def btn_clicked(self):
# QMessageBox.about(self, "message","clicked")
SearchClient.select_in(serches)
self.close()
self.myWindow3 = MyWindow3()
self.myWindow3.set_id(self.id)
self.myWindow3.show()
def btn_clicked(self):
self.id=self.lineEdit.text()
self.pw=self.lineEdit_2.text()
try:
recv_data=SearchClient.send_DBinfo(serches,self.id,self.pw)
except:
QMessageBox.about(self, "message","로그인중 에러가 발생하였습니다. 다시 시도해주세요")
return
if recv_data==True:
# QMessageBox.about(self, "login","로그인 중 ....")
# try:
self.label_3.setText("<span style=' font-size:18pt; font-weight:600; color:#005500;'>로그인 중......</span>")
self.label.repaint()
SearchClient.set_TXset(serches)
SearchClient.send_TXset(serches)
# except:
# self.label_3.setText("")
# self.label.repaint()
# SearchClient.Initialize_DB(serches)
# QMessageBox.about(self, "warning","로그인 정보 전송중 오류가 발생하였습니다.")
# return
self.close()
self.myWindow2 = MyWindow2()
self.myWindow2.set_id(self.id)
self.myWindow2.show()
else:
QMessageBox.about(self, "message","아이디 또는 비밀번호가 일치하지않습니다.")
def __init__(self):
super().__init__()
self.show()
self.setupUi(self)
self.pushButton.clicked.connect(self.btn_clicked)
self.pushButton_2.clicked.connect(self.exit_clicked)
self.id=""
self.pw=""
SearchClient.connectServer(serches)
def btn_clicked2(self):
# QMessageBox.about(self, "message","clicked")
# self.close()
try:
SearchClient.insert_in(serches)
self.myWindow4 = MyWindow4()
self.myWindow4.show()
print("ss2")
except:
print("ss")
def FileUpload(self):
open_file = QFileDialog.getOpenFileName(self, 'Open file', "",
"All Files(*);; txt File(*.txt)")
print("뭐가안맞아")
list_n=open_file[0].split('/')
file_name=list_n[-1]
if open_file[0]:
# f = open(open_file[0], 'r')
# file_content = f.read()
# file_keyword=re.split("[, !?:;]+",file_content)
SearchClient.file_insert(serches,file_name,open_file[0])
self.close()
else:
QMessageBox.about(self, "Warning", "파일을 선택하지 않았습니다.")
def down_clicked(self):
try:
check_num=0
check_num=SearchClient.down_file(serches)
if check_num==0:
QMessageBox.about(self, "Warning", "다운 받을 파일이 없습니다")
except:
QMessageBox.about(self, "message","다운로드 에러입니다 재다운로드 하거나 재검색 해주세요")
def init_es():
if sys.platform == 'darwin':
host, port = config.get_es_local()
else:
# host, port = config.get_es_config()
host, port = config.get_es_config_2()
return SearchClient(Elasticsearch([{'host': host, 'port': port}]))
class RuleBasedExtractor(object):
def __init__(self):
self.db = dbcon.connect_torndb()
self.mongo = dbcon.connect_mongo()
self.client = SearchClient()
def replace(self):
for replacement in self.mongo.keywords.replacement.find({'active': 'Y'}):
source = replacement.get('source')
replaces = replacement.get('replacement')
if len(replaces) > 1 and dbutil.get_tag_info(self.db, source, 'type') >= 11010:
for c in reduce(lambda x, y: x & y,
[set(dbutil.get_company_from_tag(self.db, replace)) for replace in replaces]):
dbutil.update_company_tag(self.db, c, source, 1.503, 'P')
def infer_hierarchically(self):
global logger_tag
for t2 in dbutil.get_sectored_tags(self.db, 2):
t3s = dbutil.get_tags_by_relation(self.db, t2.id, 54041)
if t3s:
check_point = datetime.now() - timedelta(hours=2)
t1s = dbutil.get_hypernym_tags(self.db, t2.id, 1)
hierachicals = (set(dbutil.get_company_from_tags(self.db, list(t3s))) &
set(dbutil.get_company_from_tags(self.db, t1s)))
if len(hierachicals) > 2500:
dbutil.clear_company_common_tag(self.db, t2.id, check_point)
logger_tag.exception('Hierachical cross threshold, %s, %s' % (t2.name, len(hierachicals)))
else:
for c in hierachicals:
dbutil.update_company_tag(self.db, c, t2.id, 1.504, 'P')
dbutil.clear_company_common_tag(self.db, t2.id, check_point)
logger_tag.info('Hierachically processed %s' % t2.name)
def infer_rules(self):
global logger_tag
for t in dbutil.get_ruled_tags(self.db):
logger_tag.info('Processing rule for %s' % t.name)
try:
