* lisp/emacs-lisp/cl-generic.el (cl--generic-search-method): Fix regexp.
* lisp/emacs-lisp/eieio-core.el (eieio--check-type): Remove.
Use cl-check-type everywhere instead.
(eieio-class-object): Remove, use find-class instead when needed.
(class-p): Don't inline.
(eieio-object-p): Check more thoroughly, so we don't treat cl-structs,
such as eieio classes, as objects. Don't inline.
(object-p): Mark as obsolete.
(eieio-defclass-autoload, eieio-defclass-internal, eieio-oref)
(eieio--generic-tagcode): Avoid `class-p'.
(eieio-make-class-predicate, eieio-make-child-predicate): New functions.
(eieio-defclass-internal): Use current-load-list rather than
`class-location'.
* lisp/emacs-lisp/eieio-opt.el (eieio-help-class, eieio-help-constructor):
Use find-lisp-object-file-name, help-fns-short-filename and new calling
convention for eieio-class-def.
(eieio-build-class-list): Remove function, unused.
(eieio-method-def): Remove button type, unused.
(eieio-class-def): Inherit from help-function-def.
(eieio--defclass-regexp): New constant.
(find-function-regexp-alist): Use it.
(eieio--specializers-apply-to-class-p): Handle eieio--static as well.
(eieio-help-find-method-definition, eieio-help-find-class-definition):
Remove functions.
* lisp/emacs-lisp/eieio.el (defclass): Use new eieio-make-class-predicate
and eieio-make-child-predicate.
(eieio-class-parents): Use eieio--class-object.
(slot-boundp, find-class, eieio-override-prin1): Avoid class-p.
(slot-exists-p): Use find-class.
* test/automated/eieio-tests.el (eieio-test-23-inheritance-check): Simplify.
+2015-01-31 Stefan Monnier <monnier@iro.umontreal.ca>
+
+ * emacs-lisp/eieio.el (defclass): Use new eieio-make-class-predicate
+ and eieio-make-child-predicate.
+ (eieio-class-parents): Use eieio--class-object.
+ (slot-boundp, find-class, eieio-override-prin1): Avoid class-p.
+ (slot-exists-p): Use find-class.
+
+ * emacs-lisp/eieio-opt.el (eieio-help-class, eieio-help-constructor):
+ Use find-lisp-object-file-name, help-fns-short-filename and new calling
+ convention for eieio-class-def.
+ (eieio-build-class-list): Remove function, unused.
+ (eieio-method-def): Remove button type, unused.
+ (eieio-class-def): Inherit from help-function-def.
+ (eieio--defclass-regexp): New constant.
+ (find-function-regexp-alist): Use it.
+ (eieio--specializers-apply-to-class-p): Handle eieio--static as well.
+ (eieio-help-find-method-definition, eieio-help-find-class-definition):
+ Remove functions.
+
+ * emacs-lisp/eieio-core.el (eieio--check-type): Remove.
+ Use cl-check-type everywhere instead.
+ (eieio-class-object): Remove, use find-class instead when needed.
+ (class-p): Don't inline.
+ (eieio-object-p): Check more thoroughly, so we don't treat cl-structs,
+ such as eieio classes, as objects. Don't inline.
+ (object-p): Mark as obsolete.
+ (eieio-defclass-autoload, eieio-defclass-internal, eieio-oref)
+ (eieio--generic-tagcode): Avoid `class-p'.
+ (eieio-make-class-predicate, eieio-make-child-predicate): New functions.
+ (eieio-defclass-internal): Use current-load-list rather than
+ `class-location'.
+
+ * emacs-lisp/cl-generic.el (cl--generic-search-method): Fix regexp.
+
2015-01-30 Stefan Monnier <monnier@iro.umontreal.ca>
* emacs-lisp/backquote.el (backquote-delay-process): Don't reuse `s'
(defun cl--generic-search-method (met-name)
(let ((base-re (concat "(\\(?:cl-\\)?defmethod[ \t]+"
- (regexp-quote (format "%s\\_>" (car met-name))))))
+ (regexp-quote (format "%s" (car met-name)))
+ "\\_>")))
(or
(re-search-forward
(concat base-re "[^&\"\n]*"
being pedantic."
