bool odhcp6c_signal_process(void)
{
if (do_signal == SIGIO) {
do_signal = 0;
bool ra_rtnled = ra_rtnl_process();
bool ra_updated = ra_process();
if (ra_rtnled || (ra_updated && (bound || allow_slaac_only == 0)))
script_call("ra-updated"); // Immediate process urgent events
else if (ra_updated && !bound && allow_slaac_only > 0)
script_delay_call("ra-updated", allow_slaac_only);
}
return do_signal != 0;
}
bool odhcp6c_signal_process(void)
{
if (do_signal == SIGIO) {
do_signal = 0;
bool ra_updated = ra_process();
if (ra_link_up())
do_signal = SIGUSR2;
if (ra_updated && (bound || allow_slaac_only == 0))
script_call("ra-updated"); // Immediate process urgent events
else if (ra_updated && !bound && allow_slaac_only > 0)
script_delay_call("ra-updated", allow_slaac_only);
#ifdef EXT_BFD_PING
bfd_receive();
#endif
}
return do_signal != 0;
}
bool odhcp6c_signal_process(void)
{
while (signal_io) {
signal_io = false;
bool ra_updated = ra_process();
if (ra_link_up())
signal_usr2 = true;
if (ra_updated && (bound || allow_slaac_only == 0))
script_call("ra-updated"); // Immediate process urgent events
else if (ra_updated && !bound && allow_slaac_only > 0)
script_delay_call("ra-updated", allow_slaac_only);
#ifdef EXT_BFD_PING
bfd_receive();
#endif
}
return signal_usr1 || signal_usr2 || signal_term;
}
