static ind_soc_task_status_t
task_callback_yield(void *cookie)
{
int *count_ptr = cookie;
printf("Task callback called\n");
while (*count_ptr < 100) {
usleep(1000);
(*count_ptr)++;
printf("Task callback working count=%d\n", *count_ptr);
if (ind_soc_should_yield()) {
break;
}
}
return *count_ptr == 100 ? IND_SOC_TASK_FINISHED : IND_SOC_TASK_CONTINUE;
}
static ind_soc_task_status_t
bundle_task(void *cookie)
{
struct bundle_task_state *state = cookie;
connection_t *cxn = ind_cxn_id_to_connection(state->cxn_id);
while (state->offset < state->count) {
if (cxn) {
of_object_storage_t obj_storage;
of_object_t *obj = parse_message(state->msgs[state->offset], &obj_storage);
ind_cxn_process_message(cxn, obj);
} else {
/* Connection went away. Drop remaining messages. */
}
aim_free(state->msgs[state->offset]);
state->msgs[state->offset] = NULL;
state->offset++;
if (ind_soc_should_yield()) {
return IND_SOC_TASK_CONTINUE;
}
}
if (cxn) {
indigo_cxn_send_controller_message(cxn->cxn_id, state->reply);
} else {
of_object_delete(state->reply);
}
aim_free(state->msgs);
aim_free(state);
if (cxn) {
ind_cxn_resume(cxn);
}
return IND_SOC_TASK_FINISHED;
}
static ind_soc_task_status_t
expiration_task(void *cookie)
{
indigo_time_t current_time = INDIGO_CURRENT_TIME;
(void) cookie;
while (!list_empty(&expiration_queue)) {
int reason;
list_links_t *links = expiration_queue.links.next;
ft_entry_t *entry = FT_ENTRY_CONTAINER(links, expiration);
if (calc_expiration_time(entry, &reason) <= current_time) {
expire_flow(entry, reason);
} else {
break;
}
if (ind_soc_should_yield()) {
return IND_SOC_TASK_CONTINUE;
}
}
task_running = false;
return IND_SOC_TASK_FINISHED;
}