bool bib_assert(l4_protocol l4_proto, struct bib_entry **expected_bibs)
{
int expected_count = 0;
int actual_count = 0;
if (is_error(bib_for_each(l4_proto, count_bibs, &actual_count))) {
log_warning("Could not count the BIB entries in the database for some reason.");
return false;
}
while (expected_bibs[expected_count] != NULL) {
struct bib_entry *expected = expected_bibs[expected_count];
struct bib_entry *actual;
int error;
error = bib_get_by_ipv6(&expected->ipv6, l4_proto, &actual);
if (error) {
log_warning("Error %d while trying to find BIB entry [%pI6c#%u, %pI4#%u] in the DB.",
error, &expected->ipv6.address, expected->ipv6.l4_id,
&expected->ipv4.address, expected->ipv4.l4_id);
return false;
}
expected_count++;
}
if (expected_count != actual_count) {
log_warning("Expected %d BIB entries in the database. Found %d.", expected_count,
actual_count);
return false;
}
return true;
}
bool test_for_each(void)
{
struct bib_entry *bib1, *bib2;
struct loop_summary summary = { .bib1 = NULL, .bib2 = NULL };
bool success = true;
bib1 = create_and_insert_bib(0, 0, IPPROTO_UDP);
if (!bib1)
return false;
bib2 = create_and_insert_bib(1, 1, IPPROTO_UDP);
if (!bib2)
return false;
success &= assert_equals_int(0, bib_for_each(IPPROTO_UDP, for_each_func, &summary), "");
success &= assert_true(bib_entry_equals(bib1, summary.bib1) || bib_entry_equals(bib1, summary.bib2), "");
success &= assert_true(bib_entry_equals(bib2, summary.bib2) || bib_entry_equals(bib2, summary.bib2), "");
return success;
}
int print_bibs(l4_protocol l4_proto)
{
log_debug("BIB:");
return bib_for_each(l4_proto, print_bibs_aux, NULL);
}
