# When we grab a WebRTC offer from out browser client for single camera.
@app.route('/rtcoffer/<cam>', methods=['GET', 'POST'])
@login_required
def webRTCOFFER(cam):
    thisUUID = str(uuid.uuid4()) # Generate a UUID for this session.

    # Get current user (Static currently)
    thisUser = current_user.username

    global webRTCThread

    # Get Docker IP
    # Get Name's Docker IP with username and password
    myCursor.execute("Select dockerIP from localcameras where name='{0}'".format(cam))
    dockerIP = myCursor.fetchone()
    dockerIPString = ''.join(dockerIP)

    # Always create a new event loop for this session.
    rtcloop = asyncio.new_event_loop()

    # Add generated info to userUUIDAssociation
    # UUID, user[0], pingtime[1], rtcloopObject[2], userInTrackControl[3], camName[4], rtcPeer[5], microphoneStreamFuture[6] (6 appended)
    # MODIFY SO 5 BECOMES the WEBRTC PEER and 6 is MICROPHONE
    userUUIDAssociations[thisUUID] = [thisUser, 0, rtcloop, False, cam]

    # Get SDP from client and set set objects
    parsedSDP = userUUIDAssociations[thisUUID][2].run_until_complete(singleWebRtcStart(thisUUID, dockerIPString, cam, request))

    # Continue running that loop forever to keep AioRTC Objects In Memory Executing, while shifting it to
    # Another thread so we don't block the code.
    webRTCThread = Thread(target=userUUIDAssociations[thisUUID][2].run_forever)
    webRTCThread.start()

    print("Creating watchdog task")
    # # asyncio.run(startWatchdog(thisUUID))
    rtcWatchDogThread = Thread(target=asyncio.run, args=(startWatchdog(thisUUID), ))
    rtcWatchDogThread.start()
    print("Watchdog task created")

    # Return Our Parsed SDP to the client
    return parsedSDP.encode()