def test_last_bridge(self):
bridge_copy = copy.deepcopy(BRIDGE_FORMATTED_BACK_UP)
bf.inspect_bridges(bridge_copy, [2781], "10/23/2018", 12.20)
expect = True
actual = bf.get_bridge(
bridge_copy,
2781)[bf.LAST_INSPECTED_INDEX] == "10/23/2018" and bf.get_bridge(
bridge_copy, 2781)[bf.BCIS_INDEX][0] == 12.20
self.assertEqual(expect, actual)
def test_all_bridges_2212(self):
expect = fb.all_bridges_2212
actual = []
for i in range(1, 2782):
actual.append(
bf.get_distance_between(
bf.get_bridge(BRIDGE_FORMATTED_BACK_UP, i),
bf.get_bridge(BRIDGE_FORMATTED_BACK_UP, 2212)))
self.assertListEqual(expect, actual)
def test_last_fifty(self):
expect = fb.last_fifty_distance
actual = []
for i in range(2731, 2781):
actual.append(
bf.get_distance_between(
bf.get_bridge(BRIDGE_FORMATTED_BACK_UP, i),
bf.get_bridge(BRIDGE_FORMATTED_BACK_UP, i + 1)))
self.assertListEqual(expect, actual)
def test_bridge_random_two_id(self):
expect = 917
first_list = bf.get_bridge(BRIDGE_FORMATTED_BACK_UP, 917)
second_list = bf.get_bridge(BRIDGE_FORMATTED_BACK_UP, 3)
test_list = []
test_list.append(first_list)
test_list.append(second_list)
actual = bf.find_closest_bridge(test_list, 3)
self.assertEqual(
expect, actual,
"There are randomly two list in the list no matted how far away you have to return the id beside 3"
)
def test_last_fifty_random_three(self):
ids = random.sample(range(2732, 2781), 3)
bridge_copy = copy.deepcopy(BRIDGE_FORMATTED_BACK_UP)
bf.inspect_bridges(bridge_copy, ids, "10/23/2018", 12.20)
expect = 3
acc = 0
for bridge_id in range(2732, 2781):
if (bf.get_bridge(bridge_copy, bridge_id)[bf.LAST_INSPECTED_INDEX]
== "10/23/2018" and bf.get_bridge(
bridge_copy, bridge_id)[bf.BCIS_INDEX][0] == 12.20
and bridge_id in ids):
acc += 1
self.assertEqual(expect, acc)
def test_all_even_bridges(self):
ids = []
for i in range(2, 2782, 2):
ids.append(i)
bridge_copy = copy.deepcopy(BRIDGE_FORMATTED_BACK_UP)
bf.inspect_bridges(bridge_copy, ids, "10/23/2018", 12.20)
expect = 1390
acc = 0
for bridge_id in range(1, 2782):
if (bf.get_bridge(bridge_copy, bridge_id)[bf.LAST_INSPECTED_INDEX]
== "10/23/2018" and bf.get_bridge(
bridge_copy, bridge_id)[bf.BCIS_INDEX][0] == 12.20
and bridge_id % 2 == 0):
acc += 1
self.assertEqual(expect, acc)
def test_first_fifty(self):
expect = BRIDGE_FORMATTED_BACK_UP[0:50]
actual = []
for i in range(1, 51):
actual.append(bf.get_bridge(BRIDGE_FORMATTED_BACK_UP, i))
self.assertListEqual(expect, actual,
"This test the list of first fifty bridges")
def test_first(self):
expect = fb.first_fifty[0]
actual = bf.get_bridge(BRIDGE_FORMATTED_BACK_UP, 1)
self.assertEqual(
expect, actual,
"You should return the bridge of id 1, this is your doctest, if you did not pass please also check the rest of your doctest"
)
def test_last_fifty(self):
expect = BRIDGE_FORMATTED_BACK_UP[2732:]
actual = []
for i in range(2733, 2782):
actual.append(bf.get_bridge(BRIDGE_FORMATTED_BACK_UP, i))
self.assertListEqual(expect, actual,
"This test the list of last fifty bridges")
def test_all_bridges(self):
expect = BRIDGE_FORMATTED_BACK_UP
actual = []
for i in range(1, 2782):
actual.append(bf.get_bridge(BRIDGE_FORMATTED_BACK_UP, i))
self.assertListEqual(
expect, actual,
"This test the list of whole bridges in the given data")
def test_last_fifty_random_three(self):
ids = random.sample(range(2732, 2782), 3)
bridge_copy = copy.deepcopy(BRIDGE_FORMATTED_BACK_UP)
for bridge_id in ids:
bf.add_rehab(bridge_copy, bridge_id, "12/20/2018", False)
expect = 3
acc = 0
for i in range(2732, 2782):
bridge = bf.get_bridge(bridge_copy, i)
if bridge[bf.LAST_MINOR_INDEX] == "12/20/2018" and i in ids:
acc += 1
self.assertEqual(expect, acc)
[
3, 'STOKES RIVER BRIDGE', '6', 45.036739, -81.33579,
'1958', '2013', '', 1, [16.0], 18.4, '08/28/2013',
[85.1, 67.8, 67.4, 69.2, 70.0, 70.5, 75.1, 90.1]
]]
# Type checks and simple checks for bridge_functions module
# Type and simple check bridge_functions.get_bridge
our_print('Checking get_bridge...')
sample = [inner[:] for inner in sample_bridges]
for lst in sample:
lst[9] = lst[9][:]
lst[12] = lst[12][:]
result = bf.get_bridge(sample, 1)
assert isinstance(result, list), \
'''bridge_functions.get_bridge should return a list'''
assert len(result) == 13, \
'''bridge_functions.get_bridge should return a list of length 13'''
assert isinstance(result[0], int), \
'''the first value in the list returned by bridge_functions.get_bridge should be a int'''
assert isinstance(result[1], str), \
'''the second value in the list returned by bridge_functions.get_bridge should be an str'''
assert isinstance(result[2], str), \
'''the third value in the list returned by bridge_functions.get_bridge should be an str'''
assert isinstance(result[3], float), \
'''the fourth value in the list returned by bridge_functions.get_bridge should be an float'''
assert isinstance(result[4], float), \
'''the fifth value in the list returned by bridge_functions.get_bridge should be an float'''
assert isinstance(result[5], str), \
def test_last(self):
expect = fb.last_fifty[-1]
actual = bf.get_bridge(BRIDGE_FORMATTED_BACK_UP, 2781)
self.assertEqual(expect, actual, "You should return the last bridge")
def test_middle_of_last_fifty(self):
expect = fb.last_fifty[24]
actual = bf.get_bridge(BRIDGE_FORMATTED_BACK_UP, 2756)
self.assertEqual(expect, actual,
"You should return the bridge of id 2756")
def test_invalid_case_2(self):
expect = []
actual = bf.get_bridge(BRIDGE_FORMATTED_BACK_UP, 2900)
self.assertEqual(
expect, actual,
"This gives an id out of bridges you should return an empty list")
def tes_invalid_case_1(self):
expect = []
actual = bf.get_bridge(BRIDGE_FORAMTTED_BACK_UP[1:50], 0)
self.assertEqual(
expect, actual,
"This is an invlaid id you should return an empty list")
