1 ;;; cc-engine-2.el --- Extensuions to cc-engine.el
5 ;; Copyright (C) 2000 Stefan Bund
7 ;; cc-engine-2.el is free software; you can redistribute it and/or
8 ;; modify it under the terms of the GNU General Public License as
9 ;; published by the Free Software Foundation; either version 2, or (at
10 ;; your option) any later version.
12 ;; cc-engine-2.el is distributed in the hope that it will be useful,
13 ;; but WITHOUT ANY WARRANTY; without even the implied warranty of
14 ;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
15 ;; General Public License for more details.
26 (defconst c-template-arglist-syntax
27 (let ((table (copy-syntax-table c-mode-syntax-table)))
28 (modify-syntax-entry ?< "(" table)
29 (modify-syntax-entry ?> ")" table)
34 (concat (regexp-opt '("break" "continue" "do" "else" "for" "if"
35 "return" "switch" "while" "sizeof" "typedef"
36 "extern" "auto" "register" "static" "friend"
37 "volatile" "const" "restrict" "enum"
38 "struct" "union" "class" "char" "short"
39 "int" "long" "signed" "unsigned" "float"
40 "double" "void" "complex" "case" "goto"
41 "inline" "try" "catch" "throw" "inline_"
42 "throw_" "virtual" "new" "delete" "explicit"
43 "prefix_" "typename" "template") t)
46 (defconst c-blocking-key
48 (concat (regexp-opt '("if" "while" "for" "switch")) "\\b[^_]")))
50 (defconst c-class-scope-key "\\(class\\|struct\\|union\\)\\b[^_]")
51 (defconst c-namespace-scope-key "namespace\\b[^_]")
52 (defconst c-scope-key "\\(class\\|struct\\|union\\|namespace\\)");\\b[^_]")
53 (defconst c-struct-scope-key "struct\\b[^_]")
54 (defconst c-template-key "template\\b[^_]")
55 (defconst c-operator-key "operator\\b[^_]")
56 (defconst c-operator-operators nil)
57 (defconst c-typedef-key "typedef\\b[^_]")
58 (defconst c-friend-key "friend\\b[^_]")
59 (defconst c-access-key "\\(public\\|protected\\|private\\)\\s-*:")
60 (defconst c-access-keys
61 '(("public\\s-*:" . public)
62 ("protected\\s-*:" . protected)
63 ("private\\s-*:" . private)))
64 (defconst c-inheritance-spec-key "\\(public\\|protected\\|private\\|virtual\\)\\b[^_]")
66 (let ((assable '("+" "-" "*" "/" "%" "^" "&" "|" "~" "!" "=" "<" ">" ">>" "<<"))
67 (others '("&&" "||" "++" "--" "->*" "," "->" "[]" "()" "new" "new[]"
68 "delete" "delete[]" "bool")))
69 (setq c-operator-operators
70 (regexp-opt (nconc (mapcar (function (lambda (x) (concat x "=")))
74 (defconst c-operator-word
75 (concat "operator\\s-*" c-operator-operators))
77 (defconst c-skip-syntaxes '(? ?. ?'))
