lisp/vc/cvs-status.el

   1 ;;; cvs-status.el --- major mode for browsing `cvs status' output -*- coding: utf-8; lexical-binding: t -*-
   2
   3 ;; Copyright (C) 1999-2013 Free Software Foundation, Inc.
   4
   5 ;; Author: Stefan Monnier <monnier@iro.umontreal.ca>
   6 ;; Keywords: pcl-cvs cvs status tree vc tools
   7
   8 ;; This file is part of GNU Emacs.
   9
  10 ;; GNU Emacs is free software: you can redistribute it and/or modify
  11 ;; it under the terms of the GNU General Public License as published by
  12 ;; the Free Software Foundation, either version 3 of the License, or
  13 ;; (at your option) any later version.
  14
  15 ;; GNU Emacs is distributed in the hope that it will be useful,
  16 ;; but WITHOUT ANY WARRANTY; without even the implied warranty of
  17 ;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
  18 ;; GNU General Public License for more details.
  19
  20 ;; You should have received a copy of the GNU General Public License
  21 ;; along with GNU Emacs.  If not, see <http://www.gnu.org/licenses/>.
  22
  23 ;;; Commentary:
  24
  25 ;; Todo:
  26
  27 ;; - Somehow allow cvs-status-tree to work on-the-fly
  28
  29 ;;; Code:
  30
  31 (eval-when-compile (require 'cl-lib))
  32 (require 'pcvs-util)
  33
  34 ;;;
  35
  36 (defgroup cvs-status nil
  37   "Major mode for browsing `cvs status' output."
  38   :group 'pcl-cvs
  39   :prefix "cvs-status-")
  40
  41 (easy-mmode-defmap cvs-status-mode-map
  42   '(("n"        . next-line)
  43     ("p"        . previous-line)
  44     ("N"        . cvs-status-next)
  45     ("P"        . cvs-status-prev)
  46     ("\M-n"     . cvs-status-next)
  47     ("\M-p"     . cvs-status-prev)
  48     ("t"        . cvs-status-cvstrees)
  49     ("T"        . cvs-status-trees)
  50     (">"        . cvs-mode-checkout))
  51   "CVS-Status' keymap."
  52   :group 'cvs-status
  53   :inherit 'cvs-mode-map)
  54
  55 ;;(easy-menu-define cvs-status-menu cvs-status-mode-map
  56 ;;  "Menu for `cvs-status-mode'."
  57 ;;  '("CVS-Status"
  58 ;;    ["Show Tag Trees" cvs-status-tree t]
  59 ;;    ))
  60
  61 (defvar cvs-status-mode-hook nil
  62   "Hook run at the end of `cvs-status-mode'.")
  63
  64 (defconst cvs-status-tags-leader-re "^   Existing Tags:$")
  65 (defconst cvs-status-entry-leader-re
  66   "^File:\\s-+\\(?:no file \\)?\\(.*\\S-\\)\\s-+Status: \\(.+\\)$")
  67 (defconst cvs-status-dir-re "^cvs[.ex]* [a-z]+: Examining \\(.+\\)$")
  68 (defconst cvs-status-rev-re "[0-9][.0-9]*\\.[.0-9]*[0-9]")
  69 (defconst cvs-status-tag-re "[ \t]\\([a-zA-Z][^ \t\n.]*\\)")
  70
  71 (defconst cvs-status-font-lock-keywords
  72   `((,cvs-status-entry-leader-re
  73      (1 'cvs-filename)
  74      (2 'cvs-need-action))
  75     (,cvs-status-tags-leader-re
  76      (,cvs-status-rev-re
  77       (save-excursion (re-search-forward "^\n" nil 'move) (point))
  78       (progn (re-search-backward cvs-status-tags-leader-re nil t)
  79              (forward-line 1))
  80       (0 font-lock-comment-face))
  81      (,cvs-status-tag-re
  82       (save-excursion (re-search-forward "^\n" nil 'move) (point))
  83       (progn (re-search-backward cvs-status-tags-leader-re nil t)
  84              (forward-line 1))
  85       (1 font-lock-function-name-face)))))
  86 (defconst cvs-status-font-lock-defaults
  87   '(cvs-status-font-lock-keywords t nil nil nil (font-lock-multiline . t)))
  88
  89 (defvar cvs-minor-wrap-function)
  90 (defvar cvs-force-command)
  91 (defvar cvs-minor-current-files)
  92 (defvar cvs-secondary-branch-prefix)
  93 (defvar cvs-branch-prefix)
  94 (defvar cvs-tag-print-rev)
  95
  96 (put 'cvs-status-mode 'mode-class 'special)
  97 ;;;###autoload
  98 (define-derived-mode cvs-status-mode fundamental-mode "CVS-Status"
  99   "Mode used for cvs status output."
