def TestFactory():
# Create a list of colors to compare with user input, if the color is not in
# the list, cancel the order
color_choice = ["red", "white", "blue"]
customer_orders = MyQueue()
# Intitalize a boolean
b = True
while b :
print("Welcome to the Waskelly Wabbit Wiget Works automated odering system!")
print("")
name = input("\t Please input customer name (or exit): ")
# If the User enters exit, break out of the loop
if name == "exit":
break
color = input("\t Please select desired widget color (red, white, blue): ")
# If the color isnt one of the choices given, continue
if color_choice.count(color) == 0:
print("Sorry, that's not a color we offer. Order cancelled. \n")
continue
quantity = input("\t Excellent choice. How many %s widgets do you want? "%(color))
# If the number given is not a valid positive integer, continue
if not quantity.isdigit():
print("Bad quantity. Order cancelled \n")
continue
print("Order confirmed! Please shop with us again. \n")
customer_orders.enqueue(Order(name, color, quantity))
print("")
print ("Now processing orders:")
# While the Queue is full
while not customer_orders.isEmpty():
# Use the getter or accessors from the Order class
processed_Order = customer_orders.dequeue()
order_Num = processed_Order.getOrderNum()
order_Name = processed_Order.getCustomerName()
order_Color = processed_Order.getCustomerColor()
order_Quantity = processed_Order.getCustomerQuantity()
# Print the orders and their values out
print (" Order Shipped: \t Order %d: customer %s requests %s %s widgets." \
% (order_Num, order_Name, order_Quantity,order_Color))
# Since the while loop broke, the Queue is empty
print("Queue empty.")
def squreAllHouse(squre):
if queuesDict.has_key(squre):
queue = queuesDict[squre]
else:
queue = MyQueue(40)
for house in get_houselist(squre):
print house
houseObj = getHouse(house, squreDict[squre])
print houseObj.title
if houseObj.url not in queue:
queue.enqueue(houseObj.url)
save(houseObj)
if (queue.isfull()):
queue.dequeue()
queuesDict[squre] = queue
def breadth_first_order(tnode):
explore = MyQueue.create()
MyQueue.enqueue(explore, tnode)
while MyQueue.size(explore) > 0:
current = MyQueue.dequeue(explore)
print(tn.get_data(current), end=" ")
left = tn.get_left(current)
if left is not None:
MyQueue.enqueue(explore, left)
right = tn.get_right(current)
if right is not None:
MyQueue.enqueue(explore, right)
def main():
i = 0
y= MyQueue()
x = Order()
while True:
end = False
print ("Welcome to the Waskelly Wabbit Widget Works automated ordering system!")
print ('')
name = input ("Please input customer name (or exit) ")
if (name == "exit"):
print ('')
print ("Now processing orders: ")
break
else:
x.name=name
color = input ("Please select desired widget color (red, white, blue) ") ## Ask the user for a color
color=color.lower()
if (color == "red"):
x.color=color
elif (color == "white"):
x.color=color
elif (color == "blue"):
x.color=color
else:
end = True
if end == True: ##If the color is invalid, start the ordering process over
print ("Sorry, that's not a color we offer. Order cancelled.")
print ('')
continue
quan = input (("Excellent choice, how many %s widgets do you want? ") % (x.color))
if (quan.isdigit()): #Ask for the quantity and make sure that the input is valid
x.quantity=quan
print ("Order confirmed! Please shop with us again.")