86 (defmacro c-with-temporary-syntax-table (table &rest body)
87 ;; evaluate BODY temporarily binding the syntax table to TABLE
88 (let ((saved-syntax-table (make-symbol "saved-syntax-table")))
89 `(let ((,saved-syntax-table (syntax-table)))
92 (set-syntax-table ,table)
94 (set-syntax-table ,saved-syntax-table)))))
96 (def-edebug-spec c-with-temporary-syntax-table (sexp body))
97 (put 'c-with-temporary-syntax-table 'lisp-indent-function 1)
99 ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
100 ;; moving by syntactic entities
102 (defun c-skip-non-sexp-chars-forward ()
103 ;; skip char's not considered part of sexps forward
104 (c-forward-syntactic-ws)
105 (while (and (not (eq (following-char) ?<))
106 (memq (char-syntax (following-char)) c-skip-syntaxes)
109 (c-forward-syntactic-ws)))
111 (defun c-skip-non-sexp-chars-backward ()
112 ;; skip char's not considered part of sexps backward
113 (c-backward-syntactic-ws)
114 (while (and (not (eq (preceding-char) ?>))
115 (memq (char-syntax (preceding-char)) c-skip-syntaxes)
118 (c-backward-syntactic-ws)))
120 ;; support for teplate arglists
122 (defun c-forward-template-arglist ()
123 ;; skip forward over the <> delimited template arglist at
124 ;; point. This temporarily changes the syntax-table to include <> as
125 ;; matching delimiters and uses c-forward-sexp
126 (c-skip-non-sexp-chars-forward)
127 (if (not (eq (following-char) ?<))
131 (while (and (> level 0)
132 (re-search-forward "[[({<>]" nil t))
133 (if (not (c-in-literal))
134 (cond ((memq (preceding-char) '(?\[ ?\( ?{))
137 ((eq (preceding-char) ?<)
138 (setq level (1+ level)))
140 ((eq (preceding-char) ?>)
141 (setq level (1- level)))))))))
143 (defun c-backward-template-arglist ()
144 ;; reverse of c-forward-template-arglist
145 (c-skip-non-sexp-chars-backward)
146 (if (not (eq (preceding-char) ?>))
150 (while (and (> level 0)
151 (re-search-backward "[])}<>]" nil t))
152 (if (not (c-in-literal))
153 (cond ((memq (following-char) '(?\] ?\) ?}))
156 ((eq (following-char) ?>)
157 (setq level (1+ level)))
159 ((eq (following-char) ?<)
160 (setq level (1- level)))))))))
162 (defsubst c-at-symbol-p ()
163 (memq (char-syntax (following-char)) '(?w ?_)))
165 (defsubst c-after-symbol-p ()
166 (memq (char-syntax (preceding-char)) '(?w ?_)))
168 (defun c-forward-extended-sexp ()
169 ;; Move forward one sexp. This function tries to correctly skip
170 ;; template argument lists delimited by angle brackets.
171 (c-skip-non-sexp-chars-forward)
172 (if (and (eq (following-char) ?<)
174 (let ((start (point)))
175 (c-forward-template-arglist)
176 (if (or (not (eq (preceding-char) ?>))
177 (c-crosses-statement-barrier-p start (point)))
178 (progn (goto-char start) nil) t))
183 (defun c-backward-extended-sexp ()
184 ;; reverse of c-forward-extenden-sexp
185 (c-skip-non-sexp-chars-backward)
186 (if (and (eq (preceding-char) ?>)
188 (let ((start (point)))
189 (c-backward-template-arglist)
190 (if (or (not (eq (following-char) ?<))
191 (c-crosses-statement-barrier-p (point) start))
192 (progn (goto-char start) nil) t))
199 (defun c-forward-scoped-name ()
200 ;; skip forward over a possibly fully scoped name at point
201 ;; optionally containing template arglists. return list of scope
202 ;; separators in the name
203 (c-forward-syntactic-ws)
207 (setq points (cons (point) points))
208 (if (looking-at "::")
210 (c-forward-syntactic-ws)
211 (if (and (cond ((looking-at c-operator-word)
212 (goto-char (match-end 0)))
217 (c-forward-token-1)))
221 (c-forward-token-1))))
222 (eq (following-char) ?<))
224 (c-forward-template-arglist)
225 (c-forward-syntactic-ws)))
229 (defun c-backward-scoped-name ()
230 ;; reverse of c-forward-scoped-name
231 (c-backward-syntactic-ws)
234 (if (and (eq (preceding-char) ?>)
236 (re-search-backward (concat c-operator-word "\\=") nil t))))
237 (c-backward-template-arglist))
238 (c-backward-syntactic-ws)
239 (if (re-search-backward (concat c-operator-word "\\=") nil t)
240 (goto-char (match-beginning 0))
242 (if (and (c-at-symbol-p)
