def Talk(self, input_text, session_id, model, indri_score=0):
self.GetSdsServer(model)
empty = empty_pb2.Empty()
cML = self.sds_stub.GetCurrentModels(empty)
aML = self.sds_stub.GetAvailableModels(empty)
dp = sds_pb2.DialogueParam()
dp.model = model
dp.session_key = session_id
dp.user_initiative = True
OpenResult = self.sds_stub.Open(dp)
sq = sds_pb2.SdsQuery()
sq.model = dp.model
sq.session_key = dp.session_key
# sq.apply_indri_score = indri_score
sq.utter = input_text
intent = self.sds_stub.Understand(sq)
entities = sds_pb2.Entities()
entities.session_key = dp.session_key
entities.model = dp.model
print '<intent>', intent
print("[ENTITIES]: {}".format(entities))
sds_utter = self.sds_stub.Generate(entities) # 권장
#print(sds_utter)
confidence = sds_utter.confidence
skill = json_format.MessageToDict(intent).get('filledEntities')
if skill:
skill = skill.get('skill')
if sds_utter.finished == True:
self.sds_stub.Close(dp)
#return sds_utter.response.replace('\n', '')
res = {
"response": sds_utter.response.replace('\n', ''),
"intent": sds_utter.system_intent,
"intent_only": sds_utter.system_da_type,
"current_task": sds_utter.current_task,
"confidence": confidence,
"best_slu": intent.origin_best_slu,
"slots": intent.filled_entities,
"skill": skill,
"intent.filled_slots.items": intent.filled_entities.items()
}
print("--------------------------------------------------")
print("[TASK]: {}".format(res['current_task']))
print("[INTENT]: {}".format(res['intent_only']))
print("[SLOT]")
for i in res["intent.filled_slots.items"]:
print("{}: {}".format(i[0], i[1]))
print("[CONFIDENCE]: {}".format(res['confidence']))
print("[RESPONSE]: {}".format(res['response']))
print("[res]: {}".format(res))
print("--------------------------------------------------")
return res
def Close(self, req, context):
print 'Closing for ', req.session_id, req.agent_key
talk_stat = provider_pb2.TalkStat()
talk_stat.session_key = req.session_id
talk_stat.agent_key = req.agent_key
dp = sds_pb2.DialogueParam()
dp.session_key = req.session_id
self.sds_stub.Close(dp)
return talk_stat
def CloseTalk(self, session_id, skill):
dp = sds_pb2.DialogueParam()
dp.model = skill
dp.session_key = session_id
dp.user_initiative = True
try:
self.sds_stub.Close(dp)
print "Talk Closed"
except:
print "Talk Close:Fail"
def Talk(self, talk, context):
session_id = talk.session_id
empty = empty_pb2.Empty()
if not session_id in self.stat:
self.stat[session_id] = Stat()
local_stat = self.stat[session_id]
logging.debug('target server address: %s',
self.server_status.server_address)
## Opening AI_Manager_Start
dp = sds_pb2.DialogueParam()
dp.session_key = int(session_id)
logging.debug('session : %d', dp.session_key)
if talk.text.find('grammar') == 0:
local_stat.c_model = str(talk.text[-1])
dp.model = 'grammar' + local_stat.c_model
dp.user_initiative = False
print 'dp model : ', dp.model
logging.debug(dp)
OpenResult = self.sds_stub.Open(dp)
logging.debug('Open result : %s', OpenResult)
print OpenResult
talk_res = talk_pb2.TalkResponse()
if talk.text.lower() in ['end.', 'stop.', 'done.', 'skip.']:
self.sds_stub.Close(dp)
talk_res.text = "We are ending the service now. Bye" #문구 바꾸기
talk_res.state = provider_pb2.DIAG_CLOSED
return talk_res
sq = sds_pb2.SdsQuery()
sq.session_key = dp.session_key
sq.model = dp.model
sq.utter = talk.text.lower()
sq.apply_indri_score = 0
Dialog = self.sds_stub.Dialog(sq)
logging.debug('User_talk : %s', talk.text)
logging.debug('Dialog : %s', Dialog)
talk_res = talk_pb2.TalkResponse()
talk_res.text = Dialog.response
if Dialog.status == 'end': # 한 session 마무리 시 다음 session으로 이동
self.sds_stub.Close(dp)
print "domain is closed"
talk_res.text = "RESULT: Congratulations, You did it!!"
