def replace_with_context(self, sessionid_in):
self._deal_last_question(sessionid_in)
# todo 添加分类
user_cur = usermanager.get_user(sessionid_in)
# todo 添加当前槽位切换
domain_classification = self._domain_classification_class.classify(user_cur['str_synonym'])
mylog.info('domain_classification:\t\t{}'.format(domain_classification))
usermanager.update(sessionid_in, domain_classification=domain_classification)
# usermanager.get_user(sessionid_in).update_slots(index=-1,sentence_pattern_classification=sentence_pattern_classification_from_kg)
# self._usermanager_class.update(sessionid_in,{'str_raw':str_in,'str_synonym':str_synonym,
# 'domain_classification':domain_classification,'str_synonym_cut':str_synonym_cut})
words_list_out, dst_word_to_fufill, label2entities_cur_dict = self.replace_with_context_only_question(
sessionid_in)
# print('words_list_out, dst_word_to_fufill, label2entities_cur_dict==>',words_list_out, dst_word_to_fufill, label2entities_cur_dict)
flag_inter, abbrev_str, abbrev2std_list = self._fuzzy_interaction_class.deal_fuzzy_interaction(sessionid_in,
label2entities_cur_dict,
user_cur[
'str_raw'],
words_list_out)
usermanager.get_user(sessionid_in).insert_slots(
**{'question': user_cur['str_synonym'], 'slots_question': label2entities_cur_dict,
'domain_classification': user_cur['domain_classification'],
'sentence_pattern_classification': user_cur['sentence_pattern_classification']})
rds.set(user_cur['jdpin_id'] + _flag_recomm_sent_pattern, 0)
return words_list_out, dst_word_to_fufill, label2entities_cur_dict, flag_inter, abbrev_str, abbrev2std_list
def judge_interaction(self, sessionid_in, label2entities_cur_dict_in,
str_in):
#todo 添加 领域判断
jdpin_id = usermanager.get_user(sessionid_in)['jdpin_id']
sentence_classification = usermanager.get_user(
sessionid_in)['sentence_pattern_classification']
key_name = jdpin_id + _flag_recomm_sent_pattern
# print('key_name==>',key_name)
# last_question, last_answer,last_sentence_pattern_classification = _get_last_question(sessionid_in)
last_question, last_answer, last_sentence_pattern_classification = _get_last_question_info(
sessionid_in, 'none')
# sc_cur=self._sentence_classification_class.classification_accurate(last_question)
# print('rds.get(key_name)',)
# print(rds.keys())
# val_raw=rds.get(key_name)
# if val_raw:
# print(eval(val_raw))
# val_flag=bytes(val_raw,encoding='utf-8')
# if eval(val_raw) not in [0,'0']:
# print('val_flag==>',val_raw)
if last_sentence_pattern_classification == pcname.query_product.value and sentence_classification in self._included_classification:
mylog.info('RecomLastQuestionMultiProductInteraction return True')
return True
else:
pass
#todo 后续再打开
# val_raw=rds.get(key_name)
# if val_raw:
# flag_raw=eval(val_raw)
# if flag_raw and flag_raw==1 :
# print('测试检测到 redis 中上一句 是 推荐句式')
# mylog.info('测试检测到 redis 中上一句 是 推荐句式\t keyname={}'.format(str(key_name)))
# return True
return False
def _deal_last_question(self, session_id_in):
last_question, last_answer, last_sentence_pattern_classification = _get_last_question(session_id_in)
classification = self._pattern_classification(last_question)
if classification == classification_name.query_product.value:
label2entities_cur_dict, words_timestap = self._get_entity_from_last_answer(last_answer)
# self._slots_maintain_class.update_slots(label2entities_cur_dict, session_id_in)
usermanager.get_user(session_id_in).update_slots(-1, **{usname.slots_answer.value: label2entities_cur_dict})
else:
pass
def action(self, sessionid_in):
str_in = self._usermanager.get_user(
sessionid_in).__dict__['str_synonym']
slots_instance = usermanager.get_user(
sessionid_in).get_instance_by_index(-1)
# chatRecordList = getQAPairs(sessionid_in + _key_only_question_jdpin_with, _answer_type)
last_question = slots_instance['question']
if last_question:
label2entities_cur_dict, words_timestap = self._pronoun_deal_class.get_entity_from_strs(
[str_in], dcname.alldomain.value)
label2entities_history_dict = self._pronoun_deal_class.get_label2entity_from_history(
sessionid_in, dcname.alldomain.value)
src_list = label2entities_history_dict.get(cname.domain.value)
