smcp_status_t
smcp_group_set_enabled(smcp_group_t self, bool x)
{
smcp_status_t status = SMCP_STATUS_OK;
smcp_group_mgr_t mgr = group_mgr_from_group(self);
#if SMCP_EMBEDDED
smcp_t const smcp_instance = smcp_get_current_instance();
#else
smcp_t const smcp_instance = mgr->smcp_instance;
#endif
if (x != self->enabled) {
self->enabled = x;
if (self->stable) {
smcp_group_mgr_commit_stable(mgr);
}
if (self->enabled) {
status = smcp_plat_multicast_join(smcp_instance, &self->addr, 0);
} else {
status = smcp_plat_multicast_leave(smcp_instance, &self->addr, 0);
}
smcp_observable_trigger(&self->var_handler.observable, I_ENABLED, 0);
}
return status;
}
void
plugtest_obs_timer_callback(smcp_t smcp, void* context) {
struct plugtest_server_s *self = (void*)context;
smcp_invalidate_timer(smcp,&self->obs_timer);
smcp_schedule_timer(smcp,&self->obs_timer,5 * MSEC_PER_SEC);
smcp_observable_trigger(&self->observable,PLUGTEST_OBS_KEY,0);
}
smcp_status_t
smcp_group_set_stable(smcp_group_t self, bool x)
{
smcp_group_mgr_t mgr = group_mgr_from_group(self);
if (x != self->stable) {
self->stable = x;
smcp_group_mgr_commit_stable(mgr);
smcp_observable_trigger(&self->var_handler.observable, I_STABLE, 0);
}
return SMCP_STATUS_OK;
}