talk_res.state = provider_pb2.DIAG_CLOSED
return talk_res
def GetIntent(self, input_text, model):
self.GetSdsServer(model)
empty = empty_pb2.Empty()
cML = self.sds_stub.GetCurrentModels(empty)
aML = self.sds_stub.GetAvailableModels(empty)
dp = sds_pb2.DialogueParam()
dp.model = model
dp.session_key = 1234567898765432123
#dp.session_key = session_id
dp.user_initiative = True
OpenResult = self.sds_stub.Open(dp)
sq = sds_pb2.SdsQuery()
sq.model = dp.model
sq.session_key = dp.session_key
# sq.apply_indri_score = indri_score
sq.utter = input_text
intent = self.sds_stub.Understand(sq)
return intent.intent
def Talk(self, input_text, session_id, model, indri_score=0):
self.GetSdsServer(model)
empty = empty_pb2.Empty()
cML = self.sds_stub.GetCurrentModels(empty)
aML = self.sds_stub.GetAvailableModels(empty)
dp = sds_pb2.DialogueParam()
dp.model = model
dp.session_key = session_id
dp.user_initiative = True
print("-----------------------------------------")
print("[type]: %s" % (type(dp)))
print("[dp]: %s" % (dp))
print("-----------------------------------------")
OpenResult = self.sds_stub.Open(dp)
print("-----------------------------------------")
print("[type]: %s" % (type(OpenResult)))
print("[dp]: %s" % (OpenResult))
print("-----------------------------------------")
print("test1")
sq = sds_pb2.SdsQuery()
sq.model = dp.model
sq.session_key = dp.session_key
print("test2")
# sq.apply_indri_score = indri_score
print("test3")
sq.utter = input_text
print("test4")
intent = self.sds_stub.Understand(sq)
entities = sds_pb2.Entities()
entities.session_key = dp.session_key
entities.model = dp.model
print '<intent>', intent
sds_utter = self.sds_stub.Generate(entities)
print(sds_utter)
print '<intent.slu>', intent.origin_best_slu
print '<intent.intent>', intent.intent
print '<intent.filled_entities>', intent.filled_entities
print '<intent.filled_slots.items()>', intent.filled_entities.items()
confidence = sds_utter.confidence
skill = json_format.MessageToDict(intent).get('filledEntities')
if skill:
skill = skill.get('skill')
if sds_utter.finished == True:
self.sds_stub.Close(dp)
#return sds_utter.response.replace('\n', '')
return {
"response": sds_utter.response.replace('\n', ''),
"intent": sds_utter.system_intent,
"confidence": confidence,
"best_slu": intent.origin_best_slu,
"slots": intent.filled_entities,
"skill": skill,
"intent.filled_slots.items": intent.filled_entities.items()
}
def serve():
sds_channel = grpc.insecure_channel('0.0.0.0:9860')
resolver_stub = resolver_pb2.SdsServiceResolverStub(sds_channel)
#print sds_channel
print 'resolver_stub', resolver_stub
MG = resolver_pb2.ModelGroup()
MG.name = 'test_kor'
MG.lang = 0
MG.is_external = True
print MG
resolver_stub.CreateModelGroup(MG)
M = resolver_pb2.Model()
M.lang = 0
M.is_external = True
MP = resolver_pb2.ModelParam()
MP.lang = 0
MP.group_name = 'test_kor'
MP.is_external = True
print MP
ML = resolver_pb2.ModelList()
model_name_list = ['base', 'AI_Agent']
for mn in model_name_list:
M.name = mn
MP.model_name = mn
M = ML.models.add()
resolver_stub.LinkModel(MP)
ss = resolver_stub.Find(MG)
print ss
sds_stub = sds_pb2.SpokenDialogServiceStub(
grpc.insecure_channel(ss.server_address))
print sds_stub
time.sleep(20)
empty = empty_pb2.Empty()
time.sleep(20)
cML = sds_stub.GetCurrentModels(empty)
print 'cML'
print cML
aML = sds_stub.GetAvailableModels(empty)
print 'aML'
print aML
pong = sds_stub.Ping(MG)
print pong
dp = sds_pb2.DialogueParam()
dp.model = 'AI_Agent'
dp.session_key = 0
dp.user_initiative = False
OpenResult = sds_stub.Open(dp)
print OpenResult
sq = sds_pb2.SdsQuery()
sq.model = dp.model
sq.session_key = dp.session_key
sq.apply_indri_score = 0
sq.utter = '안녕'
Intent = sds_stub.Understand(sq)
print Intent
Entity = sds_pb2.Entities()
Entity.session_key = dp.session_key
Entity.model = dp.model
sds_utter = sds_stub.GenerateEntities(Entity)
print sds_utter
