static ssize_t struct_machine_unpack(machine_t *machine, request_t *request){
ssize_t ret;
data_t *buffer;
request_t *values;
struct_userdata *userdata = (struct_userdata *)machine->userdata;
buffer = hash_data_find(request, userdata->buffer);
if(buffer != NULL){
switch(userdata->values){
case STRUCT_VALUES_WHOLE: values = request; break;
case STRUCT_VALUES_ONE:
hash_data_get(ret, TYPE_HASHT, values, request, userdata->key_values);
if(ret != 0)
return error("hash with keys not supplied");
break;
};
if(struct_unpack(userdata->structure, values, buffer) == 0)
return error("struct_unpack failed");
}
return machine_pass(machine, request);
}
fail_unless(memcmp(test, orig, sizeof(orig)) == 0, "struct_pack data failed");
uint32_t test1;
off_t test2;
char *test3 = malloc(100);
memset(test3, 0x41, 99);
test3[99] = 0;
request_t query[] = {
{ HK(key4), DATA_STRING(test3) },
{ HK(key1), DATA_UINT32T(0) },
{ HK(key2), DATA_OFFT(0) },
hash_end
};
ret = struct_unpack(structure, query, &test_data);
fail_unless(ret > 0, "struct_unpack failed");
hash_data_get(ret, TYPE_UINT32T, test1, query, HK(key1));
fail_unless(ret == 0 && test1 == 100, "struct_unpack data 1 failed\n");
hash_data_get(ret, TYPE_OFFT, test2, query, HK(key2));
fail_unless(ret == 0 && test2 == 10, "struct_unpack data 2 failed\n");
hash_data_get(ret, TYPE_STRINGT, test3, query, HK(key4));
fail_unless(ret == 0 && strcmp(test3,"hello") == 0, "struct_unpack data 3 failed\n");
free(test3);
}
END_TEST
REGISTER_TEST(core, test_structs)
