void close_wtp(wtp_handle_t* handle) {
if (!handle)
{
errno = EINVAL;
return;
}
wtp_stop_hello_thread(handle);
if (handle->monitor_thread) pthread_cancel(handle->monitor_thread);
if (handle->receive_thread) pthread_cancel(handle->receive_thread);
if (handle->msg_send_producer) pipe_producer_free(handle->msg_send_producer);
if (handle->msg_send_consumer) pipe_consumer_free(handle->msg_send_consumer);
if (handle->msg_recv_producer) pipe_producer_free(handle->msg_recv_producer);
if (handle->msg_recv_consumer) pipe_consumer_free(handle->msg_recv_consumer);
if (handle->send_thread) pthread_cancel(handle->send_thread);
if (handle->process_thread) pthread_cancel(handle->process_thread);
if (handle->udp_socket) close(handle->udp_socket);
if (handle->wtp_sta_hashmap) hashmapDelete(handle->wtp_sta_hashmap);
free(handle);
}
void
dt_delete(dt_env_t *env)
{
if (!env) return;
verbose(VERB_OPS, "cleanup dnstap environment");
free(env->identity);
free(env->version);
// Wait for all unbound_workers' producers to drain
*(env->dt_stopping) = 1;
pipe_producer_free(env->so_producer);
pthread_join(env->dt_worker, NULL);
free(env);
}
static void* process_pipe(void* param)
{
connect_data_t p = *(connect_data_t*)param;
free(param);
char* buf = malloc(DEFAULT_BUFFER_SIZE * pipe_elem_size(PIPE_GENERIC(p.in)));
size_t elems_read;
while((elems_read = pipe_pop(p.in, buf, DEFAULT_BUFFER_SIZE)))
p.proc(buf, elems_read, p.out, p.aux);
p.proc(NULL, 0, NULL, p.aux);
free(buf);
pipe_consumer_free(p.in);
pipe_producer_free(p.out);
return NULL;
}
