;;;; in Text, HTML, and XML formats. This includes hyperlinking
;;;; capability and sub-objects.
;;;;
-;;;; $Id$
-;;;;
;;;; This file is Copyright (c) 2000-2006 by Kevin M. Rosenberg
;;;; *************************************************************************
(defclass hyperobject-class (standard-class)
( ;; slots initialized in defclass
- (user-name :initarg :user-name :type string :initform nil
- :accessor user-name
- :documentation "User name for class")
- (user-name-plural :initarg :user-name-plural :type string :initform nil
- :accessor user-name-plural
- :documentation "Plural user name for class")
+ (user-name :initarg :user-name :initform nil
+ :accessor user-name
+ :documentation "User name for class")
+ (user-name-plural :initarg :user-name-plural :initform nil
+ :accessor user-name-plural
+ :documentation "Plural user name for class")
(default-print-slots :initarg :default-print-slots :type list :initform nil
- :accessor default-print-slots
- :documentation "Defaults slots for a view")
+ :accessor default-print-slots
+ :documentation "Defaults slots for a view")
(description :initarg :description :initform nil
- :accessor description
- :documentation "Class description")
+ :accessor description
+ :documentation "Class description")
(version :initarg :version :initform nil
- :accessor version
- :documentation "Version number for class")
+ :accessor version
+ :documentation "Version number for class")
(closures :initarg :closures :initform nil
- :accessor closures
- :documentation "Closures to call on slot chnages")
+ :accessor closures
+ :documentation "Closures to call on slot chnages")
(sql-name :initarg :sql-name :accessor sql-name :initform nil
- :documentation "SQL Name for this class")
+ :documentation "SQL Name for this class")
(guid :initarg :guid :accessor guid :initform nil
- :documentation "ID string for this class")
+ :documentation "ID string for this class")
;;; The remainder of these fields are calculated one time
;;; in finalize-inheritence.
(subobjects :initform nil :accessor subobjects
- :documentation
- "List of fields that contain a list of subobjects objects.")
+ :documentation
+ "List of fields that contain a list of subobjects objects.")
+ (compute-cached-values :initform nil :accessor compute-cached-values
+ :documentation
+ "List of fields that contain a list of compute-cached-value objects.")
(hyperlinks :type list :initform nil :accessor hyperlinks
- :documentation "List of fields that have hyperlinks")
+ :documentation "List of fields that have hyperlinks")
(direct-rules :type list :initform nil :initarg :direct-rules
- :accessor direct-rules
- :documentation "List of rules to fire on slot changes.")
+ :accessor direct-rules
+ :documentation "List of rules to fire on slot changes.")
(direct-views :type list :initform nil :initarg :direct-views
- :accessor direct-views
- :documentation "List of views")
- (class-id :type integer :initform nil
- :accessor class-id
- :documentation "Unique ID for the class")
+ :accessor direct-views
+ :documentation "List of views")
+ (class-id :type integer :initform (+ (* 1000000 (get-universal-time)) (random 1000000))
+ :accessor class-id
+ :documentation "Unique ID for the class")
(default-view :initform nil :initarg :default-view :accessor default-view
- :documentation "The default view for a class")
+ :documentation "The default view for a class")
(documementation :initform nil :initarg :documentation
- :documentation "Documentation string for hyperclass.")
+ :documentation "Documentation string for hyperclass.")
;; SQL commands
(create-table-cmd :initform nil :reader create-table-cmd)
(drop-table-cmd :initform nil :reader drop-table-cmd)
(views :type list :initform nil :initarg :views :accessor views
- :documentation "List of views")
+ :documentation "List of views")
(rules :type list :initform nil :initarg :rules :accessor rules
- :documentation "List of rules")
+ :documentation "List of rules")
)
(:documentation "Metaclass for Markup Language classes."))