(unless class
(message "Unsafe call to `eieio-persistent-read'."))
- (when class (eieio--check-type class-p class))
+ (when class (cl-check-type class class))
(let ((ret nil)
(buffstr nil))
(unwind-protect
(cl-defmethod eieio-object-set-name-string ((obj eieio-named) name)
"Set the string which is OBJ's NAME."
- (eieio--check-type stringp name)
+ (cl-check-type name string)
(eieio-oset obj 'object-name name))
(cl-defmethod clone ((obj eieio-named) &rest params)
(declare-function slot-unbound "eieio")
(declare-function slot-missing "eieio")
(declare-function child-of-class-p "eieio")
+(declare-function same-class-p "eieio")
+(declare-function object-of-class-p "eieio")
\f
;;;
\f
;;; Important macros used internally in eieio.
-;;
-(defmacro eieio--check-type (type obj)
- (unless (symbolp obj)
- (error "eieio--check-type wants OBJ to be a variable"))
- `(if (not ,(cond
- ((eq 'or (car-safe type))
- `(or ,@(mapcar (lambda (type) `(,type ,obj)) (cdr type))))
- (t `(,type ,obj))))
- (signal 'wrong-type-argument (list ',type ,obj))))
(defmacro eieio--class-v (class) ;Use a macro, so it acts as a GV place.
"Internal: Return the class vector from the CLASS symbol."
(eq (aref class 0) 'defclass)
(error nil)))
-(defsubst eieio-class-object (class)
- "Check that CLASS is a class and return the corresponding object."
- (let ((c (eieio--class-object class)))
- (eieio--check-type eieio--class-p c)
- c))
-
-(defsubst class-p (class)
+(defun class-p (class)
"Return non-nil if CLASS is a valid class vector.
CLASS is a symbol." ;FIXME: Is it a vector or a symbol?
- ;; this new method is faster since it doesn't waste time checking lots of
- ;; things.
- (condition-case nil
- (eq (aref (eieio--class-v class) 0) 'defclass)
- (error nil)))
+ (and (symbolp class) (eieio--class-p (eieio--class-v class))))
(defun eieio-class-name (class)
"Return a Lisp like symbol name for CLASS."
;; FIXME: What's a "Lisp like symbol name"?
;; FIXME: CLOS returns a symbol, but the code returns a string.
(if (eieio--class-p class) (setq class (eieio--class-symbol class)))
- (eieio--check-type class-p class)
+ (cl-check-type class class)
;; I think this is supposed to return a symbol, but to me CLASS is a symbol,
;; and I wanted a string. Arg!
(format "#<class %s>" (symbol-name class)))
Return nil if that option doesn't exist."
(eieio--class-option-assoc (eieio--class-options class) option))
-(defsubst eieio-object-p (obj)
+(defun eieio-object-p (obj)
"Return non-nil if OBJ is an EIEIO object."
(and (vectorp obj)
(> (length obj) 0)
- (eq (symbol-function (eieio--class-tag obj))
- :quick-object-witness-check)))
+ (let ((tag (eieio--object-class-tag obj)))
+ (and (symbolp tag)
+ ;; (eq (symbol-function tag) :quick-object-witness-check)
+ (boundp tag)
+ (eieio--class-p (symbol-value tag))))))
-(defalias 'object-p 'eieio-object-p)
+(define-obsolete-function-alias 'object-p 'eieio-object-p "25.1")
(defsubst class-abstract-p (class)
"Return non-nil if CLASS is abstract.
;; simply not exist yet. So instead we just don't store the list of parents
;; here in eieio-defclass-autoload at all, since it seems that they're just
;; not needed before the class is actually loaded.
- (let* ((oldc (when (class-p cname) (eieio--class-v cname)))
- (newc (eieio--class-make cname))
- )
- (if oldc
+ (let* ((oldc (eieio--class-v cname))
+ (newc (eieio--class-make cname)))
+ (if (eieio--class-p oldc)
nil ;; Do nothing if we already have this class.
;; turn this into a usable self-pointing symbol
(cl-every (lambda (elem) (cl-typep elem ',elem-type))
list)))))
-(declare-function eieio--defmethod "eieio-generic" (method kind argclass code))
+
+(defun eieio-make-class-predicate (class)
+ (lambda (obj)
+ ;; (:docstring (format "Test OBJ to see if it's an object of type %S."