243 (eq (preceding-char) ?~))
245 (c-backward-syntactic-ws)
246 (if (eq (preceding-char) ?:)
249 (if (eq (preceding-char) ?:)
252 (c-backward-syntactic-ws)
256 (c-forward-syntactic-ws))
258 (defun c-forward-balanced-token ()
259 (c-forward-syntactic-ws)
260 (cond ((or (c-at-symbol-p)
261 (looking-at c-operator-word))
262 (c-forward-scoped-name))
263 ((memq (following-char) '(?\( ?{ ?<))
264 (c-forward-extended-sexp))
266 (c-forward-token-1))))
268 (defun c-backward-balanced-token ()
269 (c-backward-syntactic-ws)
270 (cond ((or (c-after-symbol-p)
271 (re-search-backward (concat c-operator-word "\\=") nil t))
272 (c-backward-scoped-name))
273 ((memq (preceding-char) '(?\) ?} ?>))
274 (c-backward-extended-sexp))
276 (c-backward-token-1))))
280 (defun c-move-to-start-of-defun (&optional limit)
281 ;; move point to start of current defun. point is left at the start
282 ;; of the function's name. Use (c-beginning-of-statement-1) to get
283 ;; to the start of the declaration. returns point of body's opening
284 ;; brace if defun found, otherwise nil. if LIMIT is non-nil, don't
285 ;; move farther back than that.
286 (let (new-point brace-point)
289 (and (c-save-uplist -1)
293 (if (and (eq (following-char) ?{)
294 (c-just-after-func-arglist-p))
296 (setq brace-point (point))
297 (c-beginning-of-statement-1)
298 (while (and (< (point) brace-point)
299 (not (eq (following-char) ?\()))
300 (c-forward-extended-sexp)
301 (c-forward-syntactic-ws))
302 (if (eq (following-char) ?\()
304 (c-backward-syntactic-ws)
305 (c-backward-scoped-name)
306 (if (not (looking-at c-conditional-key))
309 (goto-char new-point))
310 (and new-point brace-point)))
312 (defun c-beginning-of-defun-or-decl ()
314 (goto-char (car (c-literal-limits))))
315 (while (and (not (c-at-toplevel-p))
317 (c-move-to-start-of-defun)
318 (let ((point (point))
319 (flag (c-beginning-of-statement-1))
321 (cond ((eq flag 'label)
326 ;(c-end-of-statement)
327 ;(if (> (point) point)
330 (c-forward-syntactic-ws)))
332 (defun c-forward-out-of-comment ()
333 (while (memq (c-in-literal) '(c c++))
336 (defun c-beginning-of-statement-2 ()
337 ;; Move to the REAL beginning of the statement, ignoring all subexpressions
338 (let ((point (point))
339 (state (c-parse-state))
342 (not (consp (car state)))
344 (goto-char (car state))
346 (setq last (car state)
349 (not (consp (car state))))
351 (c-beginning-of-statement-1)
352 (while (and (< (point) point)
353 (or (c-crosses-statement-barrier-p (point) point)
354 (not (equal (c-parse-state) state))))
355 (c-end-of-statement))
356 (c-forward-syntactic-ws)
357 (while (looking-at c-any-key)
358 (if (looking-at c-blocking-key)
363 (c-forward-syntactic-ws))))
365 ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
366 ;; information on scopes (nesting levels)
368 (defun c-aggressive-search-uplist-for-classkey ()
369 ;; like search-uplist-for-classkey but agressively retry at all
370 ;; scoping levels until classkey found
373 (loop for state = (c-parse-state)
375 thereis (loop for substate on state
376 thereis (c-search-uplist-for-classkey substate))
377 for elt = (car (last state))
378 do (goto-char (if (consp elt) (car elt) elt))))))
380 (defun c-search-uplist-for-scopekey (state)
381 (let ((c-class-key c-scope-key))
382 (c-search-uplist-for-classkey state)))
384 (defun c-aggressive-search-uplist-for-scopekey ()
385 (let ((c-class-key c-scope-key))
386 (c-aggressive-search-uplist-for-classkey)))
388 (defun c-save-uplist (arg)
389 ;; like up-list but return nil on error
396 (defun c-full-parse-state ()
397 ;; return the complete parse-state from the beginning of buffer up
401 (while (setq s (c-parse-state)
403 (goto-char (if (consp elt) (car elt) elt))
404 (setq state (nconc state s)))
407 (defun c-get-block-scope ()
408 ;; return a list of scoping levels for point. Every scoping level is
409 ;; identified by thier 'class for a class scope, or 'namespace for a
410 ;; namespace scope For 'class and 'struct scopes, optional template
411 ;; declarations are returned.
