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How to use test_title method in molecule
Best Python code snippet using molecule_python
test_wordFrequencyHandler.py
Source:test_wordFrequencyHandler.py 
1from environment.EnvironmentConstants import EnvironmentVariables as ev2ev()3import os4import pytest5from extractor.WordFrequencyHandler import WordFrequencyHandler, __WordFrequency__, __WordFrequenctEncoder__6import json7xfail = pytest.mark.xfail8class Test:9 10 def test_do_word_count_for_article_will_process_correct_amount_of_articles(self):11 # Setup12 handler = WordFrequencyHandler()13 test_title = 'title_key'14 test_content = 'This is awesome content from an article'15 test_extracted_list = ['FromHere', 'ViaThis', 'ToThere']16 # Confirm clear17 assert len(handler.word_frequencies_ready_for_sending) == 018 assert len(handler.tf[test_title]) == 019 handler.do_word_count_for_article(test_title, test_content, test_extracted_list)20 assert len(handler.word_frequencies_ready_for_sending) == 121 handler.do_word_count_for_article(test_title, test_content, test_extracted_list)22 handler.do_word_count_for_article(test_title, test_content, test_extracted_list)23 handler.do_word_count_for_article(test_title, test_content, test_extracted_list)24 handler.do_word_count_for_article(test_title, test_content, test_extracted_list)25 assert len(handler.word_frequencies_ready_for_sending) == 526#27 def test___concatenate_extracted_from__empty_list(self):28 # Setup29 test_extracted_list = []30 handler = WordFrequencyHandler()31 expected = ''32 actual = handler.__concatenate_extracted_from__(test_extracted_list)33 assert actual == expected34 def test___concatenate_extracted_from__can_contain_single_entry(self):35 # Setup36 test_extracted_list = ['FromHere']37 handler = WordFrequencyHandler()38 expected = 'FromHere'39 actual = handler.__concatenate_extracted_from__(test_extracted_list)40 assert actual == expected41 def test___concatenate_extracted_from__can_contain_multiple_entries(self):42 # Setup43 test_extracted_list = ['FromHere', 'ViaThis', 'ToThere']44 handler = WordFrequencyHandler()45 expected = 'FromHere,ViaThis,ToThere'46 actual = handler.__concatenate_extracted_from__(test_extracted_list)47 assert actual == expected48#49 def test___convert_to_word_frequency_JSON_object___produces_json_object(self):50 # Setup51 handler = WordFrequencyHandler()52 test_title = 'title_key'53 test_content = 'This is awesome content'54 test_extract_file = 'Extracted from here'55 distinct_word_count = len(set(test_content.lower().split(' ')))56 handler.tf.process(test_title, test_content)57 handler.currentKey = test_title58 assert len(handler.word_frequencies_ready_for_sending) == 059 handler.__convert_to_word_frequency_JSON_object__(test_title, test_extract_file)60 assert len(handler.word_frequencies_ready_for_sending) == 161 json_string = handler.word_frequencies_ready_for_sending[0]62 63 json_object = json.loads(json_string)64 assert json_object['articletitle'] == test_title65 assert json_object['totalwordsinarticle'] == distinct_word_count66#67 def test___reset__no_hard_reset_should_reset_wordcount_but_not_ready_for_sending(self):68 # Setup69 handler = WordFrequencyHandler()70 test_title = 'title_key'71 test_content = 'This is awesome content'72 distinct_word_count = len(set(test_content.lower().split(' ')))73 handler.word_frequencies_ready_for_sending.append(test_title)74 # Confirm empty75 assert len(handler.tf[test_title]) == 076 handler.tf.process(test_title, test_content)77 assert len(handler.tf[test_title]) == distinct_word_count78 assert len(handler.word_frequencies_ready_for_sending) > 079 handler.__reset__()80 # Confirm empty81 assert len(handler.tf[test_title]) == 082 assert len(handler.word_frequencies_ready_for_sending) > 083 def test___reset__hard_reset_sets_length_to_zero(self):84 handler = WordFrequencyHandler()85 test_title = 'title_key'86 test_content = 'This is awesome content'87 distinct_word_count = len(set(test_content.lower().split(' ')))88 handler.word_frequencies_ready_for_sending.append(test_title)89 # Confirm empty90 assert len(handler.tf[test_title]) == 091 handler.tf.process(test_title, test_content)92 assert len(handler.tf[test_title]) == distinct_word_count93 assert len(handler.word_frequencies_ready_for_sending) > 094 handler.__reset__(True)95 # Confirm empty96 assert len(handler.tf[test_title]) == 097 assert len(handler.word_frequencies_ready_for_sending) == 098#99 def test___create_file_back_up__can_craete_backup_file_with_content(self):100 # Setup101 error_dir = ev.instance.get_value(ev.instance.ERROR_DIRECTORY, './')102 test_file = 'thisIsSpecificForTest__create_file_back_up__.json'103 handler = WordFrequencyHandler()104 handler.__create_file_back_up__(test_file, error_dir)105 abs_path = os.path.abspath(error_dir + handler.back_up_file_prefix + test_file)106 assert os.path.exists(abs_path)107 with open(abs_path, 'r', encoding='utf-8') as file:108 content = file.readlines()109 assert '{\n' in content110 assert '\t\"back_up\": [\n' in content111 assert '\t]\n' in content112 assert '}' in content113 # Clean up...
