@classmethod
def definitions(cls):
    "Display 'definitions' task"
    return
    data = cls._day.get_definitions()
    CLIOutput.section_title('DEFINITIONS')
    CLIOutput.empty_line(1)
    CLIOutput.simple(data['prompt'])
    CLIOutput.empty_line(1)
    for definition in data['definitions']:
        CLIOutput.numbered_sentence(definition['id'], definition['text'], CLIOutput.FORMAT_INDENTED)
    l_words = (lambda : [CLIOutput.numbered_sentence(word['id'], word['text'], CLIOutput.FORMAT_INDENTED) for word in data['words']])
    for definition in data['definitions']:
        prompt = '{}. '.format(definition['id'])
        l_pr_question = (lambda : CLIOutput.numbered_sentence(definition['id'], definition['text'], CLIOutput.FORMAT_REGULAR))
        answers = list()
        answer_id = [value for (id, value) in data['answers'] if (id == definition['id'])][0]
        answers.append(answer_id)
        answer_text = [item['text'] for item in data['words'] if (item['id'] == answer_id)][0]
        answers.append(answer_text)
        l_pr_answer = (lambda : CLIOutput.numbered_sentence(answer_id, answer_text, CLIOutput.FORMAT_REGULAR))
        prev_action = cls.ACTION_SAMPLE_SENTENCES
        l_prev_msg = (lambda : None)
        l_next_msg = (lambda : None)
        CLIOutput.empty_line(2)
        l_words()
        CLIOutput.empty_line(1)
        l_pr_question()
        if (not cls._answer_cycle(prompt, l_pr_question, answers, l_pr_answer, prev_action, l_prev_msg, l_next_msg)):
            return
Display 'definitions' task
@classmethod
def definitions(cls):
    
    return
    data = cls._day.get_definitions()
    CLIOutput.section_title('DEFINITIONS')
    CLIOutput.empty_line(1)
    CLIOutput.simple(data['prompt'])
    CLIOutput.empty_line(1)
    for definition in data['definitions']:
        CLIOutput.numbered_sentence(definition['id'], definition['text'], CLIOutput.FORMAT_INDENTED)
    l_words = (lambda : [CLIOutput.numbered_sentence(word['id'], word['text'], CLIOutput.FORMAT_INDENTED) for word in data['words']])
    for definition in data['definitions']:
        prompt = '{}. '.format(definition['id'])
        l_pr_question = (lambda : CLIOutput.numbered_sentence(definition['id'], definition['text'], CLIOutput.FORMAT_REGULAR))
        answers = list()
        answer_id = [value for (id, value) in data['answers'] if (id == definition['id'])][0]
        answers.append(answer_id)
        answer_text = [item['text'] for item in data['words'] if (item['id'] == answer_id)][0]
        answers.append(answer_text)
        l_pr_answer = (lambda : CLIOutput.numbered_sentence(answer_id, answer_text, CLIOutput.FORMAT_REGULAR))
        prev_action = cls.ACTION_SAMPLE_SENTENCES
        l_prev_msg = (lambda : None)
        l_next_msg = (lambda : None)
        CLIOutput.empty_line(2)
        l_words()
        CLIOutput.empty_line(1)
        l_pr_question()
        if (not cls._answer_cycle(prompt, l_pr_question, answers, l_pr_answer, prev_action, l_prev_msg, l_next_msg)):
            return