+ ;; class))
+ (and (eieio-object-p obj)
+ (same-class-p obj class))))
+
+(defun eieio-make-child-predicate (class)
+ (lambda (obj)
+ ;; (:docstring (format
+ ;; "Test OBJ to see if it's an object is a child of type %S."
+ ;; class))
+ (and (eieio-object-p obj)
+ (object-of-class-p obj class))))
(defun eieio-defclass-internal (cname superclasses slots options)
"Define CNAME as a new subclass of SUPERCLASSES.
(setq eieio-hook nil)
(let* ((pname superclasses)
- (oldc (when (class-p cname) (eieio--class-v cname)))
+ (oldc (let ((c (eieio--class-v cname))) (if (eieio--class-p c) c)))
(newc (if (and oldc (not (eieio--class-default-object-cache oldc)))
;; The oldc class is a stub setup by eieio-defclass-autoload.
;; Reuse it instead of creating a new one, so that existing
(if pname
(progn
(dolist (p pname)
- (if (and p (symbolp p))
- (if (not (class-p p))
+ (if (not (and p (symbolp p)))
+ (error "Invalid parent class %S" p)
+ (let ((c (eieio--class-v p)))
+ (if (not (eieio--class-p c))
;; bad class
(error "Given parent class %S is not a class" p)
;; good parent class...
;; save new child in parent
- (cl-pushnew cname (eieio--class-children (eieio--class-v p)))
+ (cl-pushnew cname (eieio--class-children c))
;; Get custom groups, and store them into our local copy.
(mapc (lambda (g) (cl-pushnew g groups :test #'equal))
- (eieio--class-option (eieio--class-v p) :custom-groups))
- ;; save parent in child
- (push (eieio--class-v p) (eieio--class-parent newc)))
- (error "Invalid parent class %S" p)))
+ (eieio--class-option c :custom-groups))
+ ;; Save parent in child.
+ (push c (eieio--class-parent newc))))))
;; Reverse the list of our parents so that they are prioritized in
;; the same order as specified in the code.
(cl-callf nreverse (eieio--class-parent newc)))
(eieio--class-option-assoc options :documentation))
;; Save the file location where this class is defined.
- (let ((fname (if load-in-progress
- load-file-name
- buffer-file-name)))
- (when fname
- (when (string-match "\\.elc\\'" fname)
- (setq fname (substring fname 0 (1- (length fname)))))
- (put cname 'class-location fname)))
+ (add-to-list 'current-load-list `(eieio-defclass . ,cname))
;; We have a list of custom groups. Store them into the options.
(let ((g (eieio--class-option-assoc options :custom-groups)))
;;
(defun eieio-oref (obj slot)
"Return the value in OBJ at SLOT in the object vector."
- (eieio--check-type (or eieio-object-p class-p) obj)
- (eieio--check-type symbolp slot)
- (if (class-p obj) (eieio-class-un-autoload obj))
+ (cl-check-type slot symbol)
+ (cl-check-type obj (or eieio-object class))
(let* ((class (cond ((symbolp obj)
(error "eieio-oref called on a class!")
- (eieio--class-v obj))
+ (let ((c (eieio--class-v obj)))
+ (if (eieio--class-p c) (eieio-class-un-autoload obj))
+ c))
(t (eieio--object-class-object obj))))
(c (eieio--slot-name-index class obj slot)))
(if (not c)
(slot-missing obj slot 'oref)
;;(signal 'invalid-slot-name (list (eieio-object-name obj) slot))
)
- (eieio--check-type eieio-object-p obj)
+ (cl-check-type obj eieio-object)
(eieio-barf-if-slot-unbound (aref obj c) obj slot 'oref))))
(defun eieio-oref-default (obj slot)
"Do the work for the macro `oref-default' with similar parameters.
Fills in OBJ's SLOT with its default value."
- (eieio--check-type (or eieio-object-p class-p) obj)
- (eieio--check-type symbolp slot)
+ (cl-check-type obj (or eieio-object class))
+ (cl-check-type slot symbol)
(let* ((cl (cond ((symbolp obj) (eieio--class-v obj))
(t (eieio--object-class-object obj))))
(c (eieio--slot-name-index cl obj slot)))
(defun eieio-oset (obj slot value)
"Do the work for the macro `oset'.
