"n: no\n")
elif query == 3:
account1.enquiry()
cont = input("Do you want to do another operation?\n"
"y: yes\n"
"n: no\n")
elif query == 4:
account1.c_transfer()
cont = input("Do you want to do another operation?\n"
"y: yes\n"
"n: no\n")
elif query == 5:
account1.buy()
cont = input("Do you want to do another operation?\n"
"y: yes\n"
"n: no\n")
elif query == 6:
account1.payment()
cont = input("Do you want to do another operation?\n"
"y: yes\n"
"n: no\n")
elif query == 7:
account1.create_account()
cont = input("Do you want to do another operation?\n"
"y: yes\n"
"n: no\n")
def main():
""" The main function """
# Create two manufacturers and add models of bike
pinarello = Manufacturer("Pinarello", 0.3)
pinarello.add_model("TimeAttack", CarbonFrame, TimeTrialWheel)
pinarello.add_model("RoadWarrior", AluminiumFrame, RoadWheel)
pinarello.add_model("SanRemo", CarbonFrame, RoadWheel)
trek = Manufacturer("Trek", 0.3)
trek.add_model("MountainHawg", SteelFrame, MountainBikeWheel)
trek.add_model("Rodeo", SteelFrame, RoadWheel)
trek.add_model("Everest", CarbonFrame, MountainBikeWheel)
# Create a shop which stocks products from both manufacturers
bobs_cycles = Shop("Bob's Cycles", 0.2)
bobs_cycles.add_manufacturer(pinarello)
bobs_cycles.add_manufacturer(trek)
# Buy 5 of each bike as stock
for i in xrange(5):
bobs_cycles.buy("Pinarello", "TimeAttack")
bobs_cycles.buy("Pinarello", "RoadWarrior")
bobs_cycles.buy("Pinarello", "SanRemo")
bobs_cycles.buy("Trek", "MountainHawg")
bobs_cycles.buy("Trek", "Rodeo")
bobs_cycles.buy("Trek", "Everest")
# Create three customers with different budgets
alice = Customer("Alice", 200)
dan = Customer("Dan", 500)
carol = Customer("Carol", 1000)
customers = (alice, dan, carol)
# Print the weight of the bikes sold by Bob's Cycles
print "Bicycle weights:"
print ""
for bike_specification in bobs_cycles.product_range():
print "{:40} {}kg".format(bike_specification.full_name(),
bike_specification.weight)
print ""
# Print the bikes which each customer can afford
print "Customers:"
print ""
for customer in customers:
print "{} can afford the following bikes:".format(customer.name)
print ""
for bike_specification in bobs_cycles.product_range():
price = bobs_cycles.price(bike_specification.manufacturer_name,
bike_specification.name)
if price > customer.money:
continue
print bike_specification.full_name()
print ""
# Print the current stock levels at Bob's Cycles
print "Inventory of Bob's Cycles: "
print ""
for bike_specification in bobs_cycles.product_range():
stock = bobs_cycles.stock(bike_specification.manufacturer_name,
bike_specification.name)
print "{:40} {} in stock".format(bike_specification.full_name(), stock)
# Buy a bike for each customer
alice.buy(bobs_cycles, "Trek", "MountainHawg")
dan.buy(bobs_cycles, "Trek", "MountainHawg")
carol.buy(bobs_cycles, "Pinarello", "SanRemo")
print ""
# Print the customer's purchases, and remaining money
for customer in customers:
print "{} now owns a {}".format(customer.name,
customer.bike.full_name())
print "{} has ${:.2f} remaining".format(customer.name, customer.money)
print ""
# Print the updates stock levels
print "Updated inventory of Bob's Cycles: "
print ""
for bike_specification in bobs_cycles.product_range():
stock = bobs_cycles.stock(bike_specification.manufacturer_name,
bike_specification.name)
print "{:40} {} in stock".format(bike_specification.full_name(), stock)
print ""
# Print the amount of profit Bob has made
print "Profit for Bob's Cycles: ${}".format(bobs_cycles.profit)
def customer_menu():
# ---------------customer menu ----------------------
while True:
try:
customer_choice = input("""
A: Show all products
B: Buy new product
C: Final factor
D: Change password
Q: Logout
Please enter your choice: """)
except ArithmeticError:
print('invalid input,enter your choice.\n')
all_loggers.error("Exception occured, user enter invalid input",
exc_info=True)
except ValueError:
print('invalid input,enter "A" or "B".\n')
all_loggers.error(
"Exception occured, user enter invalid input in menu",
exc_info=True)
except TypeError:
print("enter suitable input")
all_loggers.error("Exception occured, user enter invalid input",
exc_info=True)
else:
if customer_choice == "a" or customer_choice == "A":
Products.show_products()
elif customer_choice == "b" or customer_choice == "B":
# ------------select the product from list of products name---------
pd_products = pd.read_csv('Products.csv')
products_names = list(pd_products['name'])
print(products_names)
for product in range(len(products_names)):
"""
customer can buy anything he/she want
"""
try:
user_choice = input("what do you want to buy?")