413 (let (key element keys)
414 (while (setq key (c-aggressive-search-uplist-for-scopekey))
415 (goto-char (aref key 0))
416 (setq element (vector nil
420 (cond ((looking-at c-class-scope-key)
421 (aset element 0 'class)
422 (c-backward-syntactic-ws)
423 (if (eq (preceding-char) ?>)
424 ;; this is a templated class/struct declaration
426 (c-backward-template-arglist)
428 (if (looking-at c-template-key)
429 (aset element 3 (point))))))
431 ((looking-at c-namespace-scope-key)
432 (aset element 0 'namespace)))
435 (setq keys (cons element keys))))
438 (defun c-get-scope ()
439 ;; This is like c-get-block-scope. Additionaly, if in a function
440 ;; declaration or definition this will add a 'defun entry at the
441 ;; end detailing the function information (and having an optional
442 ;; template spec). The start of the function entry is the first char
443 ;; of the functions typespec, the last char is just after the
444 ;; closing paren of the function defn or decl.
445 (let ((scope (c-get-block-scope)))
447 (if (c-move-to-start-of-defun (and scope (aref (car (last scope)) 1)))
448 (let ((element (vector 'defun (point) nil nil)))
449 (c-forward-scoped-name)
450 (aset element 2 (point))
451 (c-beginning-of-statement-1)
452 (if (looking-at c-template-key)
453 (aset element 3 (point)))
454 (nconc scope (list element)))
457 (defun c-scope-name (p &optional strip)
458 ;; return the name of the scope at P. if STRIP is non-nil, strip
459 ;; that many elements from the name
462 (if (looking-at c-scope-key)
464 (let ((points (c-forward-scoped-name)))
465 (c-backward-syntactic-ws)
466 (buffer-substring-no-properties (car points)
467 (or (and strip (> strip 0)
468 (or (and (<= strip (length points))
476 (defun c-get-class-at-point ()
477 ;; Return block scope for class at point.
479 (c-forward-syntactic-ws)
480 (while (looking-at c-template-key)
481 (goto-char (match-end 0))
482 (c-forward-extended-sexp)
483 (c-forward-syntactic-ws))
484 (and (looking-at c-class-scope-key)
485 (search-forward "{" nil t))
486 (last (c-get-block-scope))))
488 ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
489 ;; template functions
491 (defun c-parse-template-declaration ()
492 ;; parse the template declaration at point. return a list of
493 ;; cons'es of argument def ranges.