print ('')
else:
end = True
if end == True: ## If the input is invalid, restart the ordering process
print ("Bad quantity. Order cancelled")
print ('')
continue
i = i + 1 ##Keep track of the number of orders
x.number= i
## Add the successful order to the queue
toenq=(("Order %s: customer %s requests %s %s widgets") % (x.number, x.name, x.quantity, x.color))
y.enqueue(toenq)
while not (y.isEmpty()):
print (("Order shipped: %s") % (y.dequeue()))
else:
print ("Queue empty")
def testQueue():
q = MyQueue(1)
# Initalisierungs Checks
assert q.max == 1, "Maximale Größe passt nicht"
assert q.size == 0, "Aktuelle Größe passt nicht"
is_empty = q.empty()
assert is_empty, "Nach Initalisierung sollte die Schlange noch leer sein"
is_full = q.full()
assert is_full == False, "Schlange ist nach Initalisierung nicht voll"
assert q.size == 0, "Größe passt nicht"
succeeded = q.enqueue(1)
assert succeeded, "Erfolgreich eingefügt"
check(q)
is_full = q.full()
assert is_full, "Schlange ist voll"
value = q.dequeue()
assert value == 1, "Wert sollte 1 sein"
check(q)
is_empty = q.empty()
assert q.empty(), "Schlange ist wieder leer"
check(q)
succeeded = q.enqueue(-42)
assert succeeded, "Erfolgreich eingefügt"
check(q)
value = q.dequeue()
assert value == -42, "Wert sollte 1 sein"
check(q)
value = q.dequeue()
assert value == None, "Schlange war schon leer"
check(q)
is_empty = q.empty()
assert q.empty(), "Schlange ist wieder leer"
check(q)
succeeded = q.enqueue(1)
assert succeeded, "Erfolgreich eingefügt"
succeeded = q.enqueue(2)
assert succeeded == False, "Konnte Elelement nicht einfügen"
check(q)
value = q.dequeue()
assert value == 1, "Hätte nicht überschreiben dürfen"
check(q)
is_empty = q.empty()
assert is_empty, "Sollte wieder leer sein"
succeeded = q.enqueue(2**31 - 1)
assert succeeded, "Einfügen geklappt"
value = q.dequeue()
assert value == (2**31 - 1), "Zu große Zahl"
q = MyQueue(3000)
for x in range(2000):
#print(x)
value = x
succeeded = q.enqueue(value)
assert succeeded, "Einfügen muss klappen"
assert not q.empty(), "Darf nicht leer sein"
assert not q.full(), "Darf nicht voll sein"
check(q)
#print()
for x in range(2000):
value = q.dequeue()
#print(value)
iter = x
assert (iter == value), "Wert passt nicht"
assert not q.full(), "Darf nicht voll sein"
check(q)
for x in range(2000):
#print(x)
value = x * -1
succeeded = q.enqueue(value)
assert succeeded, "Einfügen muss klappen"
assert not q.empty(), "Darf nicht leer sein"
assert not q.full(), "Darf nicht voll sein"
check(q)
#print()
for x in range(2000):
value = q.dequeue()
#print(value)
iter = x * -1
assert (iter == value), "Wert passt nicht"
assert not q.full(), "Darf nicht voll sein"
check(q)
def TestFactory():
"""An interactive widget ordering system to handle orders of widgets
containing data about customer name, widget color and quantity."""
#Order Variable Reset
name = ""
color = ""
num = ""
#Order queue
queue = MyQueue()
#Keep program running until exit
while True:
#welcome message
print("\nWelcome to the Waskelly Wabbit Widget Works automated ordering system!")
#user inputs name (or type 'exit')
name = input("\n\tPlease input customer name (or exit): ")
#check for actual input, if none, re-ask
if name == "":
continue
#check lower case name for the word 'exit'
if name.lower() == "exit":
break
#user inputs order color
color = input("\tPlease select desired widget color (red, white, blue): ").lower()
#if not defined color, cancel order
if not color in ["red", "white", "blue"]:
print("\t\tSorry, %s not a color we offer. Order cancelled." %color)
continue
#iser inputs order quantity
num = input("\tExcellent choice. How many %s widgets do you want? " %color)
#if value not a positive whole number, cancel order
if not num.isnumeric():
print("\t\tBad quantity. Order cancelled.")
continue
#if made this far, all values are valid, create order
newOrder = Order(name, color, num)
#add new order to the order queue
queue.enqueue(newOrder)
#order confimation message
#on exit process orders
print("\nNow processing orders:\n")
#iterate over order queue, dequeue orders
for order in range(len(queue)):
print(" Order shipped:\t", queue.dequeue())
#all orders processed message
print("\nQueue empty")
