:g-type ,g-type-name
:cstruct-description ,cstruct-description)
(gethash ,g-type-name *g-type-name->g-boxed-foreign-info*)
- (get ',name 'g-boxed-foreign-info))))))
+ (get ',name 'g-boxed-foreign-info)
+ (get ',name 'structure-constructor)
+ ',(intern (format nil "MAKE-~A" (symbol-name name)) (symbol-package name)))))))
(defmethod make-foreign-type ((info g-boxed-cstruct-wrapper-info) &key return-p)
(make-instance 'boxed-cstruct-foreign-type :info info :return-p return-p))
(setf (foreign-slot-value native cstruct-type slot-name)
(slot-value proxy slot-name))))))
+(defun create-structure (structure-name)
+ (let ((constructor (get structure-name 'structure-constructor)))
+ (assert constructor nil "Don't know how to create structure of type ~A" structure-name)
+ (funcall constructor)))
+
(defun copy-slots-to-proxy (proxy native cstruct-description)
(iter (with cstruct-type = (generated-cstruct-name (cstruct-description-name cstruct-description)))
(for slot in (cstruct-description-slots cstruct-description))
(mem-aref ptr (cstruct-slot-description-type slot) i))))
((cstruct-slot-description-inline-p slot)
(let ((info (get-g-boxed-foreign-info (cstruct-inline-slot-description-boxed-type-name slot))))
- (setf (slot-value proxy slot-name) (make-instance (cstruct-inline-slot-description-boxed-type-name slot)))
+ (setf (slot-value proxy slot-name) (create-structure (cstruct-inline-slot-description-boxed-type-name slot)))
(copy-slots-to-proxy (slot-value proxy slot-name)
(foreign-slot-pointer native cstruct-type slot-name)
(g-boxed-cstruct-wrapper-info-cstruct-description info))))
(unless (null-pointer-p native-structure)
(let* ((info (g-boxed-foreign-info type))
(proxy-structure-type (g-boxed-info-name info))
- (proxy (make-instance proxy-structure-type)))
+ (proxy (create-structure proxy-structure-type)))
(copy-slots-to-proxy proxy native-structure (g-boxed-cstruct-wrapper-info-cstruct-description info))
(when (g-boxed-foreign-return-p type)
(boxed-free-fn info native-structure))
,(generated-cstruct-name (var-structure-name str)))))))
(defun generate-structure-1 (str)
- `(defstruct ,(if (var-structure-parent str)
- `(,(var-structure-name str) (:include ,(var-structure-name (var-structure-parent str))
- (,(var-structure-discriminator-slot (var-structure-parent str))
- ,(first (var-structure-variant-discriminating-values
- (find str
- (var-structure-variants
- (var-structure-parent str))
- :key #'var-structure-variant-structure))))))
- `,(var-structure-name str))
- ,@(iter (for slot in (var-structure-slots str))
- (collect `(,(cstruct-slot-description-name slot)
- ,(cstruct-slot-description-initform slot))))))
+ (let ((name (var-structure-name str)))
+ `(progn
+ (defstruct ,(if (var-structure-parent str)
+ `(,(var-structure-name str) (:include ,(var-structure-name (var-structure-parent str))
+ (,(var-structure-discriminator-slot (var-structure-parent str))
+ ,(first (var-structure-variant-discriminating-values
+ (find str
+ (var-structure-variants
+ (var-structure-parent str))
+ :key #'var-structure-variant-structure))))))
+ `,(var-structure-name str))
+ ,@(iter (for slot in (var-structure-slots str))
+ (collect `(,(cstruct-slot-description-name slot)
+ ,(cstruct-slot-description-initform slot)))))
+ (setf (get ',name 'structure-constructor)
+ ',(intern (format nil "MAKE-~A" (symbol-name name)) (symbol-package name))))))
(defun generate-structures (str)
(iter (for variant in (reverse (all-structures str)))
(unless (null-pointer-p native)
(let ((type (g-boxed-foreign-info foreign-type)))
(multiple-value-bind (actual-struct cstruct-description) (decide-proxy-type type native)
- (let ((proxy (make-instance actual-struct)))
+ (let ((proxy (create-structure actual-struct)))
(copy-slots-to-proxy proxy native cstruct-description)
(when (g-boxed-foreign-return-p foreign-type)
(boxed-free-fn type native))