(defclass subobject ()
((name-class :type symbol :initarg :name-class :reader name-class)
(name-slot :type symbol :initarg :name-slot :reader name-slot)
- (subobj-class :type symbol :initarg :subobj-class :reader subobj-class)
+ (lazy-class :type symbol :initarg :lazy-class :reader lazy-class)
+ (lookup :type (or function symbol) :initarg :lookup :reader lookup)
+ (lookup-keys :type list :initarg :lookup-keys :reader lookup-keys))
+ (:documentation "subobject information")
+ (:default-initargs :name-class nil :name-slot nil :lazy-class nil
+ :lookup nil :lookup-keys nil))
+
+(defclass compute-cached-value ()
+ ((name-class :type symbol :initarg :name-class :reader name-class)
+ (name-slot :type symbol :initarg :name-slot :reader name-slot)
+ (lazy-class :type symbol :initarg :lazy-class
+ :reader lazy-class)
(lookup :type (or function symbol) :initarg :lookup :reader lookup)
(lookup-keys :type list :initarg :lookup-keys :reader lookup-keys))
(:documentation "subobject information")
- (:default-initargs :name-class nil :name-slot nil :subobj-class nil
- :lookup nil :lookup-keys nil))
+ (:default-initargs :name-class nil :name-slot nil :lazy-class nil
+ :lookup nil :lookup-keys nil))
-(defmethod print-object ((obj subobject) (s stream))
+(defmethod print-object ((obj subobject) s)
(print-unreadable-object (obj s :type t)
(format s "~S" (name-slot obj))))
;; :type t
:initform nil :initarg :lookup :reader lookup)
(link-parameters :type list :initform nil :initarg :link-parameters
- :reader link-parameters)))
+ :reader link-parameters)))
-(defmethod print-object ((obj hyperlink) (s stream))
+(defmethod print-object ((obj hyperlink) s)
(print-unreadable-object (obj s :type t :identity t)
(format s "~S" (name obj))))
(defmethod validate-superclass ((class hyperobject-class) (superclass standard-class))
t)
+
+(declaim (inline delistify))
+(defun delistify (list)
+ "Some MOPs, like openmcl 0.14.2, cons attribute values in a list."
+ (if (listp list)
+ (car list)
+ list))
+
+(defun remove-keyword-arg (arglist akey)
+ (let ((mylist arglist)
+ (newlist ()))
+ (labels ((pop-arg (alist)
+ (let ((arg (pop alist))
+ (val (pop alist)))
+ (unless (equal arg akey)
+ (setf newlist (append (list arg val) newlist)))
+ (when alist (pop-arg alist)))))
+ (pop-arg mylist))
+ newlist))
+
+(defun remove-keyword-args (arglist akeys)
+ (let ((mylist arglist)
+ (newlist ()))
+ (labels ((pop-arg (alist)
+ (let ((arg (pop alist))
+ (val (pop alist)))
+ (unless (find arg akeys)
+ (setf newlist (append (list arg val) newlist)))
+ (when alist (pop-arg alist)))))
+ (pop-arg mylist))
+ newlist))
+
+
+(defmethod shared-initialize :around ((class hyperobject-class) slot-names
+ &rest initargs
+ &key direct-superclasses
+ user-name sql-name name description
+ &allow-other-keys)
+ ;(format t "ii ~S ~S ~S ~S ~S~%" initargs base-table direct-superclasses user-name sql-name)
+ (let ((root-class (find-class 'hyperobject nil))
+ (vmc 'hyperobject-class)
+ user-name-plural user-name-str sql-name-str)
+ ;; when does CLSQL pass :qualifier to initialize instance?