Fills in OBJ's SLOT with VALUE."
- (eieio--check-type eieio-object-p obj)
- (eieio--check-type symbolp slot)
+ (cl-check-type obj eieio-object)
+ (cl-check-type slot symbol)
(let* ((class (eieio--object-class-object obj))
(c (eieio--slot-name-index class obj slot)))
(if (not c)
"Do the work for the macro `oset-default'.
Fills in the default value in CLASS' in SLOT with VALUE."
(setq class (eieio--class-object class))
- (eieio--check-type eieio--class-p class)
- (eieio--check-type symbolp slot)
+ (cl-check-type class eieio--class)
+ (cl-check-type slot symbol)
(let* ((c (eieio--slot-name-index class nil slot)))
(if (not c)
;; It might be missing because it is a :class allocated slot.
;; A class must be defined before it can be used as a parameter
;; specializer in a defmethod form.
;; So we can ignore types that are not known to denote classes.
- (and (class-p type)
+ (and (eieio--class-p (eieio--class-object type))
;; Use the exact same code as for cl-struct, so that methods
;; that dispatch on both kinds of objects get to share this
;; part of the dispatch code.
(setq publa (cdr publa)))))))
;;; Augment the Data debug thing display list.
-(data-debug-add-specialized-thing (lambda (thing) (object-p thing))
+(data-debug-add-specialized-thing (lambda (thing) (eieio-object-p thing))
#'data-debug-insert-object-button)
;;; DEBUG METHODS
nil t)))
nil))
(if (not root-class) (setq root-class 'eieio-default-superclass))
- (eieio--check-type class-p root-class)
+ (cl-check-type root-class class)
(display-buffer (get-buffer-create "*EIEIO OBJECT BROWSE*") t)
(with-current-buffer (get-buffer "*EIEIO OBJECT BROWSE*")
(erase-buffer)
Argument THIS-ROOT is the local root of the tree.
Argument PREFIX is the character prefix to use.
Argument CH-PREFIX is another character prefix to display."
- (eieio--check-type class-p this-root)
+ (cl-check-type this-root class)
(let ((myname (symbol-name this-root))
(chl (eieio--class-children (eieio--class-v this-root)))
(fprefix (concat ch-prefix " +--"))
"n abstract"
"")
" class")
- (let ((location (get class 'class-location)))
+ (let ((location (find-lisp-object-file-name class 'eieio-defclass)))
(when location
(insert " in `")
(help-insert-xref-button
- (file-name-nondirectory location)
- 'eieio-class-def class location)
+ (help-fns-short-filename location)
+ 'eieio-class-def class location 'eieio-defclass)
(insert "'")))
(insert ".\n")
;; Parents
prot (cdr prot)
i (1+ i)))))
-(defun eieio-build-class-list (class)
- "Return a list of all classes that inherit from CLASS."
- (if (class-p class)
- (cl-mapcan
- (lambda (c)
- (append (list c) (eieio-build-class-list c)))
- (eieio--class-children (eieio--class-v class)))
- (list class)))
-
(defun eieio-build-class-alist (&optional class instantiable-only buildlist)
"Return an alist of all currently active classes for completion purposes.
Optional argument CLASS is the class to start with.
;;; METHOD COMPLETION / DOC
-(define-button-type 'eieio-method-def
- :supertype 'help-xref
- 'help-function (lambda (class method file)
- (eieio-help-find-method-definition class method file))
- 'help-echo (purecopy "mouse-2, RET: find method's definition"))
-
(define-button-type 'eieio-class-def
- :supertype 'help-xref
- 'help-function (lambda (class file)
- (eieio-help-find-class-definition class file))
+ :supertype 'help-function-def
'help-echo (purecopy "mouse-2, RET: find class definition"))
+(defconst eieio--defclass-regexp "(defclass[ \t\r\n]+%s[ \t\r\n]+")
+(with-eval-after-load 'find-func
+ (defvar find-function-regexp-alist)
+ (add-to-list 'find-function-regexp-alist
+ `(eieio-defclass . eieio--defclass-regexp)))
+
;;;###autoload
(defun eieio-help-constructor (ctr)
"Describe CTR if it is a class constructor."
