def test_express_normal_test_for_close_test() -> None:
line = ExpressLine(2)
lst = []
lst2 = []
lst3 = []
for i in range(EXPRESS_LIMIT):
lst.append(Item("lid", 10))
for i in range(EXPRESS_LIMIT):
lst2.append(Item("Item_2" + str(i), 1))
for i in range(EXPRESS_LIMIT):
lst3.append(Item("Item_3" + str(i), 2))
c1 = Customer("Jon", lst2)
c2 = Customer("James", lst3)
c3 = Customer("Janice", lst)
for item in [c1, c2, c3]:
line.accept(item)
assert len(line.queue) == line.capacity
assert line.capacity == 2
assert line.queue[0] is c1
assert line.queue[1] is c2
assert line.start_checkout() == EXPRESS_LIMIT
assert line.complete_checkout() is True
assert line.start_checkout() == EXPRESS_LIMIT * 2
assert line.complete_checkout() is False
assert line.start_checkout() == 0
assert len(line) == 0
assert len(line.queue) == 0
assert line.complete_checkout() is False
def test_checkout_can_accept_basic() -> None:
"""check for can accept"""
customer1 = Customer("bruce", [])
line1 = RegularLine(3)
assert line1.can_accept(customer1) is True
line2 = ExpressLine(3)
assert line2.can_accept(customer1) is True
line3 = SelfServeLine(3)
assert line3.can_accept(customer1) is True
def test_express_too_many_items() -> None:
""" Test whether an express line accepts a customer with more than the limit
of items."""
line = ExpressLine(1)
item_list = []
for i in range(0, EXPRESS_LIMIT + 2):
item_list.append(Item('bananas', i))
jeff = Customer('Jeff', item_list)
assert not line.accept(jeff)
def test_close_line_no_one_in_line() -> None:
"""check close line with no one in line"""
line1 = RegularLine(3)
assert line1.close() == []
assert line1.is_open is False
line2 = ExpressLine(3)
assert line2.close() == []
assert line2.is_open is False
line3 = SelfServeLine(3)
assert line3.close() == []
assert line3.is_open is False
def test_checkout_cannot_accept_when_line_is_closed() -> None:
"""check if a customer can enter a line if line is closed"""
customer1 = Customer("bruce", [])
line1 = RegularLine(3)
line1.is_open = False
assert line1.can_accept(customer1) is False
line2 = SelfServeLine(3)
line2.is_open = False
assert line2.can_accept(customer1) is False
line3 = ExpressLine(3)
line3.is_open = False
assert line3.can_accept(customer1) is False
def test_complete_checkout_no_customer_left() -> None:
"""check complete with no customer left"""
customer1 = Customer("bruce", [Item("banana", 10)])
line1 = RegularLine(3)
assert line1.accept(customer1) is True
assert line1.complete_checkout() is False
line2 = ExpressLine(3)
assert line2.accept(customer1) is True
assert line2.complete_checkout() is False
line3 = SelfServeLine(3)
assert line3.accept(customer1) is True
assert line3.complete_checkout() is False
def test_CheckoutLine_len() -> None:
"""Test the __len__ function of the Checkout Class."""
a = RegularLine(15)
b = ExpressLine(10)
c = SelfServeLine(5)
c1 = Customer('A', [Item('bananas', 7)])
c2 = Customer('B', [Item('apple', 2)])
c3 = Customer('C', [Item('orange', 5)])
c4 = Customer('D', [Item('grapes', 10)])
a.queue = [c1]
b.queue = [c2, c3, c4]
assert len(a) == 1
assert len(b) == 3
assert len(c) == 0
def test_close_line_one_customer_in_line() -> None:
"""check close line with one customer in line"""
customer1 = Customer("bruce", [])
line1 = RegularLine(3)
assert line1.accept(customer1) is True
assert line1.close() == []
assert line1.is_open is False
line2 = ExpressLine(3)
assert line2.accept(customer1) is True
assert line2.close() == []
assert line2.is_open is False
line3 = SelfServeLine(3)
assert line3.accept(customer1) is True
assert line3.close() == []
assert line3.is_open is False
def test_complete_checkout_two_people_in_line() -> None:
"""check for complete checkout with two people in line"""
customer1 = Customer("bruce", [Item("banana", 10)])
customer2 = Customer("tom", [Item("banana", 10)])
line1 = RegularLine(3)
assert line1.accept(customer1) is True
assert line1.accept(customer2) is True
assert line1.complete_checkout() is True
line2 = ExpressLine(3)
assert line2.accept(customer1) is True
assert line2.accept(customer2) is True
assert line2.complete_checkout() is True
line3 = SelfServeLine(3)
assert line3.accept(customer1) is True
assert line3.accept(customer2) is True
assert line3.complete_checkout() is True
def test_express_line_accept_over_packaged() -> None:
"""check if a over packaged customer can enter in line """
customer1 = Customer("bruce", [Item("banana", 10), Item("banana", 10), Item("banana", 10), Item("banana", 10),\
Item("banana", 10), Item("banana", 10), Item("banana", 10), Item("banana", 10), Item("banana", 10)])
line1 = ExpressLine(2)
assert line1.can_accept(customer1) is False
assert line1.accept(customer1) is False
assert customer1.arrival_time == -1
assert line1.queue == []
line2 = RegularLine(2)
assert line2.can_accept(customer1) is True
assert line2.accept(customer1) is True
assert line2.queue == [customer1]
line3 = SelfServeLine(2)
assert line3.can_accept(customer1) is True
assert line3.accept(customer1) is True
assert line3.queue == [customer1]
def test_complete_checkout() -> None:
"""Test the complete_checkout function of the Checkout Class."""
