def stop_sensor_command(self, client):
""" Return server response from Sensor request. """
u_sensor_type = u"{}".format(self.type)
response = client.request(
messaging.StreamDataCommand(u_sensor_type, self.sensor_id, self.client_ip, self.port_number, u'tcp',
1, packet_size=self.packet_size, dropFrames=self.drop_frames),
timeout=2)
return response
def start_sensor_command(self, client):
""" Return server response from Sensor request. """
logging.getLogger("sensor").debug('Request sensor stream {0}'.format(self.type))
u_sensor_type = u"{}".format(self.type)
msg_cls = messaging.StreamDataCommand(u_sensor_type, self.sensor_id, self.client_ip,
self.port_number, u'tcp', 0, packet_size=self.packet_size)
response = self.request_sensor_stream(client, msg_cls)
logging.getLogger("sensor").debug("Sensor:" + str(self.name) + " Response:" + str(response))
return response
def start_sensor_command(self, client):
""" Return server response from Sensor request. """
u_sensor_type = u"{}".format(self.type)
msg_cls = messaging.StreamDataCommand(u_sensor_type,
self.sensor_id,
self.client_ip,
self.port_number,
u'tcp',
0,
packet_size=self.packet_size)
response = self.request_sensor_stream(client, msg_cls)
return response
def start_sensor_command(self, sensor_type, display_port, sensor_id,
packet_size, drop_frames):
""" Return server response from Sensor request. """
u_sensor_type = u"{}".format(sensor_type)
response = self.request_sensor_stream(
messaging.StreamDataCommand(u_sensor_type,
sensor_id,
self.configuration.client_ip,
display_port,
u'tcp',
0,
packet_size=packet_size,
dropFrames=drop_frames))
return response