def CreatePhoneTermianl():
MicUDPCommunicator.printListOfMicDevices()
SpeakerUDPCommunicator.printListOfSpeakerDevices()
micDeviceID = -1
outDeviceID = -1
global PT
PT = PhoneTerminal(micDeviceID, outDeviceID)
PT.fnPrint = putStatus
sleep(2)
def CreatePhoneTermianl():
MicUDPCommunicator.printListOfMicDevices()
SpeakerUDPCommunicator.printListOfSpeakerDevices()
micDeviceID = -1
outDeviceID = -1
global PT
PT = PhoneTerminal(micDeviceID, outDeviceID)
PT.fnPrint = putStatus
if (PT.enableVideoCalling):
tw = Tkinter.Toplevel()
frame = VideoGUI(master=tw,
Width=640,
Height=480,
imageWidth=640,
imageHeight=480)
frame.startCamera(PT.VideoReciver)
frame.pack()
tw.after(0, frame.Loop)
sleep(2)
# fill remainder of frameset with silence
self.Hearing.returnBytes(b'\x80' * restframes)
def GroupCaller(DialTo, PortNo, micDeviceID=1):
caller = PhoneTerminal(micDeviceID)
if (True):
# try:
caller.ConnectToConference(DialTo, PortNo)
caller.LeaveConference(DialTo, PortNo)
if __name__ == "__main__":
MicUDPCommunicator.printListOfMicDevices()
SpeakerUDPCommunicator.printListOfSpeakerDevices()
micDeviceID = -1
outDeviceID = -1
areYouCaller = False
isGroupCall = True
caller = PhoneTerminal(micDeviceID, outDeviceID)
sleep(2)
if (isGroupCall):
caller.ConnectToConference(MultiCastGrp, MuliCastPortNo)
else:
if (areYouCaller):
caller.ConnectTo('192.168.1.103')