(when (class-p ctr)
(erase-buffer)
- (let ((location (get ctr 'class-location))
+ (let ((location (find-lisp-object-file-name ctr 'eieio-defclass))
(def (symbol-function ctr)))
(goto-char (point-min))
(prin1 ctr)
(when location
(insert " in `")
(help-insert-xref-button
- (file-name-nondirectory location)
- 'eieio-class-def ctr location)
+ (help-fns-short-filename location)
+ 'eieio-class-def ctr location 'eieio-defclass)
(insert "'"))
(insert ".\nCreates an object of class " (symbol-name ctr) ".")
(goto-char (point-max))
"Return non-nil if a method with SPECIALIZERS applies to CLASS."
(let ((applies nil))
(dolist (specializer specializers)
- (if (eq 'subclass (car-safe specializer))
+ (if (memq (car-safe specializer) '(subclass eieio--static))
(setq specializer (nth 1 specializer)))
;; Don't include the methods that are "too generic", such as those
;; applying to `eieio-default-superclass'.
(terpri)
))
-;;; HELP AUGMENTATION
-;;
-(defun eieio-help-find-method-definition (class method file)
- (let ((filename (find-library-name file))
- location buf)
- (when (symbolp class)
- (setq class (symbol-name class)))
- (when (symbolp method)
- (setq method (symbol-name method)))
- (when (null filename)
- (error "Cannot find library %s" file))
- (setq buf (find-file-noselect filename))
- (with-current-buffer buf
- (goto-char (point-min))
- (when
- (re-search-forward
- ;; Regexp for searching methods.
- (concat "(defmethod[ \t\r\n]+" method
- "\\([ \t\r\n]+:[a-zA-Z]+\\)?"
- "[ \t\r\n]+(\\s-*(\\(\\sw\\|\\s_\\)+\\s-+"
- class
- "\\s-*)")
- nil t)
- (setq location (match-beginning 0))))
- (if (null location)
- (message "Unable to find location in file")
- (pop-to-buffer buf)
- (goto-char location)
- (recenter)
- (beginning-of-line))))
-
-(defun eieio-help-find-class-definition (class file)
- (when (symbolp class)
- (setq class (symbol-name class)))
- (let ((filename (find-library-name file))
- location buf)
- (when (null filename)
- (error "Cannot find library %s" file))
- (setq buf (find-file-noselect filename))
- (with-current-buffer buf
- (goto-char (point-min))
- (when
- (re-search-forward
- ;; Regexp for searching a class.
- (concat "(defclass[ \t\r\n]+" class "[ \t\r\n]+")
- nil t)
- (setq location (match-beginning 0))))
- (if (null location)
- (message "Unable to find location in file")
- (pop-to-buffer buf)
- (goto-char location)
- (recenter)
- (beginning-of-line))))
-
;;; SPEEDBAR SUPPORT
;;
(defun eieio-class-button (class depth)
"Draw a speedbar button at the current point for CLASS at DEPTH."
- (eieio--check-type class-p class)
+ (cl-check-type class class)
(let ((subclasses (eieio--class-children (eieio--class-v class))))
(if subclasses
(speedbar-make-tag-line 'angle ?+
Due to the way class options are set up, you can add any tags you wish,
and reference them using the function `class-option'."
(declare (doc-string 4))
- (eieio--check-type listp superclasses)
+ (cl-check-type superclasses list)
(cond ((and (stringp (car options-and-doc))
(/= 1 (% (length options-and-doc) 2)))
;; referencing classes. ei, a class whose slot can contain only
;; pointers to itself.
- ;; Create the test function.
- (defun ,testsym1 (obj)
- ,(format "Test OBJ to see if it an object of type %S." name)
- (and (eieio-object-p obj)
- (same-class-p obj ',name)))
-
- (defun ,testsym2 (obj)
- ,(format
- "Test OBJ to see if it an object is a child of type %S."
- name)
- (and (eieio-object-p obj)
- (object-of-class-p obj ',name)))
+ ;; Create the test functions.