rule = t.rule.replace(u'，', u',').replace(u'（', u'(').replace(u'）', u')').replace(u' ', u'').lower()
rule = generate_rule_based_query(rule)
if rule:
codes = self.client.search('topic', query=rule).get('company', {}).get('data', [])
if len(codes) > 2000:
logger_tag.exception('To many results, %s, %s' % (t.name, len(codes)))
else:
logger_tag.info('%s processed' % t.name)
for code in codes:
cid = dbutil.get_id_from_code(self.db, code)
if not dbutil.exist_company_tag(self.db, cid, t.id):
dbutil.update_company_tag(self.db, cid, t.id, 1.505)
except Exception, e:
logger_tag.exception('Fail to process tag rules %s, due to %s' % (t.name, e))
def test():
global logger_industry
db = dbcon.connect_torndb()
client = SearchClient()
logger_industry.info('Model inited, start to update company oriented topics')
idid = 732
industry = Industry(idid)
industry.fit_company(client)
industry.fit_comps()
industry.fit_tag()
industry.fit_news()
dbutil.update_industry_last_message_time(db, idid)
db.close()
def before_request():
if sys.platform == 'darwin':
host, port = config.get_es_local()
else:
host, port = config.get_es_config()
es_client = Elasticsearch([{'host': host, 'port': port}])
g.db = dbcon.connect_torndb()
g.mongo = dbcon.connect_mongo()
g.amacsc = AMACClient(es_client)
g.usc = UniversalSearchClient(es_client)
g.dsc = DealSearchClient(es_client, False)
g.nsc = NewsSearchClient(es_client)
g.rsc = ReportSearchClient(es_client)
g.isc = InteriorSearchClient(es_client)
g.dtsc = DigitalTokenSearchClient(es_client)
g.sc = SearchClient(es_client)
g.logger = dbcon.connect_mongo().log.search
def update_industries():
global logger_industry
logger_industry.info('Start to process industries')
while True:
db = dbcon.connect_torndb()
client = SearchClient()
logger_industry.info('Model inited, start to update industries')
for idid, _ in dbutil.get_industries(db):
try:
logger_industry.info('Processing %s' % idid)
industry = Industry(idid)
industry.fit_company(client)
industry.fit_comps()
industry.fit_tag()
industry.fit_news()
dbutil.update_industry_last_message_time(db, idid)
except Exception, e:
logger_industry.exception('%s failed, %s' % (idid, e))
db.close()
time.sleep(1800)
def btn_clicked(self):
i=0
# if self.check_num !=0:
SearchClient.loop_check(serches)
self.listWidget.clear()
try:
print("kwon1")
SearchClient.input_keyword(serches,self.plainTextEdit.toPlainText())
print("kwon2")
SearchClient.startwork(serches)
print("kwon3")
SearchClient.getIds(serches)
print("kwon4")
SearchClient.send_fileid(serches)
print("kwon5")
files=SearchClient.get_file(serches)
print("kwon16")
while i<len(files):
self.listWidget.addItem(files[i])
i=i+1
print("kwon122")
self.check_num=self.check_num+1
SearchClient.select_send(serches)
print("kwon1226")
except:
QMessageBox.about(self, "message","검색중 에러가 발생하였습니다 다시 검색해주세요")
SearchClient.loop_check(serches)
class UniversalSearchClient(object):
global logger_universal
logger = logger_universal
general_client = SearchClient()
mongo = dbcon.connect_mongo()
db = dbcon.connect_torndb()
def __init__(self, es=None):
if not es:
host, port = tsbconfig.get_es_config()
self.es = Elasticsearch([{'host': host, 'port': port}])
else:
self.es = es
self.max_result_size = 1000
def search(self, type, **kwargs):
self.logger.info('Query: %s' % (str(kwargs)))
return {
'general': self.__search_universal,
'combined': self.__search_combined,
'investor': self.__search_investor,
'industry': self.__search_industry,
'topic': self.__search_topic,
'ranklist': self.__search_ranklist,
'event': self.__search_event,
'completion': self.__search_completion
}[type](**kwargs)
def __search_completion(self, **kwargs):
kv = dict(**kwargs)
key, field = kv.get('key'), kv.get('field')
# ranking benchmark
rank_key = lambda x: x.get('ranking_score', 0.01)
# query, diff with field
if field:
query = templates.get_field_completion(key, field)
hits = self.es.search(index="xiniudata2", doc_type="completion", body={"query": query, "size": 20})