dst_list = label2entities_cur_dict.get(cname.domain.value)
if src_list and dst_list:
# cur_question_rewrite = last_question.replace(src_list[-1], dst_list[-1])
self._usermanager.update(sessionid_in,
str_synonym=last_question)
return [src_list[-1]] if src_list else [], {
cname.domain.value: [dst_list[-1]] if dst_list else []
}
else:
pass
else:
print('inherit_from_last_sentence 上文中沒有繼承到任何句子')
last_question = ''
return [], {}
def judge_interaction(self, sessionid_in, label2entities_cur_dict_in,
str_in):
#todo 添加 领域判断
user_cur = usermanager.get_user(sessionid_in)
# last_question, last_answer,last_sentence_pattern_classification = _get_last_question(sessionid_in)
last_question, last_answer, last_sentence_pattern_classification = _get_last_question_info(
sessionid_in, flag_preprocess='question')
last_label2entities_cur_dict, last_words_timestap = self._get_entity_from_strs(
[last_question], user_cur['domain_classification'])
mylog.info('last_question\t{}'.format(str(last_question)))
mylog.info(
'last_label2entities_cur_dict[cname.domain.value\t{}'.format(
str(last_label2entities_cur_dict[cname.domain.value])))
mylog.info('label2entities_cur_dict_in[cname.domain.value\t{}'.format(
str(label2entities_cur_dict_in[cname.domain.value])))
mylog.info('sentence_pattern_classification\t{}'.format(
str(user_cur['sentence_pattern_classification'])))
if len(last_label2entities_cur_dict[cname.domain.value]) > 1 and not label2entities_cur_dict_in['domain'] and \
user_cur['sentence_pattern_classification'] in self._sentence_classifications_needed:
mylog.info('LastQuestionMultiProductInteracton return True')
return True
else:
return False
def deal_interaction(self, sessionid_in, label2entities_cur_dict_in,
str_in):
user_cur = usermanager.get_user(sessionid_in)
domain_classification = user_cur['domain_classification']
product_names = self._entity_class.get_domain2intent2std2sim_dict[
domain_classification][cname.domain.value]
product2str_dict = [{
_tmp_for_show_str.get(product_iter, product_iter):
product_iter + str_in
} for product_iter in product_names]
return 1, _default_name_abbrev, product2str_dict
def action(self, sessionid_in):
str_in = usermanager.get_user(sessionid_in).__dict__['str_synonym']
domain_classification = usermanager.get_user(
sessionid_in).__dict__['domain_classification']
slots_dict = collections.defaultdict(list)
for index_iter in self._indexes:
slots_instance = usermanager.get_user(
sessionid_in).get_slots_by_index(domain_classification,
index_iter)
for k, v in slots_instance.items():
if v:
slots_dict[k].append(v)
if cname.domain.value in slots_dict:
slots_dict.pop(cname.domain.value)
slots_dict_only_one = collections.defaultdict(list)
for k, v in slots_dict.items():
if v:
slots_dict_only_one[k] = v[0]
else:
slots_dict_only_one[k] = []
return [], slots_dict_only_one
def _deal_interaction(sessionid_in, strs_get_entity_from, str_cur):
user_cur = usermanager.get_user(sessionid_in)
last_label2entities_cur_dict, last_words_timestap = _get_entity_from_strs(
strs_get_entity_from, user_cur['domain_classification'])
abbrev2std_list = list()
for entity_iter in last_label2entities_cur_dict[cname.domain.value]:
str_iter = entity_iter + str_cur
# todo 暂时，为了显示
# abbrev2std_list.append({entity_iter: str_iter})
abbrev2std_list.append(
{_tmp_for_show_str.get(entity_iter, entity_iter): str_iter})
# mylog.info('获取到的abbrev2std_list\t{}'.format(str(abbrev2std_list)))
return abbrev2std_list
def _get_last_question(sessionid_in):
jdpin_id = usermanager.get_user(sessionid_in)['jdpin_id']
instance = usermanager.get_user(sessionid_in).get_instance_by_index(-1)
last_sentence_pattern_classification = ''
if instance:
last_question = instance.question
last_sentence_pattern_classification = instance.sentence_pattern_classification
# print('last_question==>',last_question)
chatRecordList = getQAPairs(jdpin_id)
if chatRecordList:
last_answer = chatRecordList[-1].answer
last_question = chatRecordList[-1].question
usermanager.get_user(sessionid_in).update_slots(
-1, **{'answer': last_answer})