+ (setq user-name-str
+ (if user-name
+ (delistify user-name)
+ (and name (format nil "~:(~A~)" name))))
+
+ (setq sql-name-str
+ (if sql-name
+ (delistify sql-name)
+ (and name (lisp-name-to-sql-name name))))
+
+ (if sql-name
+ (delistify sql-name)
+ (and name (lisp-name-to-sql-name name)))
+
+ (setq description (delistify description))
+
+ (setq user-name-plural
+ (if (and (consp user-name) (second user-name))
+ (second user-name)
+ (and user-name-str (format nil "~A~P" user-name-str 2))))
+
+ (flet ((do-call-next-method (direct-superclasses)
+ (let ((fn-args (list class slot-names :direct-superclasses direct-superclasses))
+ (rm-args '(:direct-superclasses)))
+ (when user-name-str
+ (setq fn-args (nconc fn-args (list :user-name user-name-str)))
+ (push :user-name rm-args))
+ (when user-name-plural
+ (setq fn-args (nconc fn-args (list :user-name-plural user-name-plural)))
+ (push :user-name-plural rm-args))
+ (when sql-name-str
+ (setq fn-args (nconc fn-args (list :sql-name sql-name-str)))
+ (push :sql-name rm-args))
+ (when description
+ (setq fn-args (nconc fn-args (list :description description)))
+ (push :description rm-args))
+ (setq fn-args (nconc fn-args (remove-keyword-args initargs rm-args)))
+ (apply #'call-next-method fn-args))))
+ (if root-class
+ (if (some #'(lambda (super) (typep super vmc))
+ direct-superclasses)
+ (do-call-next-method direct-superclasses)
+ (do-call-next-method direct-superclasses #+nil (append (list root-class)
+ direct-superclasses)))
+ (do-call-next-method direct-superclasses)))))
+
+
(defmethod finalize-inheritance :after ((cl hyperobject-class))
+ "Initialize a hyperobject class. Calculates all class slots"
+ (finalize-subobjects cl)
+ (finalize-compute-cached cl)
(init-hyperobject-class cl))
(eval-when (:compile-toplevel :load-toplevel :execute)
(when (>= (length (generic-function-lambda-list
- (ensure-generic-function
- 'compute-effective-slot-definition)))
- 3)
+ (ensure-generic-function
+ 'compute-effective-slot-definition)))
+ 3)
(pushnew :ho-normal-cesd cl:*features*))
(when (>= (length (generic-function-lambda-list
- (ensure-generic-function
- 'direct-slot-definition-class)))
- 3)
+ (ensure-generic-function
+ 'direct-slot-definition-class)))
+ 3)
(pushnew :ho-normal-dsdc cl:*features*))
(when (>= (length (generic-function-lambda-list
- (ensure-generic-function
- 'effective-slot-definition-class)))
- 3)
+ (ensure-generic-function
+ 'effective-slot-definition-class)))
+ 3)
(pushnew :ho-normal-esdc cl:*features*)))
(defmethod direct-slot-definition-class ((cl hyperobject-class)
- #+ho-normal-dsdc &rest iargs)
+ #+ho-normal-dsdc &rest iargs)
(declare (ignore iargs))
(find-class 'hyperobject-dsd))
(defmethod effective-slot-definition-class ((cl hyperobject-class)
- #+ho-normal-esdc &rest iargs)
+ #+ho-normal-esdc &rest iargs)
(declare (ignore iargs))
(find-class 'hyperobject-esd))
(defmacro process-class-option (slot-name &optional required)
#+lispworks
`(defmethod clos:process-a-class-option ((class hyperobject-class)
- (name (eql ,slot-name))
- value)
+ (name (eql ,slot-name))
+ value)
(when (and ,required (null value))
- (error "hyperobject class slot ~A must have a value" name))
+ (error "hyperobject class slot ~A must have a value" name))
(list name `',value))
#+(or allegro sbcl cmu scl openmcl)
(declare (ignore slot-name required))
(defmacro process-slot-option (slot-name)
#+lispworks
`(defmethod clos:process-a-slot-option ((class hyperobject-class)
- (option (eql ,slot-name))
- value
- already-processed-options
- slot)
+ (option (eql ,slot-name))
+ value
+ already-processed-options
+ slot)
(list* option `',value already-processed-options))
#-lispworks
(declare (ignore slot-name))
(eval
`(defclass hyperobject-dsd (standard-direct-slot-definition)
(,@(mapcar #'(lambda (x)
- `(,(intern (symbol-name x))
- :initform nil))
- *slot-options-no-initarg*)
+ `(,(intern (symbol-name x))
+ :initform nil))
+ *slot-options-no-initarg*)
,@(mapcar #'(lambda (x)
- `(,(intern (symbol-name x))
- :initarg
- ,(intern (symbol-name x) (symbol-name :keyword))
- :initform nil
- :accessor
- ,(intern (concatenate 'string
- (symbol-name :dsd-)
- (symbol-name x)))))
- *slot-options*))))
+ `(,(intern (symbol-name x))
+ :initarg
