void rwdts_appconf_phase_complete(rwdts_appconf_t *ac, enum rwdts_appconf_phase_e phase) {
switch (phase) {
case RWDTS_APPCONF_PHASE_REGISTER:
ac->phase_complete = TRUE;
if (ac->regn_timer) {
rwsched_dispatch_source_cancel(ac->apih->tasklet,
ac->regn_timer);
rwsched_dispatch_release(ac->apih->tasklet,
ac->regn_timer);
ac->regn_timer = NULL;
}
if (ac->group && ac->group->xact) {
rwdts_xact_unref(ac->group->xact,__PRETTY_FUNCTION__, __LINE__);
ac->group->xact = NULL;
}
if (ac->phase_complete && !ac->reg_pend) {
ac->cb.config_apply(ac->apih,
ac,
NULL, /* no xact -> original, committed data */
RWDTS_APPCONF_ACTION_INSTALL,
ac->cb.ctx,
NULL);
}
break;
default:
RW_ASSERT_MESSAGE(0, "Unknown appconf phase %d !?\n", (int)phase);
break;
}
}
static void deinit_tasklet(rwmsg_perf_task_t *t) {
t->v->deinit(t);
if (!t->cfg.mainq) {
rwsched_dispatch_release(t->tasklet, t->rws_q);
}
t->rws_q = NULL;
//if (!perf.bro || t->ep != perf.bro->ep) {
if (!t->bro) {
rwmsg_endpoint_halt_flush(t->ep, TRUE);
t->ep = NULL;
}
perf.killed_tasks++;
}
static void rwdts_appconf_regn_check_timer(void *ctx)
{
rwdts_appconf_t *ac = (rwdts_appconf_t *)ctx;
RW_ASSERT_TYPE(ac, rwdts_appconf_t);
rwdts_api_t* apih = ac->apih;
RW_ASSERT_TYPE(apih, rwdts_api_t);
RW_ASSERT_MESSAGE(ac->phase_complete, "Appconf Registration not complete on time");
rwsched_dispatch_source_cancel(apih->tasklet,
ac->regn_timer);
rwsched_dispatch_release(apih->tasklet,
ac->regn_timer);
ac->regn_timer = NULL;
return;
}
void rwdts_appconf_group_destroy(rwdts_appconf_t *ac) {
RW_ASSERT_TYPE(ac, rwdts_appconf_t);
if (ac->cb.xact_init_dtor) {
ac->cb.xact_init_dtor(ac->cb.ctx);
}
if (ac->cb.xact_deinit_dtor) {
ac->cb.xact_deinit_dtor(NULL);
}
if (ac->regn_timer) {
rwsched_dispatch_source_cancel(ac->apih->tasklet,
ac->regn_timer);
rwsched_dispatch_release(ac->apih->tasklet,
ac->regn_timer);
ac->regn_timer = NULL;
}
memset(&ac->cb, 0, sizeof(ac->cb));
rwdts_group_destroy(ac->group);
RW_FREE_TYPE(ac, rwdts_appconf_t);
}