def uni_man_client_protocol_speech_transcribe(self,
event=None,
call_uuid=None,
udp_port=None,
speech_data=None):
"""
It is send command unicast manager to ivr program.
:param event: jsonnode message.
:param call_uuid: call uuid.
:param udp_port: udp port.
:param speech_data: speech transcribed message.
:return: defer callback.
"""
log.debug(' Send Command "speech_transcribe" : %s' % event)
msg = jsonnode.NodeMessage()
msg["timestamp"] = time.time()
msg["msg"] = "Reply >> speech transcribe"
msg["Reply-Text"] = "+OK"
msg["msg-uuid"] = utils.getUUID()
msg['call_uuid'] = event['call_uuid']
msg['udp_port'] = event['udp_port']
msg['command'] = 'speech_transcribe'
msg['speech_data'] = event['speech_data']
# msg = {}
df = self.sendCommand(msg)
df.addCallback(self.command_success_respone)
df.addErrback(self.command_error_response)
self.transport.loseConnection()
return df
def send_udp_port(self, event):
log.debug('Receive Command "check_port" : %s' % event)
msg = jsonnode.NodeMessage()
msg["timestamp"] = time.time()
msg["msg"] = "Reply >> %s" % event["msg"]
# msg["Reply-Text"] = "+OK"
msg["msg-uuid"] = event["msg-uuid"]
msg['call_uuid'] = event['call_uuid']
self.call_uuid = event['call_uuid']
msg['udp_port'] = event['udp_port']
# self.sendCommandReply(msg)
global MAX_SESSIONS
if self.users >= MAX_SESSIONS:
# if True:
msg["Reply-Text"] = "- ERR"
self.sendCommandReply(msg)
# self.transport.loseConnection()
log.error('Reactor will stop.')
reactor.callLater(2, reactor.stop)
else:
msg["Reply-Text"] = "+OK"
port = self.check_port_available()
if port:
msg['udp_port'] = port
else:
log.error('Port not found.')
msg['udp_port'] = None
if self.start_udp_receiver(udp_port=port):
self.sendCommandReply(msg)
else:
log.error('udp port not able to start')
msg["Reply-Text"] = "- ERR"
self.sendCommandReply(msg)
# self.start_udp_receiver(udp_port=port)
self.transport.loseConnection()
def free_port(self, event):
log.debug(' Receive Command "get_free_port" : %s' % event)
msg = jsonnode.NodeMessage()
msg["timestamp"] = time.time()
msg["msg"] = "Reply >> %s" % event["msg"]
msg["Reply-Text"] = "+OK"
msg["msg-uuid"] = event["msg-uuid"]
msg['call_uuid'] = event['call_uuid']
msg['udp_port'] = self.udp_port
self.call_uuid = event['call_uuid']
self.msg = msg
self.connect_client_unicast_man_to_uni_rea()
def speech_transcribe(self, event):
log.debug(' Received command "speech_transcribe" : %s' % event)
msg = jsonnode.NodeMessage()
msg["timestamp"] = time.time()
msg["msg"] = "Reply >> %s" % event["msg"]
msg["Reply-Text"] = "+OK"
msg["msg-uuid"] = event["msg-uuid"]
msg['call_uuid'] = event['call_uuid']
msg['udp_port'] = event['udp_port']
msg['speech_data'] = event['speech_data']
self.sendCommandReply(msg)
self.speech_transcribed(call_uuid=event['call_uuid'],
msg=event['speech_data'])
def uni_man_speech_transcribe(self, event):
log.debug(' Receive Command "uni_man_speech_transcribe" : %s' % event)
msg = jsonnode.NodeMessage()
msg["timestamp"] = time.time()
msg["msg"] = "Reply >> %s" % event["msg"]
msg["Reply-Text"] = "+OK"
msg["msg-uuid"] = event["msg-uuid"]
msg['call_uuid'] = event['call_uuid']
msg['udp_port'] = event['udp_port']
msg['speech_data'] = event['speech_data']
# msg['port'] = event['port']
# self.sendCommandReply(msg)
self.connect_client_unicast_man_to_ivr(msg=msg)
def get_free_port(self, call_uuid=None, udp_port=None):
# Something like this
msg = jsonnode.NodeMessage()
msg['msg'] = None
msg["timestamp"] = time.time()
msg["msg-uuid"] = utils.getUUID()
msg['command'] = 'get_free_port'
msg['call_uuid'] = call_uuid
msg['udp_port'] = udp_port
# msg = {}
df = self.sendCommand(msg)
df.addCallback(self.command_success_respone)
df.addErrback(self.command_error_response)
return df
def curtum_speech_transcribe(self,
call_uuid=None,
udp_port=None,
speech_data=None):
log.debug(' Receive Command "uni_man_speech_transcribe"')
msg = jsonnode.NodeMessage()
msg['msg'] = None
msg["timestamp"] = time.time()
msg["msg-uuid"] = utils.getUUID()
msg['command'] = 'uni_man_speech_transcribe'
msg['call_uuid'] = call_uuid
msg['speech_data'] = speech_data
msg['udp_port'] = udp_port
# msg = {}
df = self.sendCommand(msg)
df.addCallback(self.command_success_respone)
df.addErrback(self.command_error_response)
self.transport.loseConnection()
return df
def check_port(self, call_uuid=None, udp_port=None):
"""
It send command check_port to unicast reader program from unicast manager.
:param call_uuid: call uuid.
:param udp_port: port number.
:return: defer callback.
"""
log.debug(' Send Command "check_port" for call uuid : %s' % call_uuid)
msg = jsonnode.NodeMessage()
msg['msg'] = None
msg["timestamp"] = time.time()
msg["msg-uuid"] = utils.getUUID()
msg['command'] = 'check_port'
msg['call_uuid'] = call_uuid
msg['udp_port'] = udp_port
# msg = {}
df = self.sendCommand(msg)
df.addCallback(self.command_success_respone)
df.addErrback(self.command_error_response)
return df