results = {
field: FrozenLenList(10)
}
else:
query = templates.get_completion(key)
# self.logger.info(query)
hits = self.es.search(index="xiniudata2", doc_type="completion", body={"query": query, "size": 100})
results = {
'name': FrozenLenList(8),
'keyword': SortedFixLenList(3, rank_key),
'location': FrozenLenList(1),
'investor': SortedFixLenList(2, rank_key),
'industry': FrozenLenList(1)
}
# result success check
if ('error' in hits) or hits.get('time_out'):
return {'status': 'failed'}
hits = hits['hits']['hits']
if len(hits) == 0 or (not hits):
return {'status': 'empty'}
# results ranking and format
hits = map(lambda x: x['_source'], filter(lambda item: '_source' in item, hits))
for hit in hits:
# self.logger.info(hit)
prompt = hit.get('_prompt') or 'name'
results[prompt].append(hit)
return results
def __search_combined(self, **kwargs):
query = dict(kwargs)
results = {'relevant': []}
companies = self.__search_universal(**query)
results['company'] = companies.get('company', {})
results['investor'] = self.__search_investor(**query).get('investor', {})
industris = self.general_client.search('completion', key=query.get('input', ''),
field='industry').get('industry', [])
industris = map(lambda x: {'name': x.get('_name'), 'code': x.get('_code'), 'id': x.get('id')[8:]}, industris)
for ind in companies.get('industry', []):
if ind.get('id') in [industry.get('id') for industry in industris]:
continue
else:
industris.append(ind)
results['industry'] = industris
return results
def __search_universal(self, **kwargs):
query = dict(kwargs)
start = query.get('start', 0)
size = min(query.get('size', 10), self.max_result_size)
highlight = query.get('highlight', False)
sort = query.get('sort', 76001)
order = query.get('order', 'default')
# query preparation
general_query = UniversalQuery(query.get('input'), query.get('filter'))
es_query = general_query.generate_query()
intent = general_query.get_intent()
self.logger.info('ES Query Generated, intent %s' % intent)
# fast hint
if not intent == 'tag':
fast_hint = self.__fast_hint(query, highlight, intent)
if fast_hint:
self.logger.info('Fast hint')
return fast_hint
# rethink sort function
if sort == 76001 and intent == 'general':
sort = 0
order = 'desc'
# logger_universal.info('sort %s, order %s' % (sort, order))
hits = self.es.search(index='xiniudata2', doc_type='universal',
body={"query": es_query, "sort": self.__generate_sort_search(sort, order),
"from": start, "size": size, "highlight": self.__generate_highlight_search()})
count = hits['hits'].get('total', 0)
hits = self.__organize(hits, highlight)
self.logger.info('Result ready')
return {"company": {"count": count, "data": hits}}
def __search_investor(self, **kwargs):
global max_size
query = dict(kwargs)
start = query.get('start', 0)
size = min(query.get('size', 10), self.max_result_size)
sort = query.get('sort', 76001)
order = query.get('order', 'default')
investor_query = InvestorQuery(query.get('input'), query.get('filter'))
es_query = investor_query.generate_query()
if sort == 76001 and (investor_query.get_intent() == 'tag' or query.get('filter', {}).get('tag')):
sort = 76008
nested_tag = investor_query.get_tag() if sort == 76008 else None
self.logger.info('ES, %s' % es_query)
self.logger.info('Sort, %s' % self.__generate_sort_search(sort, order, nested_tag))
hits = self.es.search(index='xiniudata2', doc_type='investor',
body={"query": es_query, "sort": self.__generate_sort_search(sort, order, nested_tag),
"from": start, "size": size})
count = hits['hits'].get('total', 0)
hits = self.__organize(hits)
self.logger.info('Result ready, %s' % str(hits))
return {"investor": {"count": count, "data": hits}}
def __search_industry(self, **kwargs):
query = dict(kwargs)
start = query.get('start', 0)
size = min(query.get('size', 10), self.max_result_size)
sort = query.get('sort', 1)
