(defun find-instance-slot-by-name (class super-nick slot-name)
(let ((super (find-superclass-by-nick class super-nick)))
- (find-thing-by-name "slot" super (sod-class-slots super)
+ (find-thing-by-name "instance slot" super (sod-class-slots super)
slot-name #'sod-slot-name)))
(defun find-class-slot-by-name (class super-nick slot-name)
(let* ((meta (sod-class-metaclass class))
(super (find-superclass-by-nick meta super-nick)))
- (find-thing-by-name "slot" super (sod-class-slots super)
+ (find-thing-by-name "class slot" super (sod-class-slots super)
slot-name #'sod-slot-name)))
(defun find-message-by-name (class super-nick message-name)
The root superclass is the superclass which itself has no direct
superclasses. In universes not based on the provided builtin module, the
- root class may not be our beloved SodObject; however, there must be one
+ root class may not be our beloved `SodObject'; however, there must be one
(otherwise the class graph is cyclic, which should be forbidden), and we
insist that it be unique."
;;
;; Note! This function gets called from `check-sod-class' before the
;; class's chains have been computed. Therefore we iterate over the direct
- ;; superclass's chains rather than the class's own. This misses a chain
+ ;; superclasses' chains rather than the class's own. This misses a chain
;; only in the case where the class is its own chain head. There are two
;; subcases: if there are no direct superclasses at all, then the class is
;; its own root; otherwise, it clearly can't be the root and the omission