# mylog.info('获取 上一轮 question\t{}\n，answer\t{}\n 从 redis'.format(str(last_question),str(last_answer)))
# mylog.info('redis中5轮问题 开始')
# for chatrecord_iter in chatRecordList:
# question_iter=chatrecord_iter.question
# answer_iter=chatrecord_iter.answer
# mylog.info('redis 迭代 question\t{}\t\tanswer\t{}'.format(question_iter,answer_iter))
# mylog.info('redis中5轮问题 开始')
else:
mylog.info(
'_get_last_question 获取到instance，但是没有chatRecordList，last_question={}'
.format(last_question))
last_answer = ''
else:
mylog.info('_get_last_question 没有获取到instance')
last_question, last_answer = '', ''
mylog.info(
'从redis获取到的last_question\t{},\n last_answer\t{},\nlast_sentence_pattern_classification\t{}'
.format(last_question, last_answer,
last_sentence_pattern_classification))
return last_question, last_answer, last_sentence_pattern_classification
def _classification_sentence_pattern(self, sessionid_in,str_in):
user_cur=usermanager.get_user(sessionid_in)
classification = self._pattern_classification(str_in)
if classification == classification_name.bottom_no_inherit.value:
str_synonym, _ = self._preprocess_class.process(str_in)
classification = self._pattern_classification(str_synonym)
if _environ=='online':
sentence_pattern_classification_from_kg = _get_sentence_pattern_from_kg(sessionid_in, user_cur['str_raw'])
if sentence_pattern_classification_from_kg:
# user_cur['sentence_pattern_classification'] = sentence_pattern_classification_from_kg
classification=sentence_pattern_classification_from_kg
else:
pass
return classification
def _get_sentence_pattern_from_kg(sessionid_in, str_in):
jdpin = usermanager.get_user(sessionid_in)['jdpin_id']
status, result = request_post_kg(str_in, jdpin)
sentence_pattern_classification_recommend = ''
if status == 1:
if _key_kg_sentence_classificiation in result:
sentence_pattern_classification = result[_key_kg_sentence_classificiation]
if sentence_pattern_classification == _value_kg_sentence_classificiation_recommendation:
mylog.info('从图谱中获取句式\t{}'.format(sentence_pattern_classification))
sentence_pattern_classification_recommend = pcname.query_product.value
else:
pass
else:
pass
return sentence_pattern_classification_recommend
def deal_interaction(self, sessionid_in, label2entities_cur_dict_in,
str_in):
user_cur = usermanager.get_user(sessionid_in)
last_question, last_answer, last_sentence_pattern_classification = _get_last_question(
sessionid_in)
jdpin_id = user_cur['jdpin_id']
last_answer_rewrite, _ = self._preprocess_class.process(last_answer)
mylog.info(
'jdpin\t{}\t获取到的last_question\t{},\n last_answer{}\t'.format(
str(jdpin_id), str(last_question), str(last_answer_rewrite)))
abbrev2std_list = _deal_interaction(sessionid_in,
[last_answer_rewrite], str_in)
if abbrev2std_list:
mylog.info('deal_interaction:\t{}'.format(
str(last_answer_rewrite)))
return 1, _default_name_abbrev, abbrev2std_list
else:
return 0, '', []
def judge_interaction(self, sessionid_in, label2entities_cur_dict_in,
str_in):
user_cur = usermanager.get_user(sessionid_in)
#{'dst_word_to_fufill':dst_word_to_fufill,'label2entities_cur_dict':label2entities_cur_dict})
dst_word_to_fufill = user_cur['dst_word_to_fufill']
label2entities_cur_dict = user_cur['label2entities_cur_dict']
str_synonym_cut = user_cur['str_synonym_cut']
str_raw_cut = user_cur['str_raw_cut']
domain_classification = user_cur['domain_classification']
intent_num = 0
if cname.property.value in dst_word_to_fufill:
intent_num += len(dst_word_to_fufill[cname.property.value])
if cname.domain.value in dst_word_to_fufill:
intent_num += len(dst_word_to_fufill[cname.domain.value])
if cname.property.value in label2entities_cur_dict:
intent_num += len(label2entities_cur_dict[cname.property.value])
if cname.domain.value in label2entities_cur_dict:
intent_num += len(label2entities_cur_dict[cname.domain.value])
if intent_num == 1 and len(
str_raw_cut
) == 1 and domain_classification in self._domain_areas:
return True
else:
return False
def get_label2entity_from_history(self, sessionid_in, domain_classification_in):
"""从历史数据中获取 label 对应的 实体词"""
return usermanager.get_user(sessionid_in).get_slots_by_field(domain_classification_in)