def send_text_msg(text):
msg = "node:textmsg:" + text
instance.gmutex.acquire()
for peer in network.get_connection_list():
if peer == instance.name:
continue;
network.send(peer, msg)
instance.gmutex.release()
def send_text_msg(text):
msg = "node:textmsg:" + text
instance.gmutex.acquire()
log_text_msg(instance.name, text)
gui.append_chat_msg(time.strftime("%H-%M-%S"), instance.name, text)
for peer in network.get_connection_list():
if peer == instance.name:
continue;
network.send(peer, msg)
instance.gmutex.release()
def send_heartbeats():
data = gen_heartbeat_str()
print "Sending heartbeats..", data
for peer in network.get_connection_list():
if peer not in instance.heartbeat_time:
instance.heartbeat_time[peer] = time.time()
if (time.time() - instance.heartbeat_time[peer]) >= instance.HEARTBEAT_TIMEOUT:
print "Timeout: ", peer, "Current time: ", time.time(), "Last replied: ", instance.heartbeat_time[peer]
#TODO: handle timeout
else:
network.send(peer, data)
#print "Heartbeat reply times:", instance.heartbeat_time
api.update_video_source(instance.curr_video_name, instance.curr_video_ip, instance.curr_video_port)
def update_meeting_info():
if instance.gui_inited == False:
return
global wTree
meetinginfo = wTree.get_object("meetinginfo");
buf = meetinginfo.get_buffer()
msg = ""
msg += "< Name: " + instance.name + " >\n"
msg += "< Meeting ID: " + str(instance.meeting_id) + " >\n"
msg += "\nOnline Members:\n" + instance.name + "\n"
for peer in network.get_connection_list():
msg += peer + "\n"
msg += "\nAll Members:\n"
for node in instance.nodes:
msg += chr(65 + config.get_node_index(node.name)) + ") " + node.name + "\n"
buf.set_text(msg)