495 (if (looking-at c-template-key)
497 (c-forward-syntactic-ws))
498 (if (eq (following-char) ?<)
499 (c-parse-arglist (point)
500 (progn (c-forward-template-arglist) (point))))))
502 (defun c-parse-arglist (start end)
503 ;; parse arglist between START and END. The region between START end
504 ;; END must include the delimiteres (parens or angle brackets) even
505 ;; though theese delimiters are completely ignored
507 (let (args arg-start)
510 (while (and (not (eobp))
513 (c-forward-syntactic-ws)
514 (setq arg-start (point))
517 (c-forward-extended-sexp)
520 (not (eq (following-char) ?,)))))
523 (c-backward-syntactic-ws)
526 (if (> (point) arg-start)
527 (setq args (cons (cons arg-start (point))
531 (defun c-move-to-template-argument (start end)
532 ;; move to the template argument name within the template argument
533 ;; between START and END
534 (if (c-move-to-initializer start end)
537 (while (and (>= (point) start)
538 (not (c-at-symbol-p))
540 (c-backward-extended-sexp))
543 (defun c-get-template-argument-name (start end)
544 ;; get the argument name of the template argument defined between
547 (c-move-to-template-argument start end)
548 (buffer-substring-no-properties (point)
551 (c-backward-syntactic-ws)
554 (defun c-get-template-prefix (args)
555 ;; return the template prefix for the template declared with
558 (mapconcat (function (lambda (x)
559 (c-get-template-argument-name (car x) (cdr x))))
564 (defun c-is-template-id (p)
565 ;; return t if scoped name at P is a template_id
568 (if (looking-at c-scope-key)
570 (c-forward-scoped-name)
571 (c-backward-syntactic-ws)
572 (eq (preceding-char) ?>)))
574 (defun c-move-to-initializer (start end)
575 ;; move point to the initializer for the argument declared between
576 ;; START and END. return t if initializer found, otherwise nil. if
577 ;; no initializer is found, point is left at START
579 (search-forward "=" end t))
581 (defun c-get-templates (scope)
582 ;; return list of ranges of template specs in SCOPE
583 (loop for level in scope
586 (goto-char (aref level 3))
588 (c-forward-template-arglist)
589 (c-backward-syntactic-ws)
590 (cons (aref level 3) (point)))))
592 ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
593 ;; functions to parse defuns
595 (defun c-get-full-prefix (scope &optional strip)
596 ;; return the full prefix for scope. if STRIP is non-nil, strip the
597 ;; name of the current method, if any.
599 (loop with last-p = (last scope)
601 for elem = (car elem-p)
602 for next = nil then t
603 for last = (eq elem-p last-p)
604 if (and last strip (eq (aref elem 0) 'defun))
605 concat (let ((name (c-scope-name (aref elem 1) 1)))
606 (if (> (length name) 0)
607 (concat (if next "::" "") name) ""))
609 concat (concat (if next "::" "")
610 (c-scope-name (aref elem 1))
611 (if (and (aref elem 3)
612 (not (c-is-template-id (aref elem 1))))
614 (goto-char (aref elem 3))
615 (c-get-template-prefix
616 (c-parse-template-declaration)))
619 (defun c-parse-defun ()
620 ;; parse function definition or declaration at point. Returns a vector
621 ;; of positions: [template type name arglist modifiers initializers body end]
623 (c-beginning-of-defun-or-decl)
624 (let (template type name arglist modifiers initializers body end)
625 (if (looking-at c-template-key)
627 (setq template (point))
628 (while (looking-at c-template-key)
630 (c-forward-template-arglist)
631 (c-forward-syntactic-ws))))
633 (while (and (not (or (eq (following-char) ?\()
634 (c-crosses-statement-barrier-p type (point))))
635 (let ((point (point)))
636 (> (progn (c-forward-balanced-token) (c-forward-syntactic-ws) (point)) point))))
638 (c-backward-scoped-name)
642 (setq arglist (point))
644 (c-forward-syntactic-ws)
645 (if (not (memq (following-char) '(?{ ?\; ?:)))
647 (setq modifiers (point))
