def init():
schedule_job(check_v2_config_job, config.get_v2_config_check_interval())
schedule_job(traffic_job, config.get_traffic_job_interval())
reset_day = config.get_reset_traffic_day()
if reset_day <= 0:
return
now = datetime.now()
next_day = now.date() + timedelta(days=1)
next_day = datetime.combine(next_day, datetime.min.time())
Timer((next_day - now).seconds + 5, reset_traffic_job).start()
def init():
schedule_job(check_v2_config_job, config.get_v2_config_check_interval())
schedule_job(traffic_job, config.get_traffic_job_interval())
def init():
schedule.every().day.at("00:00").do(update_config)
schedule_job(check_v2_config_job, config.get_v2_config_check_interval())
schedule_job(traffic_job, config.get_traffic_job_interval())
def __get_net_tcp_udp_count():
conns = psutil.net_connections()
tcp_count = 0
udp_count = 0
for conn in conns:
if conn.type == 1:
tcp_count += 1
elif conn.type == 2:
udp_count += 1
return tcp_count, udp_count
def net():
global __last_net_io
cur_net_io = psutil.net_io_counters()
sent = cur_net_io.bytes_sent
recv = cur_net_io.bytes_recv
up = (sent - __last_net_io.bytes_sent) / __get_interval
down = (recv - __last_net_io.bytes_recv) / __get_interval
tcp_count, udp_count = __get_net_tcp_udp_count()
__status["net_io"] = {"up": up, "down": down}
__status["net_traffic"] = {"sent": sent, "recv": recv}
__status["tcp_count"] = tcp_count
__status["udp_count"] = udp_count
__last_net_io = cur_net_io
schedule_job(refresh_status, 2)
def init():
schedule_job(check_v2_config_job, config.get_v2_config_check_interval())
schedule_job(traffic_job, config.get_traffic_job_interval())
schedule_job(check_v2ay_alive_job, 40)
schedule_job(check_v2ray_version_job, 1800)