order = query.get('order', 'default')
idid = query.get('industry', 0)
general_query = UniversalQuery(query.get('input'), query.get('filter'), {'industry': query.get('industry')})
es_query = general_query.generate_query()
logger_universal.info('ES %s, industry %s' % (es_query, idid))
hits = self.es.search(index='xiniudata2', doc_type='universal',
body={"query": es_query, "sort": self.__generate_sort_search(sort, order, idid),
"from": start, "size": size})
count = hits['hits'].get('total', 0)
hits = self.__organize(hits)
self.logger.info('Result ready')
sector_filters = self.__get_sector_filter(idid, 'industry')
return {"company": {"count": count, "data": hits, 'sectors': sector_filters}}
def __search_topic(self, **kwargs):
query = dict(kwargs)
start = query.get('start', 0)
size = min(query.get('size', 10), self.max_result_size)
sort = query.get('sort', 76001)
order = query.get('order', 'default')
tpid = query.get('topic', 0)
if sort == 76001:
sort = 76020
general_query = UniversalQuery(query.get('input'), query.get('filter'), {'topic': query.get('topic')})
es_query = general_query.generate_query()
logger_universal.info('ES %s, topic %s' % (es_query, tpid))
hits = self.es.search(index='xiniudata2', doc_type='universal',
body={"query": es_query, "sort": self.__generate_sort_search(sort, order, tpid),
"from": start, "size": size})
count = hits['hits'].get('total', 0)
hits = self.__organize(hits)
self.logger.info('Result ready')
sector_filters = self.__get_sector_filter(tpid, 'topic')
return {"company": {"count": count, "data": hits, 'sectors': sector_filters}}
def __search_ranklist(self, **kwargs):
query = dict(kwargs)
start = query.get('start', 0)
size = min(query.get('size', 10), self.max_result_size)
sort = query.get('sort', 76001)
order = query.get('order', 'default')
tag = query.get('filter', {}).get('tag')
if not tag:
return {"company": {"count": 0, "data": [], 'sectors': []}}
tag = tag[0]
tid = dbutil.get_tag_id(self.db, tag)[0]
general_query = UniversalQuery(query.get('input'), query.get('filter'))
es_query = general_query.generate_query()
logger_universal.info('ES %s, topic %s' % (es_query, tag))
hits = self.es.search(index='xiniudata2', doc_type='universal',
body={"query": es_query, "sort": self.__generate_sort_search(sort, order, tid),
"from": start, "size": size})
count = hits['hits'].get('total', 0)
hits = self.__organize(hits)
self.logger.info('Result ready')
sector_filters = self.__get_sector_filter(tag, 'tag')
return {"company": {"count": count, "data": hits, 'sectors': sector_filters}}
def __search_event(self, **kwargs):
query = dict(kwargs)
start = query.get('start', 0)
size = min(query.get('size', 10), self.max_result_size)
sort = query.get('sort', 1)
order = query.get('order', 'default')
# sector filter needed
if query.get('filter', {}).get('investor'):
investor = query.get('filter', {}).get('investor')
if investor:
investor = investor[0]
sector_filters = self.__get_sector_filter(investor, 'investor')
else:
sector_filters = []
else:
sector_filters = []
event_query = EventQuery(query.get('filter'))
es_query = event_query.generate_query()
self.logger.info('ES, %s' % es_query)
hits = self.es.search(index='xiniudata2', doc_type='event',
body={"query": es_query, "sort": self.__generate_sort_search(sort, order),
"from": start, "size": size})
count = hits['hits'].get('total', 0)
hits = self.__organize(hits)
self.logger.info('Result ready, %s' % str(hits))
return {"funding": {"count": count, "data": hits, "sectors": sector_filters}}
def __get_sector_filter(self, source, ftype):
sector_filters = self.mongo.keywords.sector_filters.find_one({'source': source, 'filter_type': ftype})
sector_filters = sector_filters.get('sectors', []) if sector_filters else []
sector_filters = [dbutil.get_tag_name(self.db, tid) for tid in sector_filters]
return sector_filters
def __fast_hint(self, query, highlight=False, intent='default'):