 100   (set (make-local-variable 'font-lock-defaults) cvs-status-font-lock-defaults)
 101   (set (make-local-variable 'cvs-minor-wrap-function) 'cvs-status-minor-wrap))
 102
 103 ;; Define cvs-status-next and cvs-status-prev
 104 (easy-mmode-define-navigation cvs-status cvs-status-entry-leader-re "entry")
 105
 106 (defun cvs-status-current-file ()
 107   (save-excursion
 108     (forward-line 1)
 109     (or (re-search-backward cvs-status-entry-leader-re nil t)
 110         (re-search-forward cvs-status-entry-leader-re))
 111     (let* ((file (match-string 1))
 112            (cvsdir (and (re-search-backward cvs-status-dir-re nil t)
 113                         (match-string 1)))
 114            (pcldir (and (if (boundp 'cvs-pcl-cvs-dirchange-re)
 115                             (re-search-backward cvs-pcl-cvs-dirchange-re nil t))
 116                         (match-string 1)))
 117            (dir ""))
 118       (let ((default-directory ""))
 119         (when pcldir (setq dir (expand-file-name pcldir dir)))
 120         (when cvsdir (setq dir (expand-file-name cvsdir dir)))
 121         (expand-file-name file dir)))))
 122
 123 (defun cvs-status-current-tag ()
 124   (save-excursion
 125     (let ((pt (point))
 126           (col (current-column))
 127           (start (progn (re-search-backward cvs-status-tags-leader-re nil t) (point)))
 128           (end (progn (re-search-forward "^$" nil t) (point))))
 129       (when (and (< start pt) (> end pt))
 130         (goto-char pt)
 131         (end-of-line)
 132         (let ((tag nil) (dist pt) (end (point)))
 133           (beginning-of-line)
 134           (while (re-search-forward cvs-status-tag-re end t)
 135             (let* ((cole (current-column))
 136                    (colb (save-excursion
 137                            (goto-char (match-beginning 1)) (current-column)))
 138                    (ndist (min (abs (- cole col)) (abs (- colb col)))))
 139               (when (< ndist dist)
 140                 (setq dist ndist)
 141                 (setq tag (match-string 1)))))
 142           tag)))))
 143
 144 (defun cvs-status-minor-wrap (buf f)
 145   (let ((data (with-current-buffer buf
 146                 (cons
 147                  (cons (cvs-status-current-file)
 148                        (cvs-status-current-tag))
 149                  (when mark-active
 150                    (save-excursion
 151                      (goto-char (mark))
 152                      (cons (cvs-status-current-file)
 153                            (cvs-status-current-tag))))))))
 154     (let ((cvs-branch-prefix (cdar data))
 155           (cvs-secondary-branch-prefix (and (cdar data) (cddr data)))
 156           (cvs-minor-current-files
 157            (cons (caar data)
 158                  (when (and (cadr data) (not (equal (caar data) (cadr data))))
 159                    (list (cadr data)))))
 160           ;; FIXME:  I need to force because the fileinfos are UNKNOWN
 161           (cvs-force-command "/F"))
 162       (funcall f))))
 163
 164 ;;
 165 ;; Tagelt, tag element
 166 ;;
 167
 168 (cl-defstruct (cvs-tag
 169             (:constructor nil)
 170             (:constructor cvs-tag-make
 171                           (vlist &optional name type))
 172             (:conc-name cvs-tag->))
 173   vlist
 174   name
 175   type)
 176
 177 (defsubst cvs-status-vl-to-str (vl) (mapconcat 'number-to-string vl "."))
 178
 179 (defun cvs-tag->string (tag)
 180   (if (stringp tag) tag
 181     (let ((name (cvs-tag->name tag))
 182            (vl (cvs-tag->vlist tag)))
 183       (if (null name) (cvs-status-vl-to-str vl)
 184         (let ((rev (if vl (concat " (" (cvs-status-vl-to-str vl) ")") "")))
 185           (if (consp name) (mapcar (lambda (name) (concat name rev)) name)
 186             (concat name rev)))))))
 187
 188 (defun cvs-tag-compare-1 (vl1 vl2)
 189   (cond
 190    ((and (null vl1) (null vl2)) 'equal)
 191    ((null vl1) 'more2)
 192    ((null vl2) 'more1)
 193    (t (let ((v1 (car vl1))
 194             (v2 (car vl2)))
 195         (cond
 196          ((> v1 v2) 'more1)
 197          ((< v1 v2) 'more2)
 198          (t (cvs-tag-compare-1 (cdr vl1) (cdr vl2))))))))
 199
 200 (defsubst cvs-tag-compare (tag1 tag2)
 201   (cvs-tag-compare-1 (cvs-tag->vlist tag1) (cvs-tag->vlist tag2)))
 202
 203 (defun cvs-tag-merge (tag1 tag2)
 204   "Merge TAG1 and TAG2 into one."
