def run(self):
# create a product listing
carListing = ProductListing("Car", ["car", "Car"])
products = ProductListings()
products.addProduct(carListing)
carRetrivedFromStore = products.searchForProducts(["car"])[0]
if carRetrivedFromStore.name == 'Car':
return True
def storeToyAndHaveSonySupply():
# create ps5 product listing
toy = ProductListing("Toy", ["Toy"])
products = ProductListings()
products.addProduct(toy)
toyRetrieved = products.searchForProducts(["Toy"])[0]
# create Sony seller
sony = Seller("Sony")
vendors = Sellers()
vendors.addVendor(sony)
sonyVendor = vendors.searchVendorByName("Sony")
# have sony supply the ps5
toySupply = ProductSupply(20, 100, sonyVendor.id, toyRetrieved.id)
sonyVendor.addProductSupplyToCatalog(toySupply)
def run(self):
print("--Viewing " + self.productName + "--")
productListing = ProductListings().searchForProduct(self.productName)
productSupplys = ProductStocks().searchForProductStock(
productListing.id)
productStockBySellerName = {}
supplyTexts = []
for productSupply in productSupplys:
seller = Sellers().searchVendorById(productSupply.sellerId)
supplyTexts.append(seller.getName() + " - price: $" +
str(productSupply.price) + ", " +
"stock remaining : " +
str(productSupply.quantity))
productStockBySellerName[seller.getName()] = productSupply
print(productListing.name + " is available from: ")
if len(supplyTexts) == 0:
print("No one")
else:
for supplyText in supplyTexts:
print(" " + supplyText)
result = False
while result == False:
result = self.addToBasketOrBack(productStockBySellerName)
return result
def run(self):
print("--Add Additional Product Stock--")
printCatalogList(self.seller)
productName = ''
productSupply = None
while productSupply == None:
productName = input(
"What is the products name you want to add more stock for?")
if productName == 'back':
return None
productListing = ProductListings().searchForProduct(productName)
if productListing != None:
catalog = self.seller.getCatalog()
for supply in catalog:
if supply.productId == productListing.id:
productSupply = supply
if productSupply is None:
print("you do not stock a product with that name")
amountToAdd = None
while amountToAdd == None:
amountToAddInput = input(
"What quantity of stock would you like to add?:")
if amountToAddInput == 'back':
return None
if not amountToAddInput.isnumeric():
amountToAdd = None
else:
amountToAdd = int(amountToAddInput)
productSupply.addStock(amountToAdd)
print(str(amountToAdd) + " more " + productName + " stock added")
def run(self):
print("--" + self.customer.name + "s Basket--")
print("Items in basket:")
basketItems = self.customer.basket.getItems()
if len(basketItems) == 0:
print(" Basket empty")
else:
for productStock in basketItems:
productListing = ProductListings().searchFromProductById(
productStock.productId)
productSeller = Sellers().searchVendorById(
productStock.sellerId)
print(" " + productListing.name + ": $" +
str(productStock.price) + ", ordered from: " +
productSeller.getName())
res = ''
while res != 'back' and res != 'checkout':
res = input("type 'back' or 'checkout': ")
if res == 'back':
return None
elif res == "checkout":
if len(basketItems) == 0:
print("You have no items in your basket to checkout")
self.run()
else:
return NextState(
CheckoutState(
self.customer.basket.createOrderDescription(),
self.customer.storedPaymentMethod, self.customer),
True)
def run(self):
storeToyAndHaveSonySupply()
sonyVendor = Sellers().searchVendorByName("Sony")
toyRetrieved = ProductListings().searchForProducts(["Toy"])[0]
fromCatalog = sonyVendor.getCatalog()[0]
if fromCatalog.productId == toyRetrieved.id:
return True
def printCatalogList(seller):
productStocks = seller.getCatalog()
if len(productStocks) == 0:
print("This seller has no products available")
else:
for stock in productStocks:
productListing = ProductListings().searchFromProductById(
stock.productId)
print(" " + productListing.name + ", $" + str(stock.price) +
", quantity in stock: " + str(stock.quantity))
def run(self):
storeToyAndHaveSonySupply()
sonyVendor = Sellers().searchVendorByName("Sony")
