import json from question.models import Question, QUESTION_TYPE_MULTIPLE_CHOICE from question_bank.models import QuestionBank class QuestionTestHelper: def __init__(self, tester): self.tester = tester name_index = 0 create_question_url = '/question/create' bulk_create_question_url = '/question/bulk_create' edit_question_url = '/question/edit' archive_question_url = '/question/delete' list_question_url = '/question/list' get_question_url = '/question/get' def new_name(self): self.name_index += 1 return 'QuestionName' + str(self.name_index) def create_question_with_defaults(self, question_bank_id, keywords=None, question_text=None, format=None, question_type=None, input_rules=None, tags=None, token=None, solution=None, choices=None, correct_choices=None): if keywords is None: keywords = 'solve x^2-2x+1=0' if question_text is None: question_text = 'choose a correct answer for x in equation --x^2 - 2x + 1 = 0--' if solution is None: solution = 'x=1' if format is None: format = 'markdownV1' if question_type is None: question_type = 'multiple-choice' if tags is None: tags = json.dumps({'subject': 'math'}) elif type(tags) is not str: tags = json.dumps(tags) if input_rules is None: if question_type == 'multiple-choice': # Reference #856245 input_rules = { "max_selectable_choices": 2 } else: input_rules = { "max_characters": 1000, "attachment": True, } if type(input_rules) is not str: input_rules = json.dumps(input_rules) if choices is None and question_type == QUESTION_TYPE_MULTIPLE_CHOICE: choices = { 12345678: "...", 12345677: "...", 12345676: "...", 12345675: "...", 12345674: "...", } if type(choices) is dict: choices = json.dumps(choices) if correct_choices is None and question_type == QUESTION_TYPE_MULTIPLE_CHOICE: # Comment id #68246256; correct_choices = [12345678] # if type(correct_choices) is not str: # correct_choices = json.dumps(correct_choices) request = {'question_bank_id': question_bank_id, 'keywords': keywords, 'question_text': question_text, 'format': format, 'question_type': question_type, 'input_rules': input_rules, 'tags': tags, 'solution': solution} if choices: request['choices'] = choices if choices: request['correct_choices'] = correct_choices return self.tester.post_with_token(self.create_question_url, request, test_token=token) def new_question(self, question_bank_id, keywords=None, question_text=None, question_text_format=None, question_type=None, input_rules=None, choices=None, correct_choices=None, tags=None, answer_sheet_text=None, status_200=True): (response_data, status_code, error_message) = self.create_question_with_defaults(question_bank_id, keywords=keywords, question_text=question_text, format=question_text_format, question_type=question_type, input_rules=input_rules, choices=choices, correct_choices=correct_choices, tags=tags, solution=answer_sheet_text) if status_200: self.tester.assertEqual(200, status_code, error_message) self.tester.assertEqual( 'Successful', response_data['message'], error_message) # question = Question.objects.get(name=name, question_bank_id=question_bank_id) return response_data, status_code, error_message def archive_question_helper(self, question_bank_id, question_id): question_bank = QuestionBank.objects.get(id=question_bank_id) previous_questions_count = question_bank.questions_count (response_data, status_code, error_message) = self.tester.post_with_token(self.archive_question_url, {'question_id': question_id}) self.tester.assertEqual(200, status_code, error_message) self.tester.assertEqual('ok', response_data['status'], error_message) question_bank = QuestionBank.objects.get(id=question_bank_id) question = Question.objects.get(id=question_id) self.tester.assertEqual( previous_questions_count - 1, question_bank.questions_count) self.tester.assertEqual(True, question.archived) def check_question_bank_number_of_questions(self, question_bank_id, num_questions, context_institute_id): request = {'question_bank_id': question_bank_id, 'context_institute_id': context_institute_id, 'skip': 0, 'take': 10, 'archived_filter': 'include', 'sort_by': 'keywords_asc', 'auto_correctable_filter': 'include'} (response_data, status_code, error_message) = self.tester.post_with_token( self.list_question_url, request) self.tester.assertEqual(200, status_code, error_message) self.tester.assertEqual( response_data['message'], 'Successful', error_message) self.tester.assertEqual( len(response_data['data']['questions']), num_questions, error_message) def wrong_answer_rule_checker(self, question_bank_id, input_rules, choices, correct_choices, expected_error_field_name, expected_error): (response_data, status_code, error_message) = self.create_question_with_defaults( question_bank_id, input_rules=input_rules, choices=choices, correct_choices=correct_choices) self.tester.assertEqual(400, status_code, error_message) self.tester.assertEqual( 'validation_error', response_data['status'], error_message) self.tester.assertEqual( 'Some fields are not valid', response_data['message'], error_message) self.tester.assertIn(expected_error_field_name, response_data['fields'], error_message) self.tester.assertEqual( expected_error, response_data['fields'][expected_error_field_name], error_message) def tag_filter_helper(self, question_bank_id, institute_id, tag_filters, expected_question_names): request = {'question_bank_id': question_bank_id, 'context_institute_id': institute_id, 'skip': 0, 'take': 10, 'archived_filter': 'include', 'sort_by': 'keywords_asc', 'auto_correctable_filter': 'include', 'tag_filters': json.dumps(tag_filters)} (response_data, status_code, error_message) = self.tester.post_with_token(self.list_question_url, request) self.tester.assertEqual(200, status_code, error_message) self.tester.assertEqual(len(expected_question_names), len(response_data['data']['questions']), error_message) for index, expected_question_name in enumerate(expected_question_names): self.tester.assertEqual(expected_question_name, response_data['data']['questions'][index]['keywords'], error_message) def create_questions_with_real_tags(self, question_bank_id): self.new_question(question_bank_id, keywords='q1_1_1', tags=json.dumps({'فصل': '1', 'درس': '1', 'درجه سختی': 'آسان', 'مبحث': 'گرامر'})) self.new_question(question_bank_id, keywords='q1_2_1', tags=json.dumps({'فصل': '1', 'درس': '2', 'درجه سختی': 'آسان', 'مبحث': 'گرامر'})) self.new_question(question_bank_id, keywords='q1_2_2', tags=json.dumps({'فصل': '1', 'درس': '2', 'درجه سختی': 'سخت', 'مبحث': 'کلمه'})) self.new_question(question_bank_id, keywords='q1_3_1', tags=json.dumps({'فصل': '1', 'درس': '3', 'درجه سختی': 'آسان', 'مبحث': 'کلمه'})) self.new_question(question_bank_id, keywords='q2_1_1', tags=json.dumps({'فصل': '2', 'درس': '1', 'درجه سختی': 'آسان', 'مبحث': 'گرامر'})) self.new_question(question_bank_id, keywords='q2_2_1', tags=json.dumps({'فصل': '2', 'درس': '2', 'درجه سختی': 'آسان', 'مبحث': 'گرامر'})) self.new_question(question_bank_id, keywords='q2_2_2', tags=json.dumps({'فصل': '2', 'درس': '2', 'درجه سختی': 'سخت', 'مبحث': 'کلمه'})) self.new_question(question_bank_id, keywords='q2_3_1', tags=json.dumps({'فصل': '2', 'درس': '4', 'درجه سختی': 'آسان', 'مبحث': 'کلمه'}))