648 (while (not (or (memq (following-char) '(?{ ?\; ?:))
649 (c-crosses-statement-barrier-p modifiers (point))
651 (c-forward-extended-sexp)
652 (c-forward-syntactic-ws))))
653 (if (eq (following-char) ?:)
655 (setq initializers (point))
656 (while (not (or (memq (following-char) '(?{ ?\;))
657 (c-crosses-statement-barrier-p initializers (point))))
658 (c-forward-extended-sexp)
659 (c-forward-syntactic-ws))))
660 (if (eq (following-char) ?{)
665 (vector template type name arglist modifiers initializers body end))))
667 (defun c-get-defun-state ()
668 ;; this extends c-parse-defun. it returns a vector containing the
670 ;; o templates: a list of cons'es each containing the range of a
671 ;; template specification
672 ;; o type: a cons containing the range for the return type
673 ;; specification of the function
674 ;; o name: a cons containing the range for the functions name
675 ;; o args: a list of cons'es, each containing the range of a
677 ;; o modifiers: a cons containing the range of the modifiers
678 ;; o initializers: a list of cons'es each containing the range of
680 ;; o body: a cons containing the range for the body or nil, if no
682 ;; o prototype: nil, if body is non-nil, otherwise the end of the
684 ;; o scope: the scope structure (as returned by c-get-block-scope)
687 (let ((defun (c-parse-defun))
688 (scope (c-get-block-scope))
689 templates type name args modifiers initializers body prototype)
690 (setq templates (c-get-templates scope))
693 (goto-char (aref defun 0))
694 (while (looking-at c-template-key)
695 (setq templates (nconc templates
699 (c-forward-template-arglist)
700 (c-backward-syntactic-ws)
702 (c-forward-syntactic-ws))))
705 (goto-char (aref defun 2))
706 (c-backward-syntactic-ws)
707 (setq type (cons (aref defun 1) (point)))))
708 (goto-char (aref defun 3))
709 (c-backward-syntactic-ws)
710 (setq name (cons (aref defun 2) (point)))
711 (goto-char (aref defun 3))
712 (let ((start (point)))
714 (setq args (c-parse-arglist start (point))))
717 (goto-char (or (aref defun 5) (aref defun 6) (aref defun 7)))
718 (c-backward-syntactic-ws)
719 (setq modifiers (cons (aref defun 4) (point)))))
721 (setq initializers (c-parse-arglist (aref defun 5)
722 (1+ (or (aref defun 6)
725 (setq body (cons (aref defun 6) (aref defun 7))))
727 (setq prototype (1+ (aref defun 7))))
728 (vector templates type name args modifiers
729 initializers body prototype scope))))
731 (defun c-defun-full-name (state)
732 ;; return the full name of the defun in state
733 (string-replace "[ \t\n\r]+" ""
734 (concat (c-get-full-prefix (aref state 8))
735 (if (aref state 8) "::" "")
736 (buffer-substring-no-properties (car (aref state 2))
737 (cdr (aref state 2))))
740 (defun c-defun-short-name (state)
741 ;; return the short name of the defun in state. This is the name of the defun
742 ;; without template args or namespace/class prefix
745 (goto-char (cdr (aref state 2)))
746 (if (and (eq (preceding-char) ?>)
748 (re-search-backward (concat c-operator-word "\\=") nil t))))
749 (c-backward-template-arglist))
750 (c-backward-syntactic-ws)
752 (if (re-search-backward (concat c-operator-word "\\=") nil t)
753 (goto-char (match-beginning 0))
755 (if (and (c-at-symbol-p)
756 (eq (preceding-char) ?~))
758 (buffer-substring-no-properties p (point)))))
760 (defun c-goto-beginning-of-defun (defun)
761 (goto-char (or (car (aref defun 1))
762 (car (aref defun 2))))
763 (loop for point = (point)
764 for tmpl in (reverse (aref defun 0))
765 do (c-backward-syntactic-ws)
766 while (= (cdr tmpl) (point))
768 (goto-char (car tmpl))
769 (setq point (point)))
770 finally do (goto-char point)))
772 ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
773 ;; functions to parse classes
775 (defun c-parse-class (scope)
776 ;; parse class at point. returns vector of positions: [template
