void pa_timer_set_not_before(struct pa_timer *t, hnetd_time_t time, bool relative)
{
if(relative)
time += hnetd_time();
if(t->not_before == time)
return;
t->not_before = time;
if(t->enabled && t->when >= 0)
pa_timer_update_to(t);
}
static void __pa_timer_set(struct pa_timer *t, hnetd_time_t time, bool relative, bool earlier)
{
hnetd_time_t now = hnetd_time();
if(relative) {
if(time < t->min_delay)
time = t->min_delay;
time += now;
} else if(time - now < t->min_delay) {
time = now + t->min_delay;
}
if(t->when < 0 || !earlier || t->when > time)
pa_timer_set_when(t, time);
}
void prefix_mock(__unused struct iface_user *u, __unused const char *ifname,
__unused const struct prefix *prefix, __unused const struct prefix *excluded,
hnetd_time_t valid_until, __unused hnetd_time_t preferred_until,
__unused const void *dhcpv6_data, __unused size_t dhcpv6_len)
{
if (valid_until > hnetd_time()) {
smock_push("prefix_prefix", (void*)prefix);
smock_push_int64("prefix_valid", valid_until);
smock_push_int64("prefix_preferred", preferred_until);
smock_push("dhcpv6_data", (void*)dhcpv6_data);
smock_push_int("dhcpv6_len", dhcpv6_len);
} else {
smock_push_bool("prefix_remove", true);
}
}
static inline void pa_timer_update_to(struct pa_timer *t)
{
if(t->when >= 0) {
hnetd_time_t when = t->when;
int delay;
if(when < t->not_before)
when = t->not_before;
delay = TODELAY(when - hnetd_time());
L_INFO("Scheduling %s in %d ms", t->name, delay);
uloop_timeout_set(&t->t, delay);
} else if(t->t.pending) {
L_INFO("Canceling %s", t->name);
uloop_timeout_cancel(&t->t);
}
}
hnetd_time_t hncp_io_time(hncp o __unused)
{
return hnetd_time();
}
