def choose_option(update, context, data, reply):
if data == _(tr.BACK, context):
main_reply(reply, context)
return State.FIRST_NODE
context.user_data['subject'] = data
reply(_(tr.START_INPUTING_NAMES, context))
return State.READ_T
def choose_option(update, context, data, reply):
if data == ANSWER_TYPE_AGAIN:
reply(_(tr.START_INPUTING_NAMES, context))
return State.READ_T
else:
show_teacher_feedback(reply, data, context)
main_reply(update.effective_user.send_message, context)
return State.FIRST_NODE
def choose_option(update, context, data, reply):
if data == _(tr.BACK, context):
main_reply(reply, context)
return State.FIRST_NODE
elif data == ANSWER_NOT_IN_LIST:
reply(_(tr.INPUT_SUBJ_NAME, context))
return State.ADD_NEW_SUBJECT
context.user_data['subject'] = data
reply(_(tr.INPUT_FIO, context))
return State.ADD_T
def read_t(update: Update, context: CallbackContext):
teachers = bd_worker.find_teachers(context.user_data['subject'],
update.message.text)
if len(teachers) == 0:
update.message.reply_text(_(tr.TEACHER_NOT_FOUND, context))
elif len(teachers) > 1:
save_teachers_read_keyboards(teachers, context)
show_teachers(update.message.reply_text, context)
return State.READ_T_INLINE
else:
show_teacher_feedback(update.message.reply_text, teachers[0], context)
main_reply(update.message.reply_text, context)
return State.FIRST_NODE
def choose_action_type(update: Update, context: CallbackContext):
# TODO back button
reply_keyboard = [[_(tr.BACK, context)]]
if update.message.text == _(tr.REVIEW_ADD, context):
save_subject_keyboards(bd_worker.get_all_subjects(), context)
show_subjects(update.message.reply_text, context)
return State.ADD_TO_SUBJECT
elif update.message.text == _(tr.REVIEW_READ, context):
save_subject_read_keyboards(bd_worker.get_all_subjects(), context)
show_subjects(update.message.reply_text, context)
return State.READ_FROM_SUBJECT
elif update.message.text == _(tr.BACK, context):
main_reply(update.message.reply_text, context)
return State.FIRST_NODE
return None
def add_rating(update: Update, context: CallbackContext):
if update.message.text.replace(',', '').replace('.', '').isnumeric() and 0 <= float(
update.message.text.replace(',', '.')) <= 10:
context.user_data['teacher_rating'] = update.message.text
teacher = bd_worker.read_teacher(context.user_data['subject'],
context.user_data['teacher_name'])
if not teacher:
bd_worker.add_new_teacher(context.user_data['subject'],
context.user_data['teacher_name'],
context.user_data['teacher_desc'],
context.user_data['teacher_rating'])
else:
bd_worker.add_new_description(context.user_data['subject'],
context.user_data['teacher_name'],
context.user_data['teacher_desc'],
context.user_data['teacher_rating'])
update.message.reply_text(_(tr.EXCELLENT, context))
main_reply(update.message.reply_text, context)
return State.FIRST_NODE
else:
update.message.reply_text(
_(tr.WRONG_RATING, context))
return None
def finish(send_first, send_second, context):
answer = context.user_data[ANSWERS] + [context.user_data[ANSWER_COMMENT]]
save_to_csv(context.user_data.get('lang', 'ru'), answer)
send_first(_(tr.FEEDBACK_FINAL_PHRASE, context))
utils.main_reply(send_second, context)
return State.FIRST_NODE
def stop(update, context):
utils.main_reply(update.effective_user.send_message, context)
return State.FIRST_NODE
def choose_lang(update, context):
data, reply = utils.answer_query(update, context)
context.user_data['lang'] = data
reply(_(tr.SUCCESSFULLY_SELECTED_LANG, context))
utils.main_reply(update.effective_user.send_message, context)
return State.FIRST_NODE