+ ,(intern (symbol-name x) (symbol-name :keyword))
+ :initform nil
+ :accessor
+ ,(intern (concatenate 'string
+ (symbol-name :dsd-)
+ (symbol-name x)))))
+ *slot-options*))))
(eval
`(defclass hyperobject-esd (standard-effective-slot-definition)
(,@(mapcar #'(lambda (x)
- `(,(intern (symbol-name x))
- :initarg
- ,(intern (symbol-name x) (symbol-name :keyword))
- :initform nil
- :accessor
- ,(intern (concatenate 'string
- (symbol-name :esd-)
- (symbol-name x)))))
- (append *slot-options* *slot-options-no-initarg*)))))
+ `(,(intern (symbol-name x))
+ :initarg
+ ,(intern (symbol-name x) (symbol-name :keyword))
+ :initform nil
+ :accessor
+ ,(intern (concatenate 'string
+ (symbol-name :esd-)
+ (symbol-name x)))))
+ (append *slot-options* *slot-options-no-initarg*)))))
) ;; eval-when
(defun intern-in-keyword (obj)
(t
t)))
-(defmethod initialize-instance :around ((obj hyperobject-dsd) &rest initargs)
- (do* ((parsed (list obj))
- (name (first initargs) (first initargs))
- (val (second initargs) (second initargs)))
- ((null initargs)
- (apply #'call-next-method parsed))
- (if (eql name :value-type)
- (progn
- (setq val (canonicalize-value-type val))
- (setq parsed (append parsed (list name val)))
- (setq parsed (append parsed (list :type
- (value-type-to-lisp-type
- (canonicalize-value-type val))))))
- (setq parsed (append parsed (list name val))))
- (setq initargs (cddr initargs))))
(defmethod compute-effective-slot-definition :around ((cl hyperobject-class)
- #+ho-normal-cesd name
- dsds)
+ #+ho-normal-cesd name
+ dsds)
(declare (ignore #+ho-normal-cesd name))
(let ((esd (call-next-method)))
(if (typep esd 'hyperobject-esd)
- (compute-hyperobject-esd esd dsds)
- esd)))
+ (compute-hyperobject-esd esd dsds)
+ esd)))
(defun compute-hyperobject-esd (esd dsds)
(let* ((dsd (car dsds)))
(multiple-value-bind (sql-type sql-length)
- (value-type-to-sql-type (dsd-value-type dsd))
+ (value-type-to-sql-type (dsd-value-type dsd))
(setf (esd-sql-type esd) sql-type)
(setf (esd-sql-length esd) sql-length))
(setf (esd-user-name esd)
- (aif (dsd-user-name dsd)
+ (aif (dsd-user-name dsd)
it
- (string-downcase (symbol-name (slot-definition-name dsd)))))
+ (string-downcase (symbol-name (slot-definition-name dsd)))))
(setf (esd-sql-name esd)
- (aif (dsd-sql-name dsd)
- it
- (lisp-name-to-sql-name (slot-definition-name dsd))))
+ (aif (dsd-sql-name dsd)
+ it
+ (lisp-name-to-sql-name (slot-definition-name dsd))))
(setf (esd-sql-name esd)
- (aif (dsd-sql-name dsd)
- it
- (lisp-name-to-sql-name (slot-definition-name dsd))))
+ (aif (dsd-sql-name dsd)
+ it
+ (lisp-name-to-sql-name (slot-definition-name dsd))))
(dolist (name '(value-type print-formatter subobject hyperlink
hyperlink-parameters unbound-lookup
- description value-constraint indexed null-allowed
- unique short-description void-text read-only-groups
- hidden-groups unit disable-predicate view-type
- list-of-values stored))
+ description value-constraint indexed null-allowed
+ unique short-description void-text read-only-groups
+ hidden-groups unit disable-predicate view-type
+ list-of-values compute-cached-value stored))
(setf (slot-value esd name) (slot-value dsd name)))
esd))
SQL name"
(unless (stringp lisp)
(setq lisp
- (typecase lisp
- (symbol (symbol-name lisp))
- (t (write-to-string lisp)))))
+ (typecase lisp
+ (symbol (symbol-name lisp))
+ (t (write-to-string lisp)))))
(do* ((len (length lisp))
- (sql (make-string len))
- (i 0 (1+ i)))
+ (sql (make-string len))
+ (i 0 (1+ i)))
((= i len) (string-upcase sql))
(declare (fixnum i)
- (simple-string sql))
+ (simple-string sql))
(setf (schar sql i)
- (let ((c (char lisp i)))
- (case c
- ((#\- #\$ #\+ #\#) #\_)
- (otherwise c))))))
+ (let ((c (char lisp i)))
+ (case c
+ ((#\- #\$ #\+ #\#) #\_)
+ (otherwise c))))))
#+ho-normal-cesd
(setq cl:*features* (delete :ho-normal-cesd cl:*features*))
(or (eq type 'string)
(and (listp type) (some #'(lambda (x) (eq x 'string)) type))))
+(defun value-type-is-a-string (type)
+ (or (eq type 'string)
+ (eq type 'cdata)
+ (and (listp type) (some #'(lambda (x) (or (eq x 'string)
+ (eq x 'cdata)))
+ type))))
+
(defun base-value-type (value-type)
(if (atom value-type)
value-type
(defun value-type-to-sql-type (value-type)
"Return two values, the sql type and field length."