toyRetrieved = ProductListings().searchForProducts(["Toy"])[0]
toyFromCatalog = sonyVendor.getCatalog()[0]
customer = storeAdamCustomer()
customer.basket.addItem(toyFromCatalog)
itemFromBasket = customer.basket.getItems()[0]
if itemFromBasket.productId == toyRetrieved.id:
return True
def searchProducts(self):
print("--Product Search--")
keywords = input("Type in keywords to search by: ")
if keywords == "back":
return None
results = ProductListings().searchForProducts(keywords.split(" "))
print("Search Results:")
if len(results) != 0:
for item in results:
print(" " + str(item))
else:
print("No results match those keywords")
return results
def run(self):
print("--Add Product Listing--")
name = ''
while name == '':
name = input("What is the new products name?: ")
if name == "back":
return None
if ProductListings().searchForProduct(name) != None:
print("A product with that name already exists")
name = ''
tagsString = input(
"What are the products tags (comma sepereated, i.e phone,samsung,galaxy)?: "
)
if tagsString == "back":
return None
tags = tagsString.split(',')
tagsStripped = [x.strip(' ') for x in tags]
newProduct = ProductListing(name, tagsStripped)
products = ProductListings()
products.addProduct(newProduct)
print(name + " added to the list of available products")
def run(self):
print("--Add To Catalog--")
print("the products that can be sold on this site are:")
products = ProductListings().getAllListings()
for product in products:
print(" " + product.name)
productName = None
productToSell = None
while productName == None:
productNameInput = input(
"What is the name of the product you would like to sell?:")
if productNameInput == 'back':
return None
validName = False
for product in products:
if product.name == productNameInput:
validName = True
productToSell = product
if validName:
productName = productNameInput
price = None
while price == None:
priceInput = input(
"What price would you like to sell this product for:")
if priceInput == 'back':
return None
if not priceInput.isnumeric():
price = None
else:
price = int(priceInput)
amountToAdd = None
while amountToAdd == None:
amountToAddInput = input(
"What quantity of stock would you like to add?:")
if amountToAddInput == 'back':
return None
if not amountToAddInput.isnumeric():
amountToAdd = None
else:
amountToAdd = int(amountToAddInput)
productSupply = ProductSupply(price, amountToAdd, self.seller.id,
productToSell.id)
self.seller.addProductSupplyToCatalog(productSupply)
print("You have added " + productName + " to your catalog")
def assertSystemState():
customer = Customers().getCustomerByName("Adam")
storeOrder = customer.getOrders()[0]
orderedItem = storeOrder.getOrderedItems()[0]
xboxProductListing = ProductListings().searchForProducts(["Xbox"])[0]
if orderedItem.productStock.productId != xboxProductListing.id:
print("Customer has ordered item: False")
else:
print("Customer has ordered item: True")
seller = Sellers().searchVendorByName("Microsoft")
sellerOrder = seller.getSellerOrdersLeftToShip()[0]
if sellerOrder.orderedItem.productStock.productId != xboxProductListing.id:
print("Seller has received an order: False")
else:
print("Seller has received an order: True")
def customerOrderProductFromSony():
storeToyAndHaveSonySupply()
sonyVendor = Sellers().searchVendorByName("Sony")
option = DeliveryOption("FastOptTest", 10, sonyVendor.id)
sonyVendor.addDeliveryOption(option)
optionRetrieved = sonyVendor.getDeliveryOptions()[0]
toyRetrieved = ProductListings().searchForProducts(["Toy"])[0]
customer = storeAdamCustomer()
customer.basket.addItem(toyRetrieved)
payment = Payment()
payment.applyDiscount(PromoCodes().getPromotion(123))
orderDescription = customer.basket.createOrderDescription()
orderDescription.getOrderedItems()[0].setDeliveryOption(optionRetrieved)
payment.payForOrder(orderDescription, CardPayment(124124, 14214),
"32 Winding Lane")
def run(self):
print("--Customer Orders--")
ordersPendingDeliver = self.seller.getSellerOrdersLeftToShip()
if len(ordersPendingDeliver) == 0:
print("There are no pending orders to deliver")
else:
for order in ordersPendingDeliver:
