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How to use test_expectations method in pyshould
Best Python code snippet using pyshould_python
expectations_parser_test.py
Source:expectations_parser_test.py 
...434 self.assertEqual(ret, 0)435 test_exp2 = expectations_parser.TestExpectations(['Intel'])436 ret, _ = test_exp2.parse_tagged_list(raw_data2)437 self.assertEqual(ret, 0)438 test_exp1.merge_test_expectations(test_exp2)439 self.assertEqual(sorted(test_exp1.tags), ['intel', 'linux'])440 self.assertEqual(test_exp1.expectations_for('b1/s2'),441 Expectation(442 test='b1/s2',443 results={ResultType.Pass, ResultType.Failure},444 retry_on_failure=True, is_slow_test=False,445 reason='crbug.com/2431 crbug.com/2432',446 trailing_comments=' # c1\n # c2\n',447 tags={'linux', 'intel'}))448 self.assertEqual(test_exp1.expectations_for('b1/s1'),449 Expectation(450 test='b1/s1', results={ResultType.Pass},451 retry_on_failure=True, is_slow_test=False,452 tags={'intel'}))453 self.assertEqual(test_exp1.expectations_for('b1/s3'),454 Expectation(455 test='b1/s3', results={ResultType.Failure},456 retry_on_failure=False, is_slow_test=False,457 tags={'linux'}))458 self.assertEqual(test_exp1.expectations_for('b1/s5'),459 Expectation(460 test='b1/s5', results={ResultType.Failure},461 retry_on_failure=True, is_slow_test=True,462 reason='crbug.com/2431 crbug.com/2432',463 tags={'linux', 'intel'}))464 def testResolutionReturnedFromExpectationsFor(self):465 raw_data1 = (466 '# tags: [ linux ]\n'467 '# results: [ Failure RetryOnFailure Slow ]\n'468 '[ linux ] b1/s3 [ Failure ]\n'469 'crbug.com/2431 [ linux ] b1/s2 [ Failure RetryOnFailure ]\n'470 'crbug.com/2432 [ linux ] b1/s* [ Failure ]\n')471 raw_data2 = (472 '# tags: [ Intel ]\n'473 '# results: [ Pass RetryOnFailure Slow ]\n'474 '[ intel ] b1/s1 [ RetryOnFailure ]\n'475 'crbug.com/2432 [ intel ] b1/s2 [ Pass Slow ]\n'476 'crbug.com/2431 [ intel ] b1/s* [ RetryOnFailure ]\n')477 raw_data3 = (478 '# tags: [ linux ]\n'479 '# results: [ Failure RetryOnFailure Slow ]\n'480 '# conflict_resolution: OVERRIDE\n'481 '[ linux ] b1/s3 [ Failure ]\n'482 'crbug.com/2431 [ linux ] b1/s2 [ Failure RetryOnFailure ]\n'483 'crbug.com/2432 [ linux ] b1/s* [ Failure ]\n')484 test_exp1 = expectations_parser.TestExpectations(['Linux'])485 ret, _ = test_exp1.parse_tagged_list(raw_data1)486 self.assertEqual(ret, 0)487 self.assertEqual(test_exp1.expectations_for('b1/s2'),488 Expectation(489 test='b1/s2', results={ResultType.Failure},490 retry_on_failure=True, is_slow_test=False,491 reason='crbug.com/2431', tags={'linux'},492 conflict_resolution=ConflictResolutionTypes.UNION493 ))494 test_exp2 = expectations_parser.TestExpectations(['Intel'])495 ret, _ = test_exp2.parse_tagged_list(496 raw_data2,497 conflict_resolution = ConflictResolutionTypes.OVERRIDE)498 self.assertEqual(ret, 0)499 self.assertEqual(test_exp2.expectations_for('b1/s2'),500 Expectation(501 test='b1/s2', results={ResultType.Pass},502 retry_on_failure=False, is_slow_test=True,503 reason='crbug.com/2432', tags={'intel'},504 conflict_resolution=ConflictResolutionTypes.OVERRIDE505 ))506 test_exp3 = expectations_parser.TestExpectations(['Linux'])507 ret, _ = test_exp3.parse_tagged_list(raw_data3)508 self.assertEqual(ret, 0)509 self.assertEqual(test_exp3.expectations_for('b1/s2'),510 Expectation(511 test='b1/s2', results={ResultType.Failure},512 retry_on_failure=True, is_slow_test=False,513 reason='crbug.com/2431', tags={'linux'},514 conflict_resolution=ConflictResolutionTypes.OVERRIDE515 ))516 def testMergeExpectationsUsingOverrideResolution(self):517 raw_data1 = (518 '# tags: [ linux ]\n'519 '# results: [ Failure RetryOnFailure Slow ]\n'520 '[ linux ] b1/s3 [ Failure ]\n'521 'crbug.com/2431 [ linux ] b1/s2 [ Failure RetryOnFailure ]\n'522 'crbug.com/2432 [ linux ] b1/s* [ Failure ]\n')523 raw_data2 = (524 '# tags: [ Intel ]\n'525 '# results: [ Pass RetryOnFailure Slow ]\n'526 '[ intel ] b1/s1 [ RetryOnFailure ]\n'527 'crbug.com/2432 [ intel ] b1/s2 [ Pass Slow ]\n'528 'crbug.com/2431 [ intel ] b1/s* [ RetryOnFailure ]\n')529 test_exp1 = expectations_parser.TestExpectations(['Linux'])530 ret, _ = test_exp1.parse_tagged_list(raw_data1)531 self.assertEqual(ret, 0)532 test_exp2 = expectations_parser.TestExpectations(['Intel'])533 ret, _ = test_exp2.parse_tagged_list(534 raw_data2, conflict_resolution=ConflictResolutionTypes.OVERRIDE)535 self.assertEqual(ret, 0)536 test_exp1.merge_test_expectations(test_exp2)537 self.assertEqual(sorted(test_exp1.tags), ['intel', 'linux'])538 self.assertEqual(test_exp1.expectations_for('b1/s2'),539 Expectation(540 test='b1/s2', results={ResultType.Pass},541 retry_on_failure=False, is_slow_test=True,542 reason='crbug.com/2432', tags={'intel'}))543 self.assertEqual(test_exp1.expectations_for('b1/s1'),544 Expectation(test='b1/s1', results={ResultType.Pass},545 retry_on_failure=True, is_slow_test=False,546 tags={'intel'}))547 self.assertEqual(test_exp1.expectations_for('b1/s3'),548 Expectation(test='b1/s3', results={ResultType.Failure},549 retry_on_failure=False, is_slow_test=False,550 tags={'linux'}))...
test.py
Source:test.py
1import Marynova_ZBPI211c as mar2import pytest3import math4#TEST 15@pytest.mark.parametrize('n', range(30))6def test_fact(n):7 #Verify the output of `fact` function#8 output = mar.fact(n)9 assert output == math.factorial(n)10#TEST 211import random12 13test_inputs = []14for i in range(30): 15 test_inputs.append(random.sample(range(100), 4))16test_expectations = []17for j in test_inputs:18 test_expectations.append([x for x in j if x % 2 == 0])19EVEN_TEST=list(zip(test_inputs, test_expectations))20@pytest.mark.parametrize("test_lists",EVEN_TEST)21def test_filter_even(test_lists):22 #Verify the output of `filter_even` function23 output = mar.filter_even(test_lists[0])24 assert output == test_lists[1]25#TEST 326test_inputs = []27for i in range(30): 28 test_inputs.append(random.sample(range(100), 4))29test_expectations = []30for j in test_inputs:31 test_expectations.append([x**2 for x in j])32SQUARE_TEST=list(zip(test_inputs, test_expectations))33@pytest.mark.parametrize("test_lists", SQUARE_TEST)34def test_square(test_lists):35 output = mar.square(test_lists[0])36 assert output == test_lists[1] 37#TEST 438list_sample = [x+10 for x in range(30)]39BIN_TEST = []40for i in range(len(list_sample)):41 BIN_TEST.append([list_sample,list_sample[i],i])42@pytest.mark.parametrize("test_lists",BIN_TEST)43def test_bin_search_found(test_lists):44 output = mar.bin_search(test_lists[0],test_lists[1])45 assert output == test_lists[2]46 47def test_bin_search_not_found():48 output = mar.bin_search([2,5,7,9,11,17,222],12)49 assert output == -150 51#TEST 552TEST_PALINDROME = ["ÐÐ¶Ñ Ñ