+ (defalias ',testsym1 (eieio-make-class-predicate ',name))
+ (defalias ',testsym2 (eieio-make-child-predicate ',name))
,@(when eieio-backward-compatibility
(let ((f (intern (format "%s-child-p" name))))
(defun eieio-object-name (obj &optional extra)
"Return a Lisp like symbol string for object OBJ.
If EXTRA, include that in the string returned to represent the symbol."
- (eieio--check-type eieio-object-p obj)
+ (cl-check-type obj eieio-object)
(format "#<%s %s%s>" (eieio--object-class-name obj)
(eieio-object-name-string obj) (or extra "")))
(define-obsolete-function-alias 'object-name #'eieio-object-name "24.4")
(cl-defmethod eieio-object-set-name-string (obj name)
"Set the string which is OBJ's NAME."
(declare (obsolete eieio-named "25.1"))
- (eieio--check-type stringp name)
+ (cl-check-type name string)
(setf (gethash obj eieio--object-names) name))
(define-obsolete-function-alias
'object-set-name-string 'eieio-object-set-name-string "24.4")
(defun eieio-object-class (obj)
"Return the class struct defining OBJ."
;; FIXME: We say we return a "struct" but we return a symbol instead!
- (eieio--check-type eieio-object-p obj)
+ (cl-check-type obj eieio-object)
(eieio--object-class-name obj))
(define-obsolete-function-alias 'object-class #'eieio-object-class "24.4")
;; CLOS name, maybe?
(defun eieio-object-class-name (obj)
"Return a Lisp like symbol name for OBJ's class."
- (eieio--check-type eieio-object-p obj)
+ (cl-check-type obj eieio-object)
(eieio-class-name (eieio--object-class-name obj)))
(define-obsolete-function-alias
'object-class-name 'eieio-object-class-name "24.4")
"Return parent classes to CLASS. (overload of variable).
The CLOS function `class-direct-superclasses' is aliased to this function."
- (let ((c (eieio-class-object class)))
- (eieio--class-parent c)))
+ (eieio--class-parent (eieio--class-object class)))
(define-obsolete-function-alias 'class-parents #'eieio-class-parents "24.4")
(defun eieio-class-children (class)
"Return child classes to CLASS.
The CLOS function `class-direct-subclasses' is aliased to this function."
- (eieio--check-type class-p class)
+ (cl-check-type class class)
(eieio--class-children (eieio--class-v class)))
(define-obsolete-function-alias
'class-children #'eieio-class-children "24.4")
(defun same-class-p (obj class)
"Return t if OBJ is of class-type CLASS."
(setq class (eieio--class-object class))
- (eieio--check-type eieio--class-p class)
- (eieio--check-type eieio-object-p obj)
+ (cl-check-type class eieio--class)
+ (cl-check-type obj eieio-object)
(eq (eieio--object-class-object obj) class))
(defun object-of-class-p (obj class)
"Return non-nil if OBJ is an instance of CLASS or CLASS' subclasses."
- (eieio--check-type eieio-object-p obj)
+ (cl-check-type obj eieio-object)
;; class will be checked one layer down
(child-of-class-p (eieio--object-class-object obj) class))
;; Backwards compatibility
(defun child-of-class-p (child class)
"Return non-nil if CHILD class is a subclass of CLASS."
(setq child (eieio--class-object child))
- (eieio--check-type eieio--class-p child)
+ (cl-check-type child eieio--class)
;; `eieio-default-superclass' is never mentioned in eieio--class-parent,
;; so we have to special case it here.
(or (eq class 'eieio-default-superclass)
(let ((p nil))
(setq class (eieio--class-object class))
- (eieio--check-type eieio--class-p class)
+ (cl-check-type class eieio--class)
(while (and child (not (eq child class)))
(setq p (append p (eieio--class-parent child))
child (pop p)))
(defun object-slots (obj)
"Return list of slots available in OBJ."
- (eieio--check-type eieio-object-p obj)
+ (cl-check-type obj eieio-object)
(eieio--class-public-a (eieio--object-class-object obj)))
(defun eieio--class-slot-initarg (class slot) "Fetch from CLASS, SLOT's :initarg."
