/* 23.4.11 */
acl_t
acl_dup(acl_t acl)
{
acl_entry_obj *entry_obj_p, *dup_entry_obj_p;
acl_obj *acl_obj_p = ext2int(acl, acl);
acl_obj *dup_obj_p;
if (!acl_obj_p)
return NULL;
dup_obj_p = __acl_init_obj(acl_obj_p->aused);
if (!dup_obj_p)
return NULL;
FOREACH_ACL_ENTRY(entry_obj_p, acl_obj_p) {
dup_entry_obj_p = __acl_create_entry_obj(dup_obj_p);
if (dup_entry_obj_p == NULL)
goto fail;
dup_entry_obj_p->etag = entry_obj_p->etag;
dup_entry_obj_p->eid = entry_obj_p->eid;
dup_entry_obj_p->eperm = entry_obj_p->eperm;
}
/* 23.4.6 */
acl_t
acl_copy_int(const void *buf_p)
{
const struct __acl *ext_acl = (struct __acl *)buf_p;
const struct __acl_entry *ent_p = ext_acl->x_entries, *end_p;
size_t size = ext_acl ? ext_acl->x_size : 0;
int entries;
acl_obj *acl_obj_p;
acl_entry_obj *entry_obj_p;
if (!ext_acl || size < sizeof(struct __acl)) {
errno = EINVAL;
return NULL;
}
size -= sizeof(struct __acl);
if (size % sizeof(struct __acl_entry)) {
errno = EINVAL;
return NULL;
}
entries = size / sizeof(struct __acl_entry);
acl_obj_p = __acl_init_obj(entries);
if (acl_obj_p == NULL)
goto fail;
end_p = ext_acl->x_entries + entries;
for(; ent_p != end_p; ent_p++) {
entry_obj_p = __acl_create_entry_obj(acl_obj_p);
if (!entry_obj_p)
goto fail;
/* XXX Convert to machine endianness */
entry_obj_p->eentry = *ent_p;
}
if (__acl_reorder_obj_p(acl_obj_p))
goto fail;
return int2ext(acl_obj_p);
fail:
__acl_free_acl_obj(acl_obj_p);
return NULL;
}