productListing = ProductListings().searchFromProductById(
order.orderedItem.productStock.productId)
print(" orderID:" + str(order.orderedItem.id) + " " +
order.customer.name + " ordered a " +
productListing.name + ", delivery option: " +
order.orderedItem.deliveryOption.name)
stepRes = False
while stepRes == False:
stepRes = self.handleNextStep(ordersPendingDeliver)
return stepRes
def run(self):
print("--Product Listings--")
allListings = ProductListings().getAllListings()
if len(allListings) == 0:
print(" There are no product listings")
else:
print("All products:")
for listing in allListings:
print(" " + str(listing))
addCommand = "add"
posCommands = [addCommand]
print("Type either: '" + "' ,'".join(posCommands) + "'")
command = ''
while command not in posCommands:
command = input("What do you want to do?: ")
if command == "back":
return None
if command == addCommand:
return NewState(AddProduct(), False)
def run(self):
print("--Checkout--")
payment = Payment()
deliveryAddress = ''
while deliveryAddress == '':
deliveryAddress = input("Please type your delivery address: ")
if deliveryAddress == 'back':
return None
if deliveryAddress == '':
print("Delivery address cannot be empty")
print("Now select delivery options for your ordered products")
for orderedItem in self.orderDescription.getOrderedItems():
seller = Sellers().searchVendorById(
orderedItem.productStock.sellerId)
deliveryOptions = seller.getDeliveryOptions()
productListing = ProductListings().searchFromProductById(
orderedItem.productStock.productId)
print("Delivery options for the " + productListing.name + ": ")
for deliveryOption in deliveryOptions:
print(" " + deliveryOption.name + ", $" +
str(deliveryOption.price))
deliveryOption = None
while deliveryOption == None:
optInput = input(
"Type the name of the delivery option to use: ")
if optInput == 'back':
return None
for option in deliveryOptions:
if option.name == optInput:
deliveryOption = option
orderedItem.deliveryOption = deliveryOption
usePromoInput = ''
while usePromoInput != 'y' and usePromoInput != 'n':
usePromoInput = input(
"Do you want to use a promotional code (y/n): ")
if usePromoInput == "back":
return None
promoApplied = False
if usePromoInput == 'y':
validCode = False
while validCode == False:
codeInput = input("Enter your promotion code: ")
if codeInput == "back":
return None
else:
realCode = PromoCodes().getPromotion(codeInput)
if realCode != None:
payment.applyDiscount(realCode)
validCode = True
promoApplied = True
if promoApplied:
print("Total price before promotion: $" +
str(self.orderDescription.getTotalPrice()))
print("Price after promotion code: $" +
str(payment.calculatePriceAfterPromo(self.orderDescription)))
else:
print("Total price: $" +
str(self.orderDescription.getTotalPrice()))
useStoredPaymentMethod = False
if self.storedPaymentMethod != None:
useStored = ''
while useStored != 'y' and useStored != 'n':
useStored = input(
"Do you want to use your stored payment method?(y,n): ")
if useStored == "back":
return None
useStoredPaymentMethod = useStored == 'y'
paymentMethod = None
toStore = False
if not useStoredPaymentMethod:
paymentTypeInput = ''
while paymentTypeInput != 'credit' and paymentTypeInput != 'debit' and paymentTypeInput != 'paypal':
paymentTypeInput = input(
"What payment type do you want to use (credit,debit,paypal): "
)
if paymentTypeInput == "back":
return None
if paymentTypeInput == 'credit':
paymentMethod = CardPayment(0, 0)
if paymentTypeInput == 'debit':
paymentMethod = DebitPayment()
if paymentTypeInput == 'paypal':
paymentMethod = PaypalPayment()
toStoreInput = ''
while toStoreInput != 'y' and toStoreInput != 'n':
toStoreInput = input(
"Do you want to store this payment method for future use?(y,n): "
)
if toStoreInput == "back":
return None
if toStoreInput == 'y':
toStore = True
else:
paymentMethod = self.storedPaymentMethod
if toStore: #Only store when the payment is complete
self.customer.storedPaymentMethod = paymentMethod
payment.payForOrder(self.orderDescription, paymentMethod,
deliveryAddress)
self.customer.basket.clearBasket()
print("Payment successful, you have ordered the products!")