- (eieio--check-type eieio--class-p class)
+ (cl-check-type class eieio--class)
(let ((ia (eieio--class-initarg-tuples class))
(f nil))
(while (and ia (not f))
;; Return nil if the magic symbol is in there.
(not (eq (cond
((eieio-object-p object) (eieio-oref object slot))
- ((class-p object) (eieio-oref-default object slot))
+ ((symbolp object) (eieio-oref-default object slot))
(t (signal 'wrong-type-argument (list 'eieio-object-p object))))
eieio-unbound))))
"Return non-nil if OBJECT-OR-CLASS has SLOT."
(let ((cv (cond ((eieio-object-p object-or-class)
(eieio--object-class-object object-or-class))
- (t (eieio-class-object object-or-class)))))
+ ((eieio--class-p object-or-class) object-or-class)
+ (t (find-class object-or-class 'error)))))
(or (memq slot (eieio--class-public-a cv))
(memq slot (eieio--class-class-allocation-a cv)))
))
"Return the class that SYMBOL represents.
If there is no class, nil is returned if ERRORP is nil.
If ERRORP is non-nil, `wrong-argument-type' is signaled."
- (if (not (class-p symbol))
- (if errorp (signal 'wrong-type-argument (list 'class-p symbol))
- nil)
- (eieio--class-v symbol)))
+ (let ((class (eieio--class-v symbol)))
+ (cond
+ ((eieio--class-p class) class)
+ (errorp (signal 'wrong-type-argument (list 'class-p symbol))))))
;;; Slightly more complex utility functions for objects
;;
Objects in LIST do not need to have a slot named SLOT, nor does
SLOT need to be bound. If these errors occur, those objects will
be ignored."
- (eieio--check-type listp list)
+ (cl-check-type list list)
(while (and list (not (condition-case nil
;; This prevents errors for missing slots.
(equal key (eieio-oref (car list) slot))
"Return an association list with the contents of SLOT as the key element.
LIST must be a list of objects with SLOT in it.
This is useful when you need to do completing read on an object group."
- (eieio--check-type listp list)
+ (cl-check-type list list)
(let ((assoclist nil))
(while list
(setq assoclist (cons (cons (eieio-oref (car list) slot)
LIST must be a list of objects, but those objects do not need to have
SLOT in it. If it does not, then that element is left out of the association
list."
- (eieio--check-type listp list)
+ (cl-check-type list list)
(let ((assoclist nil))
(while list
(if (slot-exists-p (car list) slot)
(object-write thing))
((consp thing)
(eieio-list-prin1 thing))
- ((class-p thing)
+ ((eieio--class-p thing)
(princ (eieio-class-name thing)))
- ((or (keywordp thing) (booleanp thing))
- (prin1 thing))
- ((symbolp thing)
- (princ (concat "'" (symbol-name thing))))
(t (prin1 thing))))
(defun eieio-list-prin1 (list)
;;;***
\f
-;;;### (autoloads nil "eieio-opt" "eieio-opt.el" "b849f8bf1312d5ef57e53d02173e4b5a")
+;;;### (autoloads nil "eieio-opt" "eieio-opt.el" "ff1097f185bc2c253276a7d19fe2f54a")
;;; Generated autoloads from eieio-opt.el
(autoload 'eieio-browse "eieio-opt" "\
+2015-01-31 Stefan Monnier <monnier@iro.umontreal.ca>
+
+ * automated/eieio-tests.el (eieio-test-23-inheritance-check): Simplify.
+
2015-01-30 Stefan Monnier <monnier@iro.umontreal.ca>
* automated/core-elisp-tests.el (core-elisp-tests-3-backquote): New test.
(should (object-of-class-p eitest-ab 'class-b))
(should (object-of-class-p eitest-ab 'class-ab))
(should (eq (eieio-class-parents 'class-a) nil))
- ;; FIXME: eieio-class-parents now returns class objects!
- (should (equal (mapcar #'eieio-class-object (eieio-class-parents 'class-ab))
- (mapcar #'eieio-class-object '(class-a class-b))))
+ (should (equal (eieio-class-parents 'class-ab)
+ (mapcar #'find-class '(class-a class-b))))
(should (same-class-p eitest-a 'class-a))
(should (class-a-p eitest-a))
(should (not (class-a-p eitest-ab)))
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