END_TEST
/** NULL struct tmq *, NULL struct tmq_elem *
*/
START_TEST(test_tmq_insert_null_null)
{
int ret;
ret = tmq_insert (NULL, NULL);
fail_unless ((ret != 0), "tmq_insert (NULL, NULL)");
}
int
host_insert(HostKey *key, HostData *data)
{
assert(hosttable);
assert(key);
struct tmq_element *tmq_elem =
tmq_element_create(&key, sizeof key);
tmq_insert(timeout_queue, tmq_elem);
return hash_insert(hosttable, data, key, sizeof *key);
}
END_TEST
/** NULL struct tmq_elem *
*/
START_TEST(test_tmq_insert_tmq_null)
{
struct tmq *tmq= tmq_create ();
int ret;
ret = tmq_insert (tmq, NULL);
fail_unless ((ret != 0), "tmq_insert (tmq, NULL)");
}
END_TEST
/** Test Case for TMQ Insert Single Element
*/
START_TEST(test_tmq_insert_one)
{
struct tmq *tmq;
struct tmq_element *elem;
int key = 100;
tmq = tmq_create ();
elem = tmq_element_create (&key, sizeof(key));
tmq_insert (tmq, elem);
fail_unless ((tmq->size == 1), "Insert one test failed");
tmq_destroy (tmq);
}
END_TEST
/** Test Case for TMQ Insert a Bunch of Elements
*/
START_TEST(test_tmq_insert_a_bunch)
{
struct tmq *tmq = tmq_create ();
struct tmq_element *elem;
int key;
for (key = 0; key < 9000; key++)
{
elem = tmq_element_create (&key, sizeof(key));
tmq_insert (tmq, elem);
}
fail_unless ((tmq->size == 9000), "Insert a bunch test failed");
tmq_destroy (tmq);
}
