raw_input()
if choice == '2':
viewProducts(guest)
print("Press Enter to go back")
raw_input()
except Exception as e:
print(e)
def getUserInfo():
error = False
result = {}
id = request.json['id']
user = User()
user.id = id
try:
user.get()
result['user'] = user.json()
cust = Customer()
cust.id_user = id
cust.getUser()
if (cust.id != None):
result['customer'] = cust.json()
except (Exception) as err:
error = True
return handleError(err)
finally:
if not (error):
return jsonify({'result': 'success', 'data': result})
# import class declared in another file
# import classes from python package
from types import SimpleNamespace
# import class declared in another file in another directory
from cart.ShoppingCart import ShoppingCart
from classes import Customer
customer = Customer("Rodel", "Gladsaxe, Denmark", 12345678)
print("Welcome " + customer.name + " from " + customer.address)
shoppingCart = ShoppingCart("SESSION-12345678")
print("Your cart number is " + shoppingCart.session_id)
discount = SimpleNamespace(discount_code="PROMO-1234", discount_percent=25.50)
print("Your discount is {0} percent".format(discount.discount_percent))
def sign_up():
print("\n\t-- SIGN UP --\n")
customer = Customer()
first_name = input("First Name: ")
last_name = input("Last Name: ")
add_line1 = input("Address Line 1: ")
add_line2 = input("Address Line 2(optional): ")
if not add_line2:
add_line2 = ' '
city = input("City: ")
state = input("State: ")
try:
pincode = int(input("Pincode: "))
while pincode < 100000 or pincode > 999999:
print("ERROR: Invalid Pincode")
pincode = int(input("Pincode: "))
except:
print("ERROR: Pincode only contains Numbers")
pincode = int(input("Pincode: "))
password = input("Choose a password (min 8 char and max 20 char): ")
while len(password) < 8 or len(password) > 20:
print("ERROR: Password should be in the given range\n")
password = input()
customer.set_first_name(first_name)
customer.set_last_name(last_name)
customer.set_password(password)
customer.set_status("open")
customer.set_login_attempts(3)
addr = Address()
addr.set_line_1(add_line1)
addr.set_line_2(add_line2)
addr.set_city(city)
addr.set_state(state)
addr.set_pincode(pincode)
customer.set_address(addr)
database.sign_up_customer(customer)
print("\nNOTE: Keep this ID and Dont share it with anyone!")
input("Press any key to continue ...")
system('CLS')
print("\n##### Welcome To ONLINE BANKING TERMINAL #####\n")
def fruit_drinks(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # f to fu
move_to(customer, customer.y, 85) # du to ru
move_to(customer, 250, customer.x) # ru to r
def spices_fruit(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # s to su
move_to(customer, customer.y, 770) # su to fu
move_to(customer, 250, customer.x) # fu to f
def fruit_spices(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # f to fu
move_to(customer, customer.y, 550) # fu to su
move_to(customer, 250, customer.x) # su to s
def fruit_dairy(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # f to fu
move_to(customer, customer.y, 315) # su to du
move_to(customer, 250, customer.x) # du to d
def spices_drinks(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # s to su
move_to(customer, customer.y, 85) # du to ru
move_to(customer, 250, customer.x) # ru to r
def entrance_drinks(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # e to fu
move_to(customer, customer.y, 85) # fu to ru
move_to(customer, 250, customer.x) # ru to r
def entrance_fruit(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 250, customer.x) # e to fu
def dairy_fruit(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # d to du
move_to(customer, customer.y, 770) # su to fu
move_to(customer, 250, customer.x) # fu to f
def dairy_spices(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # d to du
move_to(customer, customer.x, 550) # du to su
move_to(customer, 250, customer.x) # su to s
def drinks_dairy(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # r to ru
move_to(customer, customer.y, 315) # ru to du
move_to(customer, 250, customer.x) # du to d
def drinks_spices(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # r to ru
move_to(customer, customer.y, 550) # ru to su
move_to(customer, 250, customer.x) # su to s
def drinks_fruit(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # r to ru
move_to(customer, customer.y, 770) # ru to fu
move_to(customer, 250, customer.x) # fu to
def dairy_drinks(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # d to du
move_to(customer, customer.y, 85) # du to ru
move_to(customer, 250, customer.x) # ru to
def addCustomer(session):
person = addPerson(session)
customer = Customer(person=person)
session.add(customer)
session.commit()
def spices_dairy(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # s to su
move_to(customer, customer.y, 315) # su to du
move_to(customer, 250, customer.x) # du to d
def entrance_spices(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # e to fu
move_to(customer, customer.y, 550) # fu to su
move_to(customer, 250, customer.x) # su to s
def sign_up():
customer = Customer()
first_name = input("Enter First Name\n")
if len(first_name) == 0:
print("Field can't be blank")
return
last_name = input("Enter Last Name\n")
if len(last_name) == 0:
print("Field can't be blank")
return
add_line1 = input("Enter Address Line 1\n")
if len(add_line1) == 0:
print("Field can't be blank")
return
add_line2 = input("Enter Address Line 2\n")
if len(add_line2) == 0:
print("Field can't be blank")
return
city = input("Enter City\n")
if len(city) == 0:
print("Field can't be blank")
return
state = input("Enter State\n")
if len(state) == 0:
print("Field can't be blank")
return
try:
pincode = int(input("Enter Pincode\n"))
if pincode < 100000 or pincode > 999999:
print("Invalid Pincode")
return
except:
print("Invalid Pincode")
return
password = input("Enter password (min 8 char and max 20 char)\n")
while len(password) < 8 or len(password) > 20:
print("Please Enter password in given range\n")
password = input()
customer.set_first_name(first_name)
customer.set_last_name(last_name)
customer.set_password(password)
customer.set_status("open")
customer.set_login_attempts(3)
addr = Address()
addr.set_line_1(add_line1)
addr.set_line_2(add_line2)
addr.set_city(city)
addr.set_state(state)
addr.set_pincode(pincode)
customer.set_address(addr)
try:
database.sign_up_customer(customer)
except cx_Oracle.DatabaseError as e:
print("Sorry something went Wrong")
print(e)
con.rollback()
return
def sign_up():
customer = Customer()
first_name = input("Enter First Name\n")
last_name = input("Enter Last Name\n")
add_line1 = input("Enter Address Line 1\n")
add_line2 = input("Enter Address Line 2\n")
city = input("Enter City\n")
state = input("Enter State\n")
try:
pincode = int(input("Enter Pincode\n"))
if pincode < 100000 or pincode > 999999:
print("Invalid Pincode")
return
except:
print("Invalid Pincode")
return
password = input("Enter password (min 8 char and max 20 char)\n")
while len(password) < 8 or len(password) > 20:
print("Please Enter password in given range\n")
password = input();
customer.set_first_name(first_name)
customer.set_last_name(last_name)
customer.set_password(password)
customer.set_status("open")
customer.set_login_attempts(3)
addr = Address()
addr.set_line_1(add_line1)
addr.set_line_2(add_line2)
addr.set_city(city)
addr.set_state(state)
addr.set_pincode(pincode)
customer.set_address(addr)
database.sign_up_customer(customer)
def entrance_dairy(start_coord, vv):
customer = Customer(start_coord, vv)
move_to(customer, 60, customer.x) # e to fu
move_to(customer, customer.y, 315) # su to du
move_to(customer, 250, customer.x) # du to d