if self.__exist_filter(query.get('filter', {})):
return False
if isinstance(query.get('input'), str) or isinstance(query.get('input'), unicode):
key = query.get('input').strip().lower()
if intent == 'tag':
return False
# 有限公司
if u'有限公司' in key:
codes = self.general_client.search('completion', key=key, field='name')
if codes and codes.get('name', False) and 0 < len(codes.get('name')) < 5:
if highlight:
highlight_field = lambda x: 'name' if x else 'alias'
codes = [{'id': item.get('_code'), 'highlight': highlight_field(key == item.get('_name'))}
for item in codes.get('name')]
else:
codes = list(set([item.get('_code') for item in codes.get('name')]))
industries = self.__find_industry(codes)
return {"company": {"count": len(codes), "data": codes}, "filter": {"tag": []}, "relate": [],
"industry": industries}
# complete result count equal to 1 or 2
else:
completion = self.general_client.search('completion', key=key, field='name')
if 0 < len(completion.get('name', [])) < 3:
if highlight:
highlight_field = lambda x: 'name' if x else 'alias'
codes = [{'id': item.get('_code'), 'highlight': highlight_field(key == item.get('_name'))}
for item in completion.get('name')]
else:
codes = list(set([item.get('_code') for item in completion.get('name')]))
industries = self.__find_industry(codes)
return {"company": {"count": len(codes), "data": codes},
"filter": {"tag": []}, "relate": [], 'collection_preservable': False,
"industry": industries}
return False
def __find_industry(self, codes):
cids = [dbutil.get_id_from_code(self.db, code) for code in codes]
idids = [ind.industryId for ind in dbutil.get_company_industries(self.db, cids, True)]
inds = [dbutil.get_industry_info(self.db, idid) for idid in idids]
return [{"id": ind.id, "code": ind.code, "name": ind.name} for ind in inds
if (ind.active is None or ind.active == 'Y')]
def __organize(self, hits, highlight=False):
if ('error' in hits) or hits.get('time_out'):
return {'status': 'failed'}
if len(hits['hits']['hits']) == 0 or (not hits['hits']['hits']):
return []
hits = hits['hits']['hits']
if highlight:
return [{"id": result['_id'], "highlight": self.__highlight_sort(result.get('highlight', {}).keys())}
for result in hits]
else:
return [result['_id'] for result in hits]
def __generate_sort_search(self, sort=0, order='default', nested_value=None):
if sort == 76001:
if order == 'default' or order == 'desc':
return [{"ranking_score": {"order": "desc", "missing": "_last"}}]
return [{"ranking_score": {"order": "asc", "missing": "_last"}}]
elif sort == 76002:
if order == 'default' or order == 'desc':
return [{"sort_sector": {"order": "desc", "missing": "_last"}}]
return [{"sort_sector": {"order": "asc", "missing": "_last"}}]
elif sort == 76003:
if order == 'default' or order == 'desc':
return [{"sort_location": {"order": "desc", "missing": "_last"}}]
return [{"sort_location": {"order": "asc", "missing": "_last"}}]
elif sort == 76004:
if order == 'default' or order == 'desc':
return [{"last_funding_date": {"order": "desc", "missing": "_last"}}]
return [{"last_funding_date": {"order": "asc", "missing": "_last"}}]
elif sort == 76005:
if order == 'asc' or order == 'default':
return [{"sort_round": {"order": "asc", "missing": "_last"}}]
return [{"sort_round": {"order": "desc", "missing": "_last"}}]
elif sort == 76006:
if order == 'default' or order == 'desc':
return [{"last_funding_amount": {"order": "desc", "missing": "_last"}}]
return [{"last_funding_amount": {"order": "asc", "missing": "_last"}}]
elif sort == 76007:
if order == 'default' or order == 'desc':
return [{"established": {"order": "desc", "missing": "_last"}}]
return [{"established": {"order": "asc", "missing": "_last"}}]
elif sort == 76008:
if order == 'default' or order == 'desc':
return [{'investor_tag.confidence': {"order": "desc",
"missing": "_last",
"nested_path": "investor_tag",
"nested_filter": {