777 ;; class bases start ( members )] each member is a cons ( type
778 ;; . start ) where type is one of 'typedef 'class 'friend 'variable
779 ;; 'method or 'combo (combo is a combinded struct/class/union +
780 ;; variable declaration)
782 (let ((scope (car (last scope)))
783 end template class bases start members)
784 (if (not (eq (aref scope 0) 'class))
786 (setq template (aref scope 3))
787 (setq class (aref scope 1))
788 (setq start (aref scope 2))
790 (while (and (< (skip-chars-backward "^:" class) 0)
793 (and (eq (char-before) ?:) (progn (forward-char -1) t)))
795 (if (eq (following-char) ?:)
798 (c-forward-syntactic-ws)
799 (setq bases (point))))
805 (while (progn (c-end-of-statement)
807 (let ((bc (char-before))
813 (setq this (point))))
814 (if (or (eq bc ?\;) (eq bc ?{))
817 (if (re-search-backward "=\\s-*0\\s-*\\=" start t)
818 (goto-char (match-beginning 0)))
819 (if (c-just-after-func-arglist-p)
820 ;; OK. It's a method (defn or decl)
822 (c-beginning-of-statement-1)
823 (setq members (cons (cons 'method (point))
826 ;; this should be a class or struct decl. Maybe
830 (c-beginning-of-statement-1)
832 (if (looking-at c-class-scope-key)
833 ;; it really IS a class/struct/union
835 (goto-char (match-end 0))
836 (c-forward-syntactic-ws)
837 (setq decl (looking-at "[a-zA-Z_]"))
840 (c-forward-syntactic-ws)
841 (if (eq (following-char) ?\;)
844 (setq members (cons (cons 'class beg)
850 (setq members (cons (cons (if decl 'combo 'variable)
853 ;; then it's a variable decl or typedef or friend
854 (c-beginning-of-statement-1)
855 (cond ((looking-at c-typedef-key)
856 (setq members (cons (cons 'typedef (point)) members)))
857 ((looking-at c-friend-key)
858 (setq members (cons (cons 'friend (point)) members)))
860 (setq members (cons (cons 'variable (point)) members))))
863 (vector template class bases start (nreverse members))))))
865 (defun c-current-access-level ()
866 ;; returm current access level: 'public, 'protected or 'private
868 (let ((scope (car (last (c-get-block-scope)))))
869 (while (and (re-search-backward c-access-key (aref scope 2) t)
871 (not (eq (aref (car (c-get-block-scope)) 1) (aref scope 1))))))
872 (loop for (re . sym) in c-access-keys
875 finally return (progn
876 (goto-char (aref scope 1))
877 (if (looking-at c-struct-scope-key)
881 (defun c-get-variable-members (class)
882 ;; return list of names of all variables of CLASS
884 (loop for (type . pos) in (aref class 4)
885 for end = (progn (goto-char pos) (c-end-of-statement) (1- (point)))
886 if (or (eq type 'variable) (eq type 'combo))
887 collect (c-get-template-argument-name pos end))))
889 (defun c-get-variable-members-with-type (class)
890 ;; return list of conses of (name . type) of all variables of CLASS
892 (loop for (type . pos) in (aref class 4)
893 for end = (progn (goto-char pos) (c-end-of-statement) (1- (point)))
894 if (eq type 'variable)
895 collect (c-get-variable-with-type pos end))))
897 (defun c-get-variable-with-type (start end)
898 (c-move-to-template-argument start end)
899 (let ((arg (save-excursion
900 (buffer-substring-no-properties (point)
903 (c-backward-syntactic-ws)
905 (c-backward-syntactic-ws)
906 (cons arg (buffer-substring-no-properties start (point)))))
908 (defun c-get-base-classes (class)
909 ;; return list of base class names (including template specs)
912 (goto-char (aref class 2))
913 (loop while (< (point) (aref class 3))
914 do (progn (c-forward-syntactic-ws)
915 (while (looking-at c-inheritance-spec-key)
917 (c-forward-syntactic-ws)))
919 do (progn (c-forward-scoped-name) (c-backward-syntactic-ws))
920 collect (buffer-substring-no-properties start (point))
922 (while (and (> (skip-chars-forward "^," (aref class 3)) 0)
925 (forward-char 1))))))
927 (provide 'cc-engine-2)
931 ;;; elisp-project-autoload-file-name: "cc-autoload.el"