a = RegularLine(3)
b = ExpressLine(3)
c = SelfServeLine(3)
c1 = Customer('A', [Item('bananas', 7)])
c2 = Customer('B', [])
c3 = Customer('C', [Item('orange', 5)])
c4 = Customer('D', [Item('grapes', 10), Item('avacado', 1)])
a.queue = [c1]
b.queue = [c2, c3]
c.queue = [c4]
assert a.complete_checkout() == False and a.queue == []
a.queue = [c2, c1]
assert a.complete_checkout() == True and a.queue == [c1]
assert b.complete_checkout() == True and b.queue == [c3]
assert c.complete_checkout() == False and c.queue == []
def test_close() -> None:
"""Test the close function of the Checkout Class."""
a = RegularLine(3)
b = ExpressLine(3)
c = SelfServeLine(3)
c1 = Customer('A', [Item('bananas', 7)])
c2 = Customer('B', [Item('apple', 2)])
c3 = Customer('C', [Item('orange', 5)])
c4 = Customer('D', [Item('grapes', 10)])
a.queue = [c1]
b.queue = [c2, c3, c4]
assert a.close() == [] and a.is_open == False
assert b.close() == [c3, c4] and a.is_open == False
assert c.close() == [] and a.is_open == False
assert a.queue == [c1]
assert b.queue == [c2]
assert c.queue == []
def test_accept() -> None:
"""Test the accept function of the Checkout Class."""
a = RegularLine(3)
b = ExpressLine(3)
c = SelfServeLine(3)
d = ExpressLine(3)
c1 = Customer('A', [Item('bananas', 7)])
c2 = Customer('B', [Item('apple', 2)])
c3 = Customer('C', [Item('orange', 5)])
c4 = Customer('D', [Item('grapes', 10)])
c5 = Customer('E', [Item('grapes', 10)])
c6 = Customer('F', [
Item('avacado', 1),
Item('avacado', 1),
Item('avacado', 1),
Item('avacado', 1),
Item('avacado', 1),
Item('avacado', 1),
Item('avacado', 1),
Item('avacado', 1)
])
a.queue = [c1]
b.queue = [c2, c3, c4]
assert a.accept(c5) == True and a.queue == [c1, c5]
assert b.accept(c5) == False and b.queue == [c2, c3, c4]
assert c.accept(c5) == True and c.queue == [c5]
assert d.accept(c6) == False and d.queue == []
assert d.accept(c5) == True and d.queue == [c5]
def test_close_line_people_in_line() -> None:
"""check close line with people in line"""
customer1 = Customer("bruce", [])
customer2 = Customer("tom", [])
customer3 = Customer("mary", [])
line1 = RegularLine(3)
assert line1.accept(customer1) is True
assert line1.accept(customer2) is True
assert line1.accept(customer3) is True
assert line1.close() == [customer2, customer3]
assert line1.is_open is False
assert line1.queue == [customer1]
assert line1.can_accept(customer2) is False
line2 = ExpressLine(3)
assert line2.accept(customer1) is True
assert line2.accept(customer2) is True
assert line2.accept(customer3) is True
assert line2.close() == [customer2, customer3]
assert line2.is_open is False
assert line2.queue == [customer1]
assert line2.can_accept(customer2) is False
line3 = SelfServeLine(3)
assert line3.accept(customer1) is True
assert line3.accept(customer2) is True
assert line3.accept(customer3) is True
assert line3.close() == [customer2, customer3]
assert line3.is_open is False
assert line3.queue == [customer1]
assert line3.can_accept(customer2) is False
def test_express_customer_joining_test() -> None:
line = ExpressLine(3)
lst = []
lst2 = []
lst3 = []
for i in range(EXPRESS_LIMIT + 1):
lst.append(Item("lid", 1))
for i in range(EXPRESS_LIMIT):
lst2.append(Item("Item_2" + str(i), 1))
for i in range(EXPRESS_LIMIT):
lst3.append(Item("Item_3" + str(i), 1))
c1 = Customer("Jon", lst2)
c2 = Customer("James", lst3)
c3 = Customer("Janice", lst)
