index 016e718110090038ad5549e77c28a27aa0f1de34..9169c441383b292803a67efc35e91147528aa1e2 100644 (file)
int (*init)(sdb_object_t *, va_list);
void (*destroy)(sdb_object_t *);
- sdb_object_t *(*clone)(const sdb_object_t *);
};
-#define SDB_TYPE_INIT { 0, NULL, NULL, NULL }
+#define SDB_TYPE_INIT { 0, NULL, NULL }
struct sdb_object {
sdb_type_t type;
*
* The init function will be called with the remaining arguments passed to
* sdb_object_create. If the init function fails (returns a non-zero value),
- * the object will be destructed and destroyed.
+ * the object will be destructed and destroyed. In this case, the 'destroy'
+ * callback may be called on objects that were only half-way initialized. The
+ * callback has to handle that case correctly.
*
* The reference count of the new object will be 1.
*
*/
sdb_object_t *
sdb_object_create(const char *name, sdb_type_t type, ...);
+sdb_object_t *
+sdb_object_vcreate(const char *name, sdb_type_t type, va_list ap);
/*
* sdb_object_create_wrapper:
void
sdb_object_ref(sdb_object_t *obj);
-/*
- * sdb_object_clone:
- * Clone an existing object using its type's 'clone' callback. The callback is
- * responsible for correctly initializing a new object (which may be done
- * using the object create function or the object's type's init function).
- *
- * Returns:
- * - the cloned object on success
- * - NULL on error or if no clone callback is available
- */
-sdb_object_t *
-sdb_object_clone(const sdb_object_t *obj);
-
/*
* sdb_object_cmp_by_name:
* Compare two objects by their name ignoring the case of the characters.