def test_080_cross_over_lists_real_comparisons(self):
list1 = plates_from_strings(
['BBB111', 'BBB222', 'BBB333', 'EEE444', 'FFF121'])
list2 = plates_from_strings(
['AAA121', 'AAA122', 'AAA123', 'BBB111', 'BBB222', 'BBB333'])
student_uniques, comparisons = unique_plates(list1, list2)
self.assertEqual(comparisons, real_comparisons(PLATE_COMPS))
def test_140_zig_zag_lists2_real_comparisons(self):
list1 = plates_from_strings(
['AAA121', 'DDD122', 'FFF123', 'HHH111', 'JJJJ222'])
list2 = plates_from_strings(
['BBB111', 'CCC222', 'EEE333', 'GGG444', 'III121'])
student_uniques, comparisons = unique_plates(list1, list2)
self.assertEqual(comparisons, real_comparisons(PLATE_COMPS))
def test_060_unique_lists_real_comparisons(self):
list1 = plates_from_strings(
['AAA111', 'DDD222', 'EEE333', 'EEE444', 'FFF121'])
list2 = plates_from_strings(
['BBB111', 'CCC222', 'CCC234', 'FFF111', 'FFF123', 'JJJ234'])
student_uniques, comparisons = unique_plates(list1, list2)
self.assertEqual(comparisons, real_comparisons(PLATE_COMPS))
def test_040_identical_lists_real_comparisons(self):
list1 = plates_from_strings(
['AAA111', 'BBB222', 'CCC333', 'DDD444', 'EEE555'])
list2 = plates_from_strings(
['AAA111', 'BBB222', 'CCC333', 'DDD444', 'EEE555'])
student_uniques, comparisons = unique_plates(list1, list2)
self.assertEqual(comparisons, real_comparisons(PLATE_COMPS))
def test_005_two_item_lists2(self):
list1 = plates_from_strings(['AAA112', 'BBB222'])
list2 = plates_from_strings(['AAA111', 'BBB222'])
student_uniques, comparisons = unique_plates(list1, list2)
expected_uniques = plates_from_strings(['AAA111'])
expected_comparisons = 5
self.assertEqual(student_uniques, expected_uniques)
self.assertEqual(comparisons, expected_comparisons)
def test_100_cross_over_lists_2(self):
list1 = plates_from_strings(
['AAA111', 'BBB222', 'CCC333', 'GGG111', 'HHH222'])
list2 = plates_from_strings([
'DDD121', 'EEE122', 'FFF123', 'GGG111', 'HHH222', 'III333',
'JJJ333'
])
student_uniques, comparisons = unique_plates(list1, list2)
self.assertEqual(comparisons, real_comparisons(PLATE_COMPS))
def test_150_zig_zag_lists3(self):
list1 = plates_from_strings(['AAA121', 'DDD122', 'FFF123', 'HHH111'])
list2 = plates_from_strings(
['BBB111', 'CCC222', 'EEE333', 'GGG444', 'III121'])
student_uniques, comparisons = unique_plates(list1, list2)
expected_uniques = plates_from_strings(
['BBB111', 'CCC222', 'EEE333', 'GGG444', 'III121'])
lower_limit, upper_limit = 12, 16
self.assertEqual(student_uniques, expected_uniques)
self.assertGreaterEqual(comparisons, lower_limit)
self.assertLessEqual(comparisons, upper_limit)
def test_070_cross_over_lists(self):
list1 = plates_from_strings(
['BBB111', 'BBB222', 'BBB333', 'EEE444', 'FFF121'])
list2 = plates_from_strings(
['AAA121', 'AAA122', 'AAA123', 'BBB111', 'BBB222', 'BBB333'])
student_uniques, comparisons = unique_plates(list1, list2)
expected_uniques = plates_from_strings(['AAA121', 'AAA122', 'AAA123'])
lower_limit, upper_limit = 9, 12
self.assertEqual(student_uniques, expected_uniques)
self.assertGreaterEqual(comparisons, lower_limit)
self.assertLessEqual(comparisons, upper_limit)
def test_030_identical_lists(self):
list1 = plates_from_strings(
['AAA111', 'BBB222', 'CCC333', 'DDD444', 'EEE555'])
list2 = plates_from_strings(
['AAA111', 'BBB222', 'CCC333', 'DDD444', 'EEE555'])
student_uniques, comparisons = unique_plates(list1, list2)
expected_uniques = []
lower_limit, upper_limit = 5, 10
self.assertEqual(student_uniques, student_uniques)
self.assertGreaterEqual(comparisons, lower_limit)
self.assertLessEqual(comparisons, upper_limit)
def test_050_unique_lists(self):
list1 = plates_from_strings(
['AAA111', 'DDD222', 'EEE333', 'EEE444', 'FFF121'])
list2 = plates_from_strings(
['BBB111', 'CCC222', 'CCC234', 'FFF111', 'FFF123', 'JJJ234'])
student_uniques, comparisons = unique_plates(list1, list2)
expected_uniques = plates_from_strings(
['BBB111', 'CCC222', 'CCC234', 'FFF111', 'FFF123', 'JJJ234'])
lower_limit, upper_limit = 13, 18
self.assertEqual(student_uniques, expected_uniques)
self.assertGreaterEqual(comparisons, lower_limit)
self.assertLessEqual(comparisons, upper_limit)
def check_file_real_comps(self,
len1,
len2,
n_expected,
min_comps,
max_comps,
seed=DEF_SEED):
base_filename = FILE_TEMPLATE.format(len1=len1,
len2=len2,
n_expected=n_expected,
seed=seed)
filename = DATA_DIR + base_filename
list1, list2, expected_uniques = read_unique_test_data(filename)
student_uniques, comparisons = unique_plates(list1, list2)
self.assertEqual(comparisons, real_comparisons(PLATE_COMPS))
return True
def test_090_cross_over_lists_2(self):
list1 = plates_from_strings(
['AAA111', 'BBB222', 'CCC333', 'GGG111', 'HHH222'])
list2 = plates_from_strings([
'DDD121', 'EEE122', 'FFF123', 'GGG111', 'HHH222', 'III333',
'JJJ333'
])
#list1 = simple_counter_list(['d', 'e', 'f', 'g', 'h', 'i', 'j'])
#list2 = simple_counter_list(['a', 'b', 'c', 'g', 'h'])
student_uniques, comparisons = unique_plates(list1, list2)
expected_uniques = plates_from_strings(
['DDD121', 'EEE122', 'FFF123', 'III333', 'JJJ333'])
lower_limit, upper_limit = 13, 14
self.assertEqual(student_uniques, expected_uniques)
self.assertGreaterEqual(comparisons, lower_limit)
self.assertLessEqual(comparisons, upper_limit)
def test_002_two_word_lists1_real_comparisons(self):
list1 = plates_from_strings(['AAA111', 'BBB111'])
list2 = plates_from_strings(['AAA112', 'BBB111'])
student_uniques, comparisons = unique_plates(list1, list2)
self.assertEqual(comparisons, real_comparisons(PLATE_COMPS))