(let ((type (base-value-type value-type))
- (length (when (consp value-type)
- (cadr value-type))))
+ (length (when (consp value-type)
+ (cadr value-type))))
(values
(case type
((:char :character)
- :char)
+ :char)
(:varchar
- :varchar)
+ :varchar)
((:fixnum :integer)
- :integer)
+ :integer)
(:long-integer
- :long-integer)
+ :long-integer)
(:boolean
- :boolean)
+ :boolean)
((:float :single-float)
- :single-float)
+ :single-float)
(:double-float
- :double-float)
+ :double-float)
(:datetime
:long-integer)
(otherwise
- :text))
+ :text))
length)))
;;;; Class initialization function
(defmethod slot-unbound ((class hyperobject-class) instance slot-name)
(let ((lazy-reader
- (loop for super in (class-precedence-list class)
- as lazy-reader = (getf (gethash super *lazy-readers*) slot-name)
- when lazy-reader return it)))
+ (loop for super in (class-precedence-list class)
+ as lazy-reader = (getf (gethash super *lazy-readers*) slot-name)
+ when lazy-reader return it)))
(if lazy-reader
- (setf (slot-value instance slot-name)
- (if (atom lazy-reader)
- (make-instance lazy-reader)
- (apply (car lazy-reader)
- (loop for arg-slot-name in (cdr lazy-reader)
- collect (slot-value instance arg-slot-name)))))
- ;; No lazy reader -- defer to regular slot-unbound handling.
- (call-next-method))))
+ (setf (slot-value instance slot-name)
+ (if (atom lazy-reader)
+ (make-instance lazy-reader)
+ (apply (car lazy-reader)
+ (loop for arg-slot-name in (cdr lazy-reader)
+ collect (slot-value instance arg-slot-name)))))
+ ;; No lazy reader -- defer to regular slot-unbound handling.
+ (call-next-method))))
;; The reader is a function and the reader-keys are slot names. The slot is lazily set to
;; the result of applying the function to the slot-values of those slots, and that value
;; is also returned.
-(defun ensure-lazy-reader (cl class-name slot-name subobj-class reader
- &rest reader-keys)
+(defun ensure-lazy-reader (cl class-name slot-name lazy-class reader
+ &rest reader-keys)
(declare (ignore class-name))
(setf (getf (gethash cl *lazy-readers*) slot-name)
- (aif subobj-class
- it
- (list* reader (copy-list reader-keys)))))
+ (aif lazy-class
+ it
+ (list* reader (copy-list reader-keys)))))
(defun remove-lazy-reader (class-name slot-name)
(setf (getf (gethash (find-class class-name) *lazy-readers*) slot-name)
nil))
+(defun store-lazily-computed-objects (cl slot esd-accessor obj-class)
+ (setf (slot-value cl slot)
+ (let ((objs '()))
+ (dolist (slot (class-slots cl))
+ (let-when
+ (def (funcall esd-accessor slot))
+ (let ((obj (make-instance obj-class
+ :name-class (class-name cl)
+ :name-slot (slot-definition-name slot)
+ :lazy-class (when (atom def)
+ def)
+ :lookup (when (listp def)
+ (car def))
+ :lookup-keys (when (listp def)
+ (cdr def)))))
+ (unless (eq (lookup obj) t)
+ (apply #'ensure-lazy-reader
+ cl
+ (name-class obj) (name-slot obj)
+ (lazy-class obj)
+ (lookup obj) (lookup-keys obj))
+ (push obj objs)))))
+ ;; sbcl/cmu reverse class-slots compared to the defclass form
+ ;; so re-reverse on cmu/sbcl
+ #+(or cmu sbcl) objs
+ #-(or cmu sbcl) (nreverse objs)
+ )))
+
(defun finalize-subobjects (cl)
- "Process class subobjects slot"
- (setf (subobjects cl)
- (let ((subobjects '()))
- (dolist (slot (class-slots cl))
- (let-when
- (subobj-def (esd-subobject slot))
- (let ((subobject
- (make-instance 'subobject
- :name-class (class-name cl)
- :name-slot (slot-definition-name slot)
