def accept_answer(cls, ans_id, qn_id): print("ans_id:", ans_id, " qn_id:", qn_id) handle = AnswerHandler() question = handle.accept_answer(ans_id, qn_id) if question: return True return False
def get_answer_by_ans_id(cls, answerId): handle = AnswerHandler() answer = handle.get_answer_by_ans_id(answerId) print(answer) if answer: return Answer(answer["answer"], answer["qn_id"], answer["user_id"], answer["ans_id"], answer["preferred"]) return None
def update_answer(cls, ans_id, answer): print("ans_id:", ans_id, " answer:", answer) handle = AnswerHandler() question = handle.update_answer(ans_id, answer) # print(question) if question: return True return False
def add_answer(cls, answer): ''' this first checks if a question exists and if it does, it adds an answer to it True is returned for success and False when it fails to add the answer ''' if Question.get_question_by_id(answer.qn_id): handle = AnswerHandler() pprint(answer.json()) handle.insert_answer(answer.user_id, answer.qn_id, answer.answer) return True return False
def get_answer_by_qn_id(cls, answerId, qn_id): ''' gets ''' handle = AnswerHandler() answer = handle.get_answer_by_qn_id(answerId, qn_id) print('printing answer...') print(answer) if answer: # answer, qn_id, user_id, ans_id return Answer(answer["answer"], answer["qn_id"], answer["user_id"], answer["ans_id"], answer["preferred"]) return None
def get_answers_by_qn_id(cls, qn_id): handle = AnswerHandler() answers = handle.get_answers_by_qn_id(qn_id) answersList = [] if answers: for answer in answers: # answer, qn_id, user_id, ans_id ans = Answer(answer['answer'], answer['qn_id'], answer["user_id"], answer["ans_id"], answer["preferred"]) answersList.append(ans) # append comments.... return [x.json() for x in answersList] return answersList
def get_answers(cls): handle = AnswerHandler() answers = handle.get_answers() answersList = [] if answers: for answer in answers: qn = Answer(answer['answer'], answer['qn_id'], answer["user_id"], answer["ans_id"], answer["preferred"]) answersList.append(qn) return [x.json() for x in answersList] # from .answer import Answer # for qn in cls.questions: # qn['answers'].extend(Answer.get_answers_by_qn_id(qn['id'])) return answersList
def check_repeated_ans(cls, answer, qn_id): ''' check if an answer has already been given ''' handle = AnswerHandler() return handle.check_answer(answer, qn_id)