def getText2VoiceStream(inText,inFileName):
channel = grpc.secure_channel('{}:{}'.format(HOST, PORT), UA.getCredentials())
stub = gigagenieRPC_pb2_grpc.GigagenieStub(channel)
message = gigagenieRPC_pb2.reqText()
message.lang=0
message.mode=0
message.text=inText
writeFile=open(inFileName,'wb')
for response in stub.getText2VoiceStream(message):
if response.HasField("resOptions"):
print ("\n\nResVoiceResult: %d" %(response.resOptions.resultCd))
if response.HasField("audioContent"):
print ("Audio Stream\n\n")
writeFile.write(response.audioContent)
writeFile.close()
return response.resOptions.resultCd
def getText2VoiceUrl(inText):
channel = grpc.secure_channel('{}:{}'.format(HOST, PORT), UA.getCredentials())
stub = gigagenieRPC_pb2_grpc.GigagenieStub(channel)
message = gigagenieRPC_pb2.reqText()
message.lang=0
message.mode=0
message.text=inText
response = stub.getText2VoiceUrl(message)
print ("\n\nresultCd: %d" % (response.resultCd))
if response.resultCd == 200:
print ("TTS 생성에 성공하였습니다.\n\n\n아래 URL을 웹브라우져에 넣어보세요.")
print ("Stream Url: %s\n\n" % (response.url))
else:
print ("TTS 생성에 실패하였습니다.")
print ("Fail: %d" % (response.resultCd))
def writeVoiceFileFromText(inText, inFileName):
channel = grpc.secure_channel('{}:{}'.format(GENIE_HOST, GENIE_PORT),
UA.getCredentials())
stub = gigagenieRPC_pb2_grpc.GigagenieStub(channel)
msg = gigagenieRPC_pb2.reqText()
msg.lang = 0
msg.mode = 0
msg.text = inText
writeFile = open(inFileName, 'wb')
for response in stub.getText2VoiceStream(msg):
if response.HasField('resOptions'):
print('writeVoiceFileFromText: resp code %d' %
response.resOptions.resultCd)
if response.HasField('audioContent'):
print('writeVoiceFileFromText: Writing Audio content.')
writeFile.write(response.audioContent)
writeFile.close()
return response.resOptions.resultCd
def getTextFromVoice():
print('getTextFromVoice: Starting...')
channel = grpc.secure_channel('{}:{}'.format(GENIE_HOST, GENIE_PORT),
UA.getCredentials())
stub = gigagenieRPC_pb2_grpc.GigagenieStub(channel)
request = voiceReqGenerator()
resultText = ''
for response in stub.getVoice2Text(request):
if response.resultCd == 200: #partial
resultText = response.recognizedText
print('getTextFromVoice: recognizedText=%s' %
response.recognizedText)
elif response.resultCd == 201: #final
resultText = response.recognizedText
else: # error
print('getTextFromVoice: resp code %d' % response.resultCd)
break
print('getTextFromVoice: result=%s' % resultText)
return resultText
def queryByVoice():
print("\n\n\n질의할 내용을 말씀해 보세요.\n\n듣고 있는 중......\n")
channel = grpc.secure_channel('{}:{}'.format(HOST, PORT),
UA.getCredentials())
stub = gigagenieRPC_pb2_grpc.GigagenieStub(channel)
request = generate_request()
resultText = ''
response = stub.queryByVoice(request)
if response.resultCd == 200:
print("질의 내용: %s" % (response.uword))
for a in response.action:
response = a.mesg
parsing_resp = response.replace('<![CDATA[', '')
parsing_resp = parsing_resp.replace(']]>', '')
resultText = parsing_resp
print("\n질의에 대한 답변: " + parsing_resp + '\n\n\n')
else:
print("\n\nresultCd: %d\n" % (response.resultCd))
print("정상적인 음성인식이 되지 않았습니다.")
return resultText
def getVoice2Text():
print ("\n\n음성인식을 시작합니다.\n\n종료하시려면 Ctrl+\ 키를 누루세요.\n\n\n")
channel = grpc.secure_channel('{}:{}'.format(HOST, PORT), UA.getCredentials())
stub = gigagenieRPC_pb2_grpc.GigagenieStub(channel)
request = generate_request()
resultText = ''
for response in stub.getVoice2Text(request):
if response.resultCd == 200: # partial
print('resultCd=%d | recognizedText= %s'
% (response.resultCd, response.recognizedText))
resultText = response.recognizedText
elif response.resultCd == 201: # final
print('resultCd=%d | recognizedText= %s'
% (response.resultCd, response.recognizedText))
resultText = response.recognizedText
break
else:
print('resultCd=%d | recognizedText= %s'
% (response.resultCd, response.recognizedText))
break
print ("\n\n인식결과: %s \n\n\n" % (resultText))
return resultText
def queryByText(text):
channel = grpc.secure_channel('{}:{}'.format(HOST, PORT), UA.getCredentials())
stub = gigagenieRPC_pb2_grpc.GigagenieStub(channel)
message = gigagenieRPC_pb2.reqQueryText()
message.queryText = text
message.userSession = "1234"
message.deviceId = "yourdevice"
response = stub.queryByText(message)
print ("\n\nresultCd: %d" % (response.resultCd))
if response.resultCd == 200:
print ("\n\n\n질의한 내용: %s" % (response.uword))
#dssAction = response.action
for a in response.action:
response = a.mesg
parsing_resp = response.replace('<![CDATA[', '')
parsing_resp = parsing_resp.replace(']]>', '')
print("\n\n질의에 대한 답변: " + parsing_resp + '\n\n\n')
#return response.url
else:
print ("Fail: %d" % (response.resultCd))
def get_grpc_stub():
channel = grpc.secure_channel('{}:{}'.format(HOST, PORT), UA.getCredentials())
stub = gigagenieRPC_pb2_grpc.GigagenieStub(channel)
return stub
from ctypes import *
RATE = 16000
CHUNK = 512
HOST = 'gate.gigagenie.ai'
PORT = 4080
ERROR_HANDLER_FUNC = CFUNCTYPE(None, c_char_p, c_int, c_char_p, c_int, c_char_p)
def py_error_handler(filename, line, function, err, fmt):
dummy_var = 0
c_error_handler = ERROR_HANDLER_FUNC(py_error_handler)
asound = cdll.LoadLibrary('libasound.so')
asound.snd_lib_error_set_handler(c_error_handler)
channel = grpc.secure_channel('{}:{}'.format(HOST, PORT), UA.getCredentials())
stub = gigagenieRPC_pb2_grpc.GigagenieStub(channel)
def generate_request():
with MS.MicrophoneStream(RATE, CHUNK) as stream:
audio_generator = stream.generator()
messageReq = gigagenieRPC_pb2.reqQueryVoice()
messageReq.reqOptions.lang=0
messageReq.reqOptions.userSession="1234"
messageReq.reqOptions.deviceId="aklsjdnalksd"
yield messageReq
for content in audio_generator:
message = gigagenieRPC_pb2.reqQueryVoice()
message.audioContent = content
yield message
rms = audioop.rms(content,2)