counter = 1
for item in [c1, c2, c3]:
if counter in (1, 2):
assert line.can_accept(item)
assert line.accept(item)
else:
assert not line.can_accept(item)
assert not line.accept(item)
counter += 1
assert counter == 4
assert len(line) == 2
assert line.capacity == 3
assert c1 in line.queue
assert c2 in line.queue
assert c3 not in line.queue
assert line.queue[0] is c1
assert line.queue[1] is c2
def test_regular_line_checkout_started() -> None:
"""check checkout started for regular line and express line"""
customer1 = Customer("bruce", [
Item("banana", 10),
Item("banana", 10),
Item("banana", 10),
Item("banana", 10),
Item("banana", 10),
Item("banana", 10),
Item("banana", 10),
Item("banana", 10),
Item("banana", 10)
])
customer2 = Customer("tom", [Item("banana", 10), Item("banana", 10)])
line1 = RegularLine(3)
assert line1.accept(customer1) is True
assert line1.accept(customer2) is True
assert line1.start_checkout() == 90
line2 = ExpressLine(3)
assert line2.accept(customer1) is False
assert line2.accept(customer2) is True
assert line2.start_checkout() == 20
def test_checkout_cannot_accept_line_capacity_full() -> None:
"""check if a customer can enter a line if the line is full"""
customer1 = Customer("bruce", [])
customer2 = Customer("tom", [])
customer3 = Customer("mary", [])
line1 = RegularLine(2)
assert line1.accept(customer2)
assert line1.accept(customer3)
assert line1.can_accept(customer1) is False
assert customer1.arrival_time == -1
assert line1.queue == [customer2, customer3]
line2 = ExpressLine(2)
assert line2.accept(customer2)
assert line2.accept(customer3)
assert line2.can_accept(customer1) is False
assert customer2.arrival_time == -1
assert line2.queue == [customer2, customer3]
line3 = SelfServeLine(2)
assert line3.accept(customer2)
assert line3.accept(customer3)
assert line3.can_accept(customer1) is False
assert customer3.arrival_time == -1
assert line3.queue == [customer2, customer3]
def test_CheckoutLine_init() -> None:
"""Test the Initializer of the Checkout Class."""
a = RegularLine(15)
b = ExpressLine(10)
c = SelfServeLine(5)
assert a.capacity == 15
assert a.queue == []
assert a.is_open is True
assert b.capacity == 10
assert b.queue == []
assert b.is_open is True
assert c.capacity == 5
assert c.queue == []
assert c.is_open is True
def test_checkout_basic() -> None:
"""check for basic value of attribute"""
line1 = RegularLine(3)
assert line1.capacity == 3
assert line1.is_open is True
assert line1.queue == []
line2 = SelfServeLine(3)
assert line2.capacity == 3
assert line2.is_open is True
assert line2.queue == []
line3 = ExpressLine(3)
assert line3.capacity == 3
assert line3.is_open is True
assert line3.queue == []
def test_express_joining_in_extreme() -> None:
line = ExpressLine(3)
lst = []
lst2 = []
lst3 = []
for i in range(EXPRESS_LIMIT + 1):
lst.append(Item("lid", 1))
for i in range(EXPRESS_LIMIT + 1):
lst2.append(Item("Item_2" + str(i), 1))
for i in range(EXPRESS_LIMIT + 1):
lst3.append(Item("Item_3" + str(i), 1))
c1 = Customer("Jon", lst2)
c2 = Customer("James", lst3)
c3 = Customer("Janice", lst)
for item in [c1, c2, c3]:
assert not line.can_accept(item)
assert not line.accept(item)
assert len(line) == 0
assert line.capacity == 3
assert c1 not in line.queue
assert c2 not in line.queue
assert c3 not in line.queue
def test_children_init() -> None:
""" Test all three line types for correct initialization.
