void
test_split (void) {
char str0[] = "\x01";
char str1[] = "\x01\x01x\x01y\x01z\x01xy\x01yz";
char str2[] = "buffer one\n\x01\x02\nend buffer\n";
char str3[] = "buffer two\n\x01\x02\nend buffer\n";
deque_t *split = (deque_t *)NULL;
cbuffer_t *buf1 = (cbuffer_t *)NULL;
cbuffer_t *buf2 = (cbuffer_t *)NULL;
cbuffer_t *buf3 = (cbuffer_t *)NULL;
buf1 = cbuf_new ();
buf2 = cbuf_new ();
buf3 = cbuf_new ();
cbuf_import (buf1, str1, strlen (str1));
cbuf_import (buf2, str2, strlen (str2));
cbuf_import (buf3, str3, strlen (str3));
split = cbuf_split (buf1, (void *)str0, 1);
printf ("test_split(): len = %d\n", deque_length (split));
deque_push (split, buf2);
printf ("test_split(): len = %d\n", deque_length (split));
deque_push (split, buf3);
printf ("test_split(): len = %d\n", deque_length (split));
cbuf_delete (buf1);
deque_delete (split, cbuf_delete_callback);
}
void
pth_pool_delete (pth_pool_t *p) {
if (p != (pth_pool_t *)NULL) {
if (p->threads != (deque_t *)NULL) {
deque_delete (p->threads, pth_pool_delete_callback);
}
xfree (p);
p = (pth_pool_t *)NULL;
}
}
int
test_pt (void *p) {
extern deque_t *pool;
extern int exit_success;
signal (SIGHUP, test_signal_handler);
while (1 && exit_success == 0) {
sleep (1);
printf ("pid: %d (%p)\n", getpid (), p);
}
deque_delete (pool, deque_delete_cb);
return 1;
}
int
main (void) {
extern deque_t *pool;
extern int exit_success;
exit_success = 0;
pool = ppm_pool_create (3, (deque_t *)NULL, test_pt);
sleep (20);
ppm_kill_pool (pool, SIGHUP);
deque_delete (pool, deque_delete_cb);
return 0;
}
int
caf_dsm_delete (caf_dsm_t *r) {
if (r != (caf_dsm_t *)NULL) {
if (r->m_state != (deque_t *)NULL) {
if ((deque_delete (r->m_state, caf_dsm_delete_callback))
== CAF_OK) {
xfree (r);
return CAF_OK;
}
} else {
xfree (r);
r = (caf_dsm_t *)NULL;
}
}
return CAF_ERROR;
}
int
main(int argc, char* argv[])
{
deque_t q = deque_create();
deque_test_enqueue_dequeue(q,
deque_push_front, deque_pop_front, 34352, 0.10234);
deque_test_enqueue_dequeue(q,
deque_push_front, deque_pop_rear, 454523, 1.3022);
deque_test_enqueue_dequeue(q,
deque_push_rear, deque_pop_front, 78797, 0.17672);
deque_test_enqueue_dequeue(q,
deque_push_rear, deque_pop_rear, 56239, 1.7987);
deque_delete(&q);
return 0;
}
