(save-match-data
(let ((cplist (append gud-jdb-sourcepath gud-jdb-classpath))
(fbuffer (get-file-buffer f))
- class-found)
+ syntax-symbol syntax-point class-found)
(setq f (file-name-sans-extension (file-truename f)))
+ ;; Syntax-symbol returns the symbol of the *first* element
+ ;; in the syntactical analysis result list, syntax-point
+ ;; returns the buffer position of same
+ (fset 'syntax-symbol (lambda (x) (c-langelem-sym (car x))))
+ (fset 'syntax-point (lambda (x) (c-langelem-pos (car x))))
;; Search through classpath list for an entry that is
;; contained in f
(while (and cplist (not class-found))
;; with the 'topmost-intro symbol, there may be
;; nested classes...
(while (not (eq 'topmost-intro
- (car (car (c-guess-basic-syntax)))))
+ (syntax-symbol (c-guess-basic-syntax))))
;; Check if the current position c-syntactic
;; analysis has 'inclass
(setq syntax (c-guess-basic-syntax))
(while
- (and (not (eq 'inclass (car (car syntax))))
+ (and (not (eq 'inclass (syntax-symbol syntax)))
(cdr syntax))
(setq syntax (cdr syntax)))
- (if (eq 'inclass (car (car syntax)))
+ (if (eq 'inclass (syntax-symbol syntax))
(progn
- (goto-char (cdr (car syntax)))
+ (goto-char (syntax-point syntax))
;; Now we're at the beginning of a class
;; definition. Find class name
(looking-at
(append (list (match-string-no-properties 1))
nclass)))
(setq syntax (c-guess-basic-syntax))
- (while (and (not (cdr (car syntax))) (cdr syntax))
+ (while (and (not (syntax-point syntax)) (cdr syntax))
(setq syntax (cdr syntax)))
- (goto-char (cdr (car syntax)))
+ (goto-char (syntax-point syntax))
))
(string-match (concat (car nclass) "$") class-found)
(setq class-found