def sendRecording(file_path):
AWS_socket = tcp.TCPsocket()
AWS_socket.connect(AWS_IP, AWS_FILE_PORT)
try:
AWS_socket.sendFile(file_path)
os.remove(file_path)
except:
print("Error sending file: " + file_path)
pass
def __init__(self, IP="0.0.0.0", volume_port=5005, dance_port=4204):
self.IP = IP
self.dance_port = dance_port
self.volume_port = volume_port
self.danceDataQueue = queue.Queue()
self.audioFileQueue = queue.Queue()
self.commandQueue = queue.Queue()
self.audioConnection = tcp.TCPsocket()
#get rid of this try block
try:
self.audioConnection.listen(self.IP, self.volume_port)
except:
print("WTFWTFWTF")
pass
def controlInterface():
try:
AWS_socket = tcp.TCPsocket()
AWS_socket.connect(AWS_IP, AWS_COMMAND_PORT)
print("Connected to AWS control interface on port " + str(AWS_COMMAND_PORT))
while True:
message = AWS_socket.receiveMessage()
if message.lower() == "file":
AWS_socket.sendFile(RECORD_QUEUE.get())
elif message in COMMANDS:
# AWS_socket.sendMessage("Received: " + message)
COMMAND_QUEUE.put(message)
if message.lower() == "stop":
AWS_socket.closeSocket()
break
else:
AWS_socket.sendMessage("Invalid command: " + message)
except:
print("Lost connection to AWS control interface")
global LOST_CONNECTION_FLAG
LOST_CONNECTION_FLAG = 1
output = a.stdout.read()
a.stdout.close()
a.stdin.close()
return output
##########################################
#MAIN
##########################################
if __name__ == "__main__":
begin_flag = 1
audioStream = threading.Thread(
target=runFileServer) # should this be processs or thread ?
audioStream.start()
visualizer = tcp.TCPsocket()
visualizerThread = threading.Thread(target=visualizer.listen,
args=[IP, VISUALIZER_PORT])
visualizerThread.start()
mainInterface = CentralIO()
danceIOThread = threading.Thread(target=mainInterface.danceServer)
#danceIOThread.start()
volumeControl = VolumeController()
audioIOThread = threading.Thread(target=mainInterface.audioIO)
audioIOThread.start()
volume = 5 # set this as the begining
epoch = 0
while (True):
epoch += 1