print sds_utter.response
'''
def serve():
parser = argparse.ArgumentParser(description='dialExternalDB Test')
parser.add_argument('-e',
'--endpoint',
nargs='?',
dest='endpoint',
required=True,
type=str,
help='server to access SDS')
args = parser.parse_args()
sds_stub = sds_pb2.SpokenDialogServiceStub(
grpc.insecure_channel(args.endpoint))
empty = empty_pb2.Empty()
print "<Model List>"
modelList = sds_stub.GetCurrentModels(empty)
for ml in modelList.models:
print str(ml)
print "select model"
model = raw_input()
session_id = 1
print "Session ID : " + str(session_id)
print "Model : " + str(model)
# Create OpenParam & set session_key
dp = sds_pb2.DialogueParam()
dp.session_key = session_id
dp.model = model
# Dialog Open
sdsSession = sds_stub.Open(dp)
print "open success"
sdsUser = sds_pb2.SdsQuery()
sdsUser.session_key = 1
sdsUser.model = model
print("Hello!")
user_utter = "hi"
while (user_utter != "exit"):
sdsUser.utter = user_utter
sa = sds_stub.Understand(sdsUser)
entities = sds_pb2.Entities()
entities.session_key = 1
entities.model = model
sdsResponse = sds_stub.GenerateEntities(entities)
if (not sdsResponse.response):
break
print "[System] " + sdsResponse.response
user_utter = raw_input("[User] ")
sds_stub.Close(dp)
print("SDS is closed")
def Talk(self, talk, context):
session_id = talk.session_id
empty = empty_pb2.Empty()
if not session_id in self.stat:
self.stat[session_id] = Stat()
local_stat = self.stat[session_id]
logging.debug('target server address: %s',
self.server_status.server_address)
## Opening AI_Manager_Start
dp = sds_pb2.DialogueParam()
dp.session_key = int(session_id)
logging.debug('session : %d', dp.session_key)
print dp.session_key, 'talk.text: ', talk.text
#print talk.text.find('lg_speaker_1_4_')
p = re.compile(_REQ_REX_LG_SPEAKER)
dp.model = str(talk.text)
m = p.match(talk.text)
if m:
self.lecture_turn = m.group(0)
self.lecture = m.group(1)
self.turn = m.group(2)
if self.lecture_turn in self.model_list:
local_stat.c_model = self.lecture_turn
dp.model = local_stat.c_model
print 'dp model : ', dp.model
logging.debug(dp)
OpenResult = self.sds_stub.Open(dp)
logging.debug('Open result : %s', OpenResult)
print 'openResult', OpenResult
talk_res = provider_pb2.TalkResponse()
if talk.text.lower() in [
'end.', 'stop.', 'done.', 'skip.', 'before', 'next',
'one lecture', 'two lecture', 'tree lecture'
]:
self.sds_stub.Close(dp)
talk_res.text = "We are ending the service now. Bye" # 문구 바꾸기
print 'talk_res.text', talk_res.text, talk.text.lower()
talk_res.state = provider_pb2.DIAG_CLOSED
return talk_res
sq = sds_pb2.SdsQuery()
sq.session_key = dp.session_key
sq.model = dp.model
sq.utter = talk.text.lower()
sq.apply_indri_score = 0
Dialog = self.sds_stub.Dialog(sq)
logging.debug('User_talk : %s', talk.text)
logging.debug('Dialog : %s', Dialog)
talk_res = provider_pb2.TalkResponse()
talk_res.text = Dialog.response
print 'talk_res.text', talk_res.text
print 'Dialog.status', Dialog.status
if Dialog.status == 'end': # 한 session 마무리 시 다음 session으로 이동
self.sds_stub.Close(dp)
print "domain is closed"
print 'self.turn_match', self.turn_match, 'turn', self.turn
print 'tm', self.turn_match[self.turn]
talk_res.text = self.lecture + self.turn_match[self.turn] + "qga"
talk_res.state = provider_pb2.DIAG_CLOSED
else:
talk_res.text = self.lecture + self.turn_match[self.turn] + "qwa"
return talk_res
def Talk(self,
input_text,
session_id,
model,
product_code="",
indri_score=0):
self.GetSdsServer(model)
empty = empty_pb2.Empty()
cML = self.sds_stub.GetCurrentModels(empty)
aML = self.sds_stub.GetAvailableModels(empty)
dp = sds_pb2.DialogueParam()
dp.model = model
#슬롯 값 지정하는 i
# get_slot = self.DBConnect("select session_name,phone,user_name,join_time,talk_time,insurance_contractor,insurance_insured,insurance_closeproduct,privacy_add1,privacy_add2,insurance_productname from hc_hh_1_score where phone = '" + phoneNum + "';")