"""
line1 = RegularLine(5)
assert line1.capacity == 5
assert line1.is_open
assert line1.queue == []
line2 = ExpressLine(5)
assert line2.capacity == 5
assert line2.is_open
assert line2.queue == []
line3 = SelfServeLine(5)
assert line3.capacity == 5
assert line3.is_open
assert line3.queue == []
def test_express_customer_coming_test() -> None:
line = ExpressLine(3)
lst = []
for i in range(EXPRESS_LIMIT + 1):
lst.append(Item("lid", 1))
c1 = Customer("Jameson", lst)
c2 = Customer("Jim", [Item("milk", 2), Item("lid", 1), Item("fan", 3)])
c3 = Customer("Jon", [Item("milk", 2), Item("lid", 1), Item("fan", 3)])
c4 = Customer("James", [Item("milk", 2), Item("lid", 1), Item("fan", 3)])
c5 = Customer("Janice", [Item("milk", 2), Item("lid", 1), Item("fan", 3)])
counter = 1
for item in [c1, c2, c3, c4, c5]:
if counter == 1:
assert not line.can_accept(item)
elif item.num_items() <= EXPRESS_LIMIT:
assert line.can_accept(item)
else:
assert not line.can_accept(item)
counter += 1
line.close()
for item in [c1, c2, c3, c4, c5]:
assert not line.can_accept(item)
def test_express_close_test() -> None:
line = ExpressLine(4)
lst = []
lst2 = []
lst3 = []
lst4 = []
lst5 = []
for i in range(EXPRESS_LIMIT):
lst.append(Item("lid", 10))
for i in range(EXPRESS_LIMIT):
lst2.append(Item("Item_2" + str(i), 1))
for i in range(EXPRESS_LIMIT):
lst3.append(Item("Item_3" + str(i), 2))
for i in range(EXPRESS_LIMIT):
lst4.append(Item("lid", 100))
counter = 1
c1 = Customer("Jon", lst2)
c2 = Customer("James", lst3)
c3 = Customer("Janice", lst)
c4 = Customer("Johnny", lst4)
for item in [c1, c2, c3, c4]:
if counter <= 3:
assert line.can_accept(item)
assert line.accept(item)
if counter == 3:
assert len(line.queue) == 3
assert line.queue[0] is c1
assert line.queue[1] is c2
assert line.queue[2] is c3
assert line.close() == [c2, c3]
assert c1 in line.queue
assert len(line.queue) == 1
assert line.queue[0] == c1
if counter > 3:
assert not line.can_accept(item)
assert not line.accept(item)
counter += 1
def test_start_checkout() -> None:
"""Test the start_checkout function of the Checkout Class."""
a = RegularLine(3)
b = ExpressLine(3)
c = SelfServeLine(3)
c1 = Customer('A', [Item('bananas', 7)])
c2 = Customer('B', [])
c3 = Customer('C', [Item('orange', 5)])
c4 = Customer('D', [Item('grapes', 10), Item('avacado', 1)])
a.queue = [c1]
b.queue = [c2, c3]
c.queue = [c4]
assert a.start_checkout() == 7
a.queue = [c1, c2]
assert a.start_checkout() == 7
assert b.start_checkout() == 0
b.queue = [c3]
assert b.start_checkout() == 5
assert c.start_checkout() == 22
c.queue = [c1, c2, c3, c4]
assert c.start_checkout() == 14
def test_express_start_checkout_test() -> None:
line = ExpressLine(3)
lst = []
lst2 = []
lst3 = []
for i in range(EXPRESS_LIMIT + 1):
lst.append(Item("lid", 1))
for i in range(EXPRESS_LIMIT - 1):
lst2.append(Item("Item_2" + str(i), 1))
for i in range(EXPRESS_LIMIT):
lst3.append(Item("Item_3" + str(i), 2))
c1 = Customer("Jon", lst2)
c2 = Customer("James", lst3)
c3 = Customer("Janice", lst)
counter = 1
for item in [c1, c2, c3]:
if counter in (1, 2):
assert line.can_accept(item)
assert line.accept(item)
else:
assert not line.can_accept(item)
assert not line.accept(item)
counter += 1
assert len(line.queue) == 2
assert line.capacity == 3
assert line.queue[0] is c1
assert line.queue[1] is c2
assert line.start_checkout() == EXPRESS_LIMIT - 1
assert len(line) == 2
assert line.start_checkout() == EXPRESS_LIMIT - 1
assert line.complete_checkout() is True
assert line.start_checkout() == 2 * EXPRESS_LIMIT
assert line.complete_checkout() is False
assert line.start_checkout() == 0
assert len(line) == 0
assert len(line.queue) == 0
assert line.complete_checkout() is False
def test_express_init_() -> None:
line = ExpressLine(3)
assert len(line) == 0
assert line.is_open == True
assert len(line.queue) == 0
def test_express_empty_line() -> None:
line = ExpressLine(3)
assert line.complete_checkout() is False
assert line.start_checkout() == 0