Ñже", "Ðев оÑовел", "Ðона заноз", "ÐеÑÑ ÑÑÑен", "УÑоп в поÑÑ", "Ð¨Ð¸ÐºÑ ÐºÑкиÑ", "Ðолвана в лоб", "Ðа, гневен гад", "ÐаÑка как Ñам", "Чем нежен меÑ", "ÐÐ°Ñ Ð¸ ÑÑÑ Ð¸ Ñам", "Там Ñ
олм лоÑ
маÑ", "Ðид ÑÑов оÑÑдив", "ÐоÑ, ÑÑка, за кÑÑÑок", "УвеÑена Ñ, а не ÑевÑ", "Цени в Ñебе ÑвинеÑ", "ÐÑлиÑно конÑил-Ñо", "ÐоÑмаÑ, ÑÑам, Ñок", "ÐилаÑка, как Ñалим", "ÐаÑ
апал ÑÑÑла паÑ
ан", "Ð Ð²Ð¾Ñ Ð¸ Ñ
аÑÑ ÑаÑ
иÑова", "ÐÐºÑ Ñ Ð½Ð¸Ð¼Ñ - минÑÑка", "ÐÑгенÑина Ð¼Ð°Ð½Ð¸Ñ Ð½ÐµÐ³Ñа", "ÐоÑенÑÐ¸Ñ - ÑÐ¸Ñ Ð½ÐµÑ, оп", "ÐоÑÑ ÑкоÑо ÑоÑок ÑÑÑок", "ÐÐ¸Ð´ÐµÑ ÐенеÑе не вÑедил", "ÐамÑÑен он, но не ÑÑмаз", "Рледи Ñ Ð½Ð¾Ð³ его - Ð½Ñ Ð¸ дела", "Ð Ñоза Ñпала на Ð»Ð°Ð¿Ñ ÐзоÑа"]53@pytest.mark.parametrize("test_lists",TEST_PALINDROME)54def test_is_palindrome(test_lists):55 output = mar.is_palindrome(str(test_lists))56 assert output == "YES"57 58def test_is_palindrome_punctuation():59 output = mar.is_palindrome("Madam, I'm Adam")60 assert output == "YES"61 62def test_is_palindrome_case():63 output = mar.is_palindrome("Ð Ñоза Ñпала на Ð»Ð°Ð¿Ñ ÐзоÑа")64 assert output == "YES"65 66def test_is_palindrome_not():67 output = mar.is_palindrome("Some Text That Is not Palindrome")68 assert output == "NO"69 70#TEST 671def test_calculate():72 path_file_input="test_input_file_1.txt"73 path_file_expected="test_output_file_1.txt"74 output = mar.calculate(path_file_input)75 expected = ""76 with open(path_file_expected, mode='r') as f:77 expected = f.read()78 assert output == expected79#TEST 780def test_substring_slice():81 path_file_input_1="test_import_file_2_1.txt"82 path_file_input_2="test_import_file_2_2.txt"83 path_file_expected="test_output_file_2.txt"84 output = mar.substring_slice(path_file_input_1,path_file_input_2)85 expected = ""86 with open(path_file_expected, mode='r') as f:87 expected = f.read()88 assert output == expected89#890def test_decode_ch():91 input_str="NOTiFICaTiON"92 expected_str="ÐзоÑÐиÑлоÑодТиÑанФÑоÑÐодÐалÑÑийТиÑанÐиÑлоÑодÐзоÑ"93 output = mar.decode_ch(input_str)94 assert output == expected_str95#996def test_Student():97 tc = mar.Student("Ivan","Ivanov")98 pc = mar.Student("Leha","Levo")99 assert tc.greeting() == "Hello, I am Student"100 assert tc.mean_grade() == 4101 assert tc.is_otlichnik() == "NO"102 assert str(tc) == "Ivan Ivanov"103 assert tc + pc == "Ivan is friends with Leha"104#10105def get_MyError(name):106 if name!="Bikini":107 raise mar.MyError("So full of youth!")108 else:109 return "Username is properly set."110def test_username_MyError():111 """test for invalid username"""112 with pytest.raises(mar.MyError) as e:113 get_MyError("Nick") 114 assert "So full of youth!" in str(e)...
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