# if product_code != "":
# dp.slots["product_code"] = product_code
# dp.slots["test"] = "하잉!"
#dp.slots["슬롯명"] = "슬롯값"
dp.session_key = session_id
dp.user_initiative = True
OpenResult = self.sds_stub.Open(dp)
sq = sds_pb2.SdsQuery()
sq.model = dp.model
sq.session_key = dp.session_key
# sq.apply_indri_score = indri_score
sq.utter = input_text
intent = self.sds_stub.Understand(sq)
entities = sds_pb2.Entities()
entities.session_key = dp.session_key
entities.model = dp.model
print '<intent>', intent
print("[ENTITIES]: {}".format(entities))
sds_utter = self.sds_stub.Generate(entities) # 권장
#print(sds_utter)
confidence = sds_utter.confidence
skill = json_format.MessageToDict(intent).get('filledEntities')
if skill:
skill = skill.get('skill')
if sds_utter.finished == True:
self.sds_stub.Close(dp)
#return sds_utter.response.replace('\n', '')
res = {
"response": sds_utter.response.replace('\n', ''),
"intent": sds_utter.system_intent,
"intent_only": sds_utter.system_da_type,
"current_task": sds_utter.current_task,
"confidence": confidence,
"best_slu": intent.origin_best_slu,
"slots": intent.filled_entities,
"skill": skill,
"intent.filled_slots.items": intent.filled_entities.items()
}
print("--------------------------------------------------")
print("[TASK]: {}".format(res['current_task']))
print("[INTENT]: {}".format(res['intent_only']))
print("[SLOT]")
for i in res["intent.filled_slots.items"]:
print("{}: {}".format(i[0], i[1]))
print("[EMPTY_SLOT]: {}".format(intent.empty_entities))
print("[CONFIDENCE]: {}".format(res['confidence']))
print("[RESPONSE]: {}".format(res['response']))
print("[res]: {}".format(res))
print("--------------------------------------------------")
return res
def serve():
parser = argparse.ArgumentParser(description='dialInternalDB Test')
parser.add_argument('-e',
'--endpoint',
nargs='?',
dest='endpoint',
required=True,
type=str,
help='server to access SDS')
args = parser.parse_args()
sds_stub = sds_pb2.SpokenDialogServiceInternalStub(
grpc.insecure_channel(args.endpoint))
empty = empty_pb2.Empty()
print "<Model List>"
modelList = sds_stub.GetCurrentModels(empty)
for ml in modelList.models:
print str(ml)
session_id = 1
name = raw_input("Choose a domain: ")
# Create DialogSessionKey & set session_key
dp = sds_pb2.DialogueParam()
dp.session_key = session_id
dp.model = name
# Dialog Open
OpenResult = sds_stub.Open(dp)
model = resolver_pb2.Model()
model.name = name
model.lang = 1
model.is_external = False
print(OpenResult.system_dialog)
sdsUser = sds_pb2.SdsQuery()
sdsUser.session_key = 1
sdsUser.model = name
user_utter = raw_input("[User] ")
sdsUser.utter = user_utter
Dialog = sds_stub.Dialog(sdsUser)
while (Dialog.status == "no end"):
print Dialog
print Dialog.response
user_utter = raw_input("[User] ") + "\n"
sdsUser.utter = user_utter
Dialog = sds_stub.Dialog(sdsUser)
print "You have successfully finished unit " + name + "!\n"
dsk = sds_pb2.DialogueParam()
dsk.session_key = 1
dsk.model = name
print dsk
sds_stub.Close(dsk)
print("SDS is now closed")