"term": {"investor_tag.tag": nested_value}
}}}]
return [{'investor_tag.confidence': {"order": "asc",
"missing": "_last",
"nested_path": "investor_tag",
"nested_filter": {
"term": {"investor_tag.tag": nested_value}
}}}]
elif sort == 76009:
if order == 'default' or order == 'desc':
return [{"portfolio_number_annual": {"order": "desc", "missing": "_last"}}]
return [{"portfolio_number_annual": {"order": "asc", "missing": "_last"}}]
elif sort == 76010:
if order == 'default' or order == 'desc':
return [{"portfolio_number": {"order": "desc", "missing": "_last"}}]
return [{"portfolio_number": {"order": "asc", "missing": "_last"}}]
elif sort == 76020:
if order == 'default' or order == 'desc':
return [{'nested_tag.published': {"order": "desc",
"missing": "_last",
"nested_path": "nested_tag",
"nested_filter": {
"term": {"nested_tag.id": nested_value}
}}}]
return [{'nested_tag.published': {"order": "asc",
"missing": "_last",
"nested_path": "nested_tag",
"nested_filter": {
"term": {"nested_tag.id": nested_value}
}}}]
else:
return []
def __generate_highlight_search(self):
return {
"fields": {
"name": {},
"alias": {},
"tags": {},
"investors": {},
"members": {},
"description": {}
}
}
def __exist_filter(self, f):
for k, v in f.items():
if v:
return True
return False
def __highlight_sort(self, highlights):
if not highlights:
return 'name'
if 'name' in highlights:
return 'name'
if 'tags' in highlights:
return 'tags'
if 'investors' in highlights:
return 'investors'
if 'members' in highlights:
return 'members'
if 'alias' in highlights:
return 'alias'
if 'description' in highlights:
return 'description'
return highlights[0]
def __init__(self):
self.db = dbcon.connect_torndb()
self.mongo = dbcon.connect_mongo()
self.client = SearchClient()
def closeEvent(self, event):
SearchClient.insert_exit(serches)
self.deleteLater()
if __name__ == '__main__':
import json
import time
from client import SearchClient
sc = SearchClient('../conf')
# 1. Lexical query.
query1 = {'ana.lex': 'vbcvqr'}
query1 = sc.make_word_ana_query(query1)
print('query1 (words):', json.dumps(query1, ensure_ascii=False))
hits = sc.get_words(query1)
print('Results of query1:')
print(json.dumps(hits, ensure_ascii=False, indent=1))
# 2. Grammar query.
query2 = {'ana.gr.tense': 't7', 'ana.gr.pers': '2'}
query2 = sc.make_word_ana_query(query2)
print('query2 (words):', json.dumps(query2, ensure_ascii=False))
hits = sc.get_words(query2)
print('Results of query2:')
print(json.dumps(hits, ensure_ascii=False, indent=1))
# 3. Grammar query in sentences:
query2 = {'ana.gr.tense': 't7', 'ana.gr.pers': '2'}
query2 = sc.make_sent_ana_query(query2)
print('query2 (sentences):', json.dumps(query2, ensure_ascii=False))
hits = sc.get_sentences(query2)
print('Results of query2:')
print('Hits:', hits['hits']['total'], ', took: ', hits['took'], 'ms.')
def exit_clicked(self):
SearchClient.loop_check2(serches)
self.close()
def back_clicked(self):
SearchClient.back_check(serches)
self.close()
self.myWindow2 = MyWindow2()
self.myWindow2.set_id(self.id)
self.myWindow2.show()
import sys
from PyQt5.QtWidgets import *
from PyQt5 import uic
import time
from client import SearchClient
import re
form_class=uic.loadUiType("./ui/login.ui")[0]
form_class2=uic.loadUiType("./ui/scan_ready.ui")[0]
form_class3=uic.loadUiType("./ui/scan.ui")[0]
# form_class4=uic.loadUiType("./ui/insert.ui")[0]
serches=SearchClient()
class MyWindow(QMainWindow,form_class):
def __init__(self):
super().__init__()
self.show()
self.setupUi(self)
self.pushButton.clicked.connect(self.btn_clicked)
self.pushButton_2.clicked.connect(self.exit_clicked)
self.id=""
self.pw=""
SearchClient.connectServer(serches)
def btn_clicked(self):
self.id=self.lineEdit.text()
self.pw=self.lineEdit_2.text()
try:
recv_data=SearchClient.send_DBinfo(serches,self.id,self.pw)
except:
QMessageBox.about(self, "message","로그인중 에러가 발생하였습니다. 다시 시도해주세요")
return