customer_amount = int(
input(f"how many {user_choice} do you want"))
kala = Customer.buy(user_choice, customer_amount)
ques = input("do you want to conteniue?")
if ques == "NO" or ques == "no" or ques == "No":
break
elif ques == "yes" or ques == "Yes" or ques == "YES":
continue
if kala == True:
print("congratulation, you buy it successfully ")
elif kala == False:
print("sorry, try again")
except ArithmeticError:
print('invalid input,enter currect input.\n')
all_loggers.error(
"Exception occured, user enter invalid input",
exc_info=True)
except ValueError:
print('invalid input,enter a number.\n')
all_loggers.error(
"Exception occured, user enter invalid input",
exc_info=True)
except TypeError:
print("enter suitable input")
all_loggers.error("TypeError", exc_info=True)
elif customer_choice == "c" or customer_choice == "C":
Customer.see_factor()
elif customer_choice == "d" or customer_choice == "D":
try:
username = input("please enter your username: "******"enter your old password")
new_password = input("what is new password:"******"enter suitable input")
elif customer_choice == "Q" or customer_choice == "q":
break
from customer import Customer
from student import Student
customer1 = Customer('Gabriel', 23)
customer1.speak()
customer1.buy()
student1 = Student('Maria', 32)
student1.speak()
student1.study()
def main():
""" The main function """
# Create two manufacturers and add models of bike
pinarello = Manufacturer("Pinarello", 0.3)
pinarello.add_model("TimeAttack", CarbonFrame, TimeTrialWheel)
pinarello.add_model("RoadWarrior", AluminiumFrame, RoadWheel)
pinarello.add_model("SanRemo", CarbonFrame, RoadWheel)
trek = Manufacturer("Trek", 0.3)
trek.add_model("MountainHawg", SteelFrame, MountainBikeWheel)
trek.add_model("Rodeo", SteelFrame, RoadWheel)
trek.add_model("Everest", CarbonFrame, MountainBikeWheel)
# Create a shop which stocks products from both manufacturers
bobs_cycles = Shop("Bob's Cycles", 0.2)
bobs_cycles.add_manufacturer(pinarello)
bobs_cycles.add_manufacturer(trek)
# Buy 5 of each bike as stock
for i in xrange(5):
bobs_cycles.buy("Pinarello", "TimeAttack")
bobs_cycles.buy("Pinarello", "RoadWarrior")
bobs_cycles.buy("Pinarello", "SanRemo")
bobs_cycles.buy("Trek", "MountainHawg")
bobs_cycles.buy("Trek", "Rodeo")
bobs_cycles.buy("Trek", "Everest")
# Create three customers with different budgets
alice = Customer("Alice", 200)
dan = Customer("Dan", 500)
carol = Customer("Carol", 1000)
customers = (alice, dan, carol)
# Print the weight of the bikes sold by Bob's Cycles
print "Bicycle weights:"
print ""
for bike_specification in bobs_cycles.product_range():
print "{:40} {}kg".format(bike_specification.full_name(),
bike_specification.weight)
print ""
# Print the bikes which each customer can afford
print "Customers:"
print ""
for customer in customers:
print "{} can afford the following bikes:".format(customer.name)