test_reco.py
Source:test_reco.py
1from re import S2from params import *3import unittest4import os5from dotenv import dotenv_values6from shutil import rmtree7from main import *8temp = dotenv_values(".env")9class TestValidateEnv(unittest.TestCase):10 def test_aa_normal(self):11 code, name, distance = main_reco(TEST_IMGS, RECO_ID, test_title="test_normal")12 self.assertEqual(code, 200)13 self.assertEqual(name, NAME)14 self.assertIsInstance(distance, float)15 def test_bb_hard_to_verify(self):16 code, name, distance = main_reco(HARD_TO_VERIFY, RECO_ID, test_title="test_hard_to_verify", skip_verify=True)17 self.assertEqual(code, 134)18 self.assertEqual(name, NAME)19 self.assertIsInstance(distance, float)20 def test_cc_not_in_db(self):21 code, name, distance = main_reco(IMG_NOT_IN_DB, RECO_ID, test_title="test_not_in_db")22 self.assertTrue(code == 100 or code == 442 or code == 134)23 def test_dd_no_db_search(self):24 code, name, distance = main_reco(IMG_NOT_IN_DB, RECO_ID, test_title="test_no_db_search", skip_db_search=True)25 self.assertEqual(code, 500)26 self.assertTrue(name is None or not name)27 self.assertTrue(distance is None or not distance)28 def test_ee_both_true(self):29 code, name, distance = main_reco(IMG_NOT_IN_DB, RECO_ID, test_title="test_no_db_search", skip_db_search=True, skip_verify=True)30 self.assertEqual(code, 143)31 self.assertIsNone(name)32 self.assertIsNone(distance)33 34 def test_ff_bad_id(self):35 code, name, distance = main_reco(TEST_IMGS, RECO_ID + "24214", test_title="test_bad_id")36 self.assertEqual(code, 400)37 self.assertIsNone(name)38 self.assertIsNone(distance)39 40 def test_dd_empty_list(self):41 code, name, distance = main_reco([], RECO_ID, test_title="test_empty_list")42 self.assertEqual(code, 111)43 self.assertIsNone(name)44 self.assertIsNone(distance)45 def test_dd_non_existent_file(self):46 code, name, distance = main_reco(DB_NON_EXISTENT_MIX, RECO_ID, test_title="test_non_existent_file")47 self.assertEqual(code, 159)48 self.assertIsNone(name)49 self.assertIsNone(distance)50 def test_dd_no_face(self):51 code, name, distance = main_reco(IMG_NO_FACE, RECO_ID, test_title="test_no_face")52 self.assertEqual(code, 630)53 self.assertIsNone(name)54 self.assertIsNone(distance)55 def test_dd_face_spoof(self):56 code, name, distance = main_reco(IMGS_SPOOF, RECO_ID, test_title="test_face_spoof")57 self.assertEqual(code, 560)58 self.assertIsNone(name)59 self.assertIsNone(distance)60 def test_dd_face_multi(self):61 code, name, distance = main_reco(MULTI_IMG_TEST, RECO_ID, test_title="test_face_multi")62 self.assertTrue(code == 200 or code == 134)63 self.assertEqual(name, NAME)64 self.assertIsInstance(distance, float)65if __name__ == "__main__":66 unittest.main()...
question_to_test.py
Source:question_to_test.py
1def question_title_to_test_info(question_title):2 letters = question_title.lower()3 test_title = test_title_from_question_title(letters)4 question_number = question_number_from_question_title(letters)5 return test_title, question_number6def test_title_from_question_title(letters):7 test_title = ''8 if letters[3] == 'm':9 test_title += "midterm"10 else:11 test_title += "final"12 test_title += '_'13 if letters[0] == 'w':14 test_title += "winter"15 else:16 test_title += "fall"17 test_title += '_'18 test_title += "20" + letters[1] + letters[2]19 return test_title20def question_number_from_question_title(letters):21 question_number = ''22 if letters[4] == '0':23 question_number = letters[5]24 else:25 question_number = letters[4] + letters[5]...
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