bool ASSERT_ADDR4(char const *expected_str, struct in_addr const *actual,
char const *test_name)
{
struct in_addr expected;
if (!expected_str)
return __ASSERT_ADDR4(NULL, actual, test_name);
return str_to_addr4(expected_str, &expected)
? false
: __ASSERT_ADDR4(&expected, actual, test_name);
}
static int validate_sample(struct pool4_sample *sample, void *void_args)
{
struct foreach_sample_args *args = void_args;
bool success = true;
/* log_debug(" foreaching %pI4 %u-%u", &sample->range.addr,
sample->range.ports.min, sample->range.ports.max); */
success &= ASSERT_BOOL(true, args->samples < args->expected_len,
"overflow (%u %u)", args->samples, args->expected_len);
if (!success)
return -EINVAL;
success &= __ASSERT_ADDR4(&args->expected[args->samples].range.addr,
&sample->range.addr, "addr");
success &= ASSERT_UINT(args->expected[args->samples].range.ports.min,
sample->range.ports.min, "min");
success &= ASSERT_UINT(args->expected[args->samples].range.ports.max,
sample->range.ports.max, "max");
args->samples++;
args->taddrs += port_range_count(&sample->range.ports);
return success ? 0 : -EINVAL;
}