print ""
for bike_specification in bobs_cycles.product_range():
price = bobs_cycles.price(bike_specification.manufacturer_name,
bike_specification.name)
if price > customer.money:
continue
print bike_specification.full_name()
print ""
# Print the current stock levels at Bob's Cycles
print "Inventory of Bob's Cycles: "
print ""
for bike_specification in bobs_cycles.product_range():
stock = bobs_cycles.stock(bike_specification.manufacturer_name,
bike_specification.name)
print "{:40} {} in stock".format(bike_specification.full_name(), stock)
# Buy a bike for each customer
alice.buy(bobs_cycles, "Trek", "MountainHawg")
dan.buy(bobs_cycles, "Trek", "MountainHawg")
carol.buy(bobs_cycles, "Pinarello", "SanRemo")
print ""
# Print the customer's purchases, and remaining money
for customer in customers:
print "{} now owns a {}".format(customer.name,
customer.bike.full_name())
print "{} has ${:.2f} remaining".format(customer.name, customer.money)
print ""
# Print the updates stock levels
print "Updated inventory of Bob's Cycles: "
print ""
for bike_specification in bobs_cycles.product_range():
stock = bobs_cycles.stock(bike_specification.manufacturer_name,
bike_specification.name)
print "{:40} {} in stock".format(bike_specification.full_name(), stock)
print ""
# Print the amount of profit Bob has made
print "Profit for Bob's Cycles: ${}".format(bobs_cycles.profit)
bike1 = Bicycle("VN1", frame = frame1, wheel = wheel1)
bike2 = Bicycle("VN2", frame = frame1, wheel = wheel2)
bike3 =Bicycle("CN1", frame = frame1, wheel = wheel3)
bike4 =Bicycle("CN2", frame = frame2, wheel = wheel1)
bike5 =Bicycle("US1", frame = frame2, wheel = wheel2)
bike6 =Bicycle("US2", frame = frame2, wheel = wheel3)
inventory = OrderedDict()
inventory[bike1] = 6
inventory[bike2] = 5
inventory[bike3] = 3
inventory[bike4] = 3
shop1 = Shop(sname = "Saigon", inventory = inventory, margin = 0.2)
shop1.add(bike3)
shop1.add({bike5: 2, bike6: 1})
pp1 = Customer("Khoe", 200)
pp2 = Customer("Tri", 500)
pp3 = Customer("Hung", 1000)
print(pp1.cname, "can buy", pp1.canbuy(shop1))
print(pp2.cname, "can buy", pp2.canbuy(shop1))
print(pp3.cname, "can buy", pp3.canbuy(shop1) )
shop1._show_inventory()
pp1.buy(shop1, bike1)
shop1.sell(bike1)
pp2.buy(shop1, bike2)
shop1.sell(bike2)
pp3.buy(shop1, bike3)
shop1.sell(bike3)
from catalog import Catalog
from customer import Customer
#Функциите на Class "Stock" се демонстрират в началото на Class "Customer"
#За да може класа да използва параметрите на Class "Stock"
cat = Catalog()
c = Customer("Hristo", 30000, "Pig")
c.how_much_food_you_need(15, 30)
c.buy()
c = Customer("Petyr", 3000, "Pig")
c.how_much_food_you_need(3, 30)
c.buy()
c = Customer("Joro", 64510, "Horse")
c.how_much_food_you_need(5, 30)
c.buy()
c = Customer("Mitko", 25421, "Dog")
c.how_much_food_you_need(6, 30)
c.buy()
