# Create a bike shop with 6 models in stock and 20% markup
CycleWorld = BikeShop("Cycle World",
{Schwinn: 5, Huffy: 10, Vilano: 7, Diamondback: 6, Kestrel: 2, Windsor: 8 },
0.20)
# Create 3 customers with funds of $200, $500, and $1000
John = Customer("John", 200)
Sally = Customer("Sally", 500)
Rich = Customer ("Rich", 1000)
customers = [John, Sally, Rich]
# Print each customer with bicycle sale sheet from bike shop making sure customer can afford at least one bicycle
for customer in customers:
print "{} Current Inventory for {}".format(CycleWorld.shop_name,customer.customer_name)
CycleWorld.print_inventory(customer.bike_purchase_fund)
print ""
# Print the bike shop's initial inventory
print "{} Total Starting Inventory".format(CycleWorld.shop_name)
CycleWorld.print_inventory()
print ""
# Each customer purchases a bicycle - print bicycle purchased, cost, and remaining purchase fund
CycleWorld.reset_profit_balance()
bicycle_purchases = {John: Huffy, Sally: Diamondback, Rich: Windsor}
print "Bicycle Purchases"
for customer in bicycle_purchases:
bicycle_sold = bicycle_purchases[customer]
customer.purchase_bicycle(bicycle_sold, CycleWorld.bicycle_sales_price(bicycle_sold))
CycleWorld.sell_bicycle(bicycle_sold)
if __name__ == "__main__":
bike_1 = Bicycle('Schwinn', 'Protocol 1.0', '41 lbs.', 320.0)
bike_2 = Bicycle('Schwinn', 'Ladies Perla', '42 lbs.', 160.0)
bike_3 = Bicycle('Columbia', 'Palmetto', '38 lbs.', 140.0)
bike_4 = Bicycle('Cyrusher', 'XC700', '32 lbs.', 680.0)
bike_5 = Bicycle('Fito', 'Marina', '33 lbs.', 200.0)
bike_6 = Bicycle('Huffy', 'Fresno', '42 lbs.', 190.0)
person_1 = Customer('Jhon Doe', 200.00)
person_2 = Customer('Gemma Cain', 500.00)
person_3 = Customer('Marco Reus', 1000.00)
shop_inventory = {
'Protocol 1.0': (bike_1, 5),
'Ladies Perla': (bike_2, 5),
'Palmentto': (bike_3, 5),
'XC700': (bike_4, 5),
'Marina': (bike_5, 5),
'Fresno': (bike_6, 5)
}
shop = BikeShop('Cycles', shop_inventory)
person_1.affordable_bikes(shop)
person_2.affordable_bikes(shop)
person_3.affordable_bikes(shop)
shop.print_inventory()
person_1.buy('Palmentto', shop)
person_2.buy('Protocol 1.0', shop)
person_3.buy('XC700', shop)
shop.print_inventory()
hybrid = Bicycle("hybrid", medium, steel)#, 30, 250)
firstprod = [road, mountain, hybrid]
#cruiser = Bicycle("cruiser", large, steel)#, 60, 200)
#bmx = Bicycle("bmx", small, aluminum)#, 55, 300)
#tandem = Bicycle("tandem", large, aluminum)#, 75, 600)
#secondprod= [cruiser, bmx, tandem]
#create 2 suppliers
bob = BicycleManufacturer("bob", firstprod, 10)
bob.print_inventory()
#Tom = BicycleManufacturer("Tom", supply2, 10)
# create a bike shop
mellow = BikeShop("mellow", 20, bob)
mellow.print_inventory()
# This is due to weird floating point differences. Better solution
# is to use something like numpy's assert_allclose. For now this works.
# create 3 customers
han = Customer("Han", 300)
luke = Customer("Luke", 500)
leia = Customer("Leia", 1000)
customers = [han, luke, leia]
print('<== bikes affordable for each customer ==>')
for customer in customers:
customer.print_affordable_bikes(mellow)
print('<== each customer purchases a bike ==>')
han.purchase_bike(mountain, mellow)