- :subobj-class (when (atom subobj-def)
- subobj-def)
- :lookup (when (listp subobj-def)
- (car subobj-def))
- :lookup-keys (when (listp subobj-def)
- (cdr subobj-def)))))
- (unless (eq (lookup subobject) t)
- (apply #'ensure-lazy-reader
- cl
- (name-class subobject) (name-slot subobject)
- (subobj-class subobject)
- (lookup subobject) (lookup-keys subobject))
- (push subobject subobjects)))))
- ;; sbcl/cmu reverse class-slots compared to the defclass form
- ;; so re-reverse on cmu/sbcl
- #+(or cmu sbcl) subobjects
- #-(or cmu sbcl) (nreverse subobjects)
- )))
-
-(defun finalize-class-slots (cl)
- "Make sure all class slots have an expected value"
- (unless (user-name cl)
- (setf (user-name cl) (format nil "~:(~A~)" (class-name cl))))
-
- (setf (user-name-plural cl)
- (if (and (consp (user-name cl)) (cadr (user-name cl)))
- (cadr (user-name cl))
- (format nil "~A~P" (if (consp (user-name cl))
- (car (user-name cl))
- (user-name cl))
- 2)))
-
- (dolist (name '(user-name description version guid sql-name))
- (awhen (slot-value cl name)
- (setf (slot-value cl name)
- (if (listp it)
- (car it)
- it))))
-
- (unless (sql-name cl)
- (setf (sql-name cl) (lisp-name-to-sql-name (class-name cl))))
- )
+ (store-lazily-computed-objects cl 'subobjects 'esd-subobject 'subobject))
+
+(defun finalize-compute-cached (cl)
+ (store-lazily-computed-objects cl 'compute-cached-values
+ 'esd-compute-cached-value 'compute-cached-value))
+
(defun finalize-documentation (cl)
"Calculate class documentation slot"
(let ((*print-circle* nil))
(setf (documentation cl 'type)
- (format nil "Hyperobject~A~A~A~A"
- (aif (user-name cl)
- (format nil ": ~A" it ""))
- (aif (description cl)
- (format nil "~%Class description: ~A" it) "")
- (aif (subobjects cl)
- (format nil "~%Subobjects:~{ ~A~}" (mapcar #'name-slot it)) "")
- (aif (default-print-slots cl)
- (format nil "~%Default print slots:~{ ~A~}" it) "")
- ))))
+ (format nil "Hyperobject~A~A~A~A"
+ (aif (user-name cl)
+ (format nil ": ~A" it) "")
+ (aif (description cl)
+ (format nil "~%Class description: ~A" it) "")
+ (aif (subobjects cl)
+ (format nil "~%Subobjects:~{ ~A~}" (mapcar #'name-slot it)) "")
+ (aif (default-print-slots cl)
+ (format nil "~%Default print slots:~{ ~A~}" it) "")
+ ))))
(defun finalize-hyperlinks (cl)
(let ((hyperlinks '()))
(dolist (esd (class-slots cl))
(awhen (slot-value esd 'hyperlink)
- (push
- (make-instance 'hyperlink
- :name (slot-definition-name esd)
- :lookup it
- :link-parameters (slot-value esd 'hyperlink-parameters))
- hyperlinks)))
+ (push
+ (make-instance 'hyperlink
+ :name (slot-definition-name esd)
+ :lookup it
+ :link-parameters (slot-value esd 'hyperlink-parameters))
+ hyperlinks)))
;; cmu/sbcl reverse class-slots compared to the defclass form
;; hyperlinks is already reversed from the dolist/push loop, so re-reverse on sbcl/cmu
#-(or cmu sbcl) (setq hyperlinks (nreverse hyperlinks))
(defun init-hyperobject-class (cl)
"Initialize a hyperobject class. Calculates all class slots"
- (finalize-subobjects cl)
(finalize-views cl)
(finalize-hyperlinks cl)
(finalize-sql cl)
(finalize-rules cl)
- (finalize-class-slots cl)
(finalize-documentation cl))
+
+
;;;; *************************************************************************
;;;; Metaclass Slot Accessors
;;;; *************************************************************************
projects / hyperobject.git / blobdiff