 205   (let ((type1 (cvs-tag->type tag1))
 206         (type2 (cvs-tag->type tag2))
 207         (name1 (cvs-tag->name tag1))
 208         (name2 (cvs-tag->name tag2)))
 209     (unless (equal (cvs-tag->vlist tag1) (cvs-tag->vlist tag2))
 210       (setf (cvs-tag->vlist tag1) nil))
 211     (if type1
 212         (unless (or (not type2) (equal type1 type2))
 213           (setf (cvs-tag->type tag1) nil))
 214       (setf (cvs-tag->type tag1) type2))
 215     (if name1
 216         (setf (cvs-tag->name tag1) (cvs-append name1 name2))
 217       (setf (cvs-tag->name tag1) name2))
 218     tag1))
 219
 220 (defun cvs-tree-print (tags printer column)
 221   "Print the tree of TAGS where each tag's string is given by PRINTER.
 222 PRINTER should accept both a tag (in which case it should return a string)
 223 or a string (in which case it should simply return its argument).
 224 A tag cannot be a CONS.  The return value can also be a list of strings,
 225 if several nodes where merged into one.
 226 The tree will be printed no closer than column COLUMN."
 227
 228   (let* ((eol (save-excursion (end-of-line) (current-column)))
 229          (column (max (+ eol 2) column)))
 230     (if (null tags) column
 231       (let* ((rev (cvs-car tags))
 232              (name (funcall printer (cvs-car rev)))
 233              (rest (append (cvs-cdr name) (cvs-cdr tags)))
 234              (prefix
 235               (save-excursion
 236                 (or (= (forward-line 1) 0) (insert "\n"))
 237                 (cvs-tree-print rest printer column))))
 238         (cl-assert (>= prefix column))
 239         (move-to-column prefix t)
 240         (cl-assert (eolp))
 241         (insert (cvs-car name))
 242         (dolist (br (cvs-cdr rev))
 243           (let* ((column (current-column))
 244                  (brrev (funcall printer (cvs-car br)))
 245                  (brlength (length (cvs-car brrev)))
 246                  (brfill (concat (make-string (/ brlength 2) ? ) "|"))
 247                  (prefix
 248                   (save-excursion
 249                     (insert " -- ")
 250                     (cvs-tree-print (cvs-append brrev brfill (cvs-cdr br))
 251                                     printer (current-column)))))
 252             (delete-region (save-excursion (move-to-column prefix) (point))
 253                            (point))
 254             (insert " " (make-string (- prefix column 2) ?-) " ")
 255             (end-of-line)))
 256         prefix))))
 257
 258 (defun cvs-tree-merge (tree1 tree2)
 259   "Merge tags trees TREE1 and TREE2 into one.
 260 BEWARE:  because of stability issues, this is not a symmetric operation."
 261   (cl-assert (and (listp tree1) (listp tree2)))
 262   (cond
 263    ((null tree1) tree2)
 264    ((null tree2) tree1)
 265    (t
 266     (let* ((rev1 (car tree1))
 267            (tag1 (cvs-car rev1))
 268            (vl1 (cvs-tag->vlist tag1))
 269            (l1 (length vl1))
 270            (rev2 (car tree2))
 271            (tag2 (cvs-car rev2))
 272            (vl2 (cvs-tag->vlist tag2))
 273            (l2 (length vl2)))
 274     (cond
 275      ((= l1 l2)
 276       (pcase (cvs-tag-compare tag1 tag2)
 277         (`more1 (cons rev2 (cvs-tree-merge tree1 (cdr tree2))))
 278         (`more2 (cons rev1 (cvs-tree-merge (cdr tree1) tree2)))
 279         (`equal
 280          (cons (cons (cvs-tag-merge tag1 tag2)
 281                      (cvs-tree-merge (cvs-cdr rev1) (cvs-cdr rev2)))
 282                (cvs-tree-merge (cdr tree1) (cdr tree2))))))
 283      ((> l1 l2)
 284       (cvs-tree-merge
 285        (list (cons (cvs-tag-make (butlast vl1)) tree1)) tree2))
 286      ((< l1 l2)
 287       (cvs-tree-merge
 288        tree1 (list (cons (cvs-tag-make (butlast vl2)) tree2)))))))))
 289
 290 (defun cvs-tag-make-tag (tag)
 291   (let ((vl (mapcar 'string-to-number (split-string (nth 2 tag) "\\."))))
 292     (cvs-tag-make vl (nth 0 tag) (intern (nth 1 tag)))))
 293
 294 (defun cvs-tags->tree (tags)
 295   "Make a tree out of a list of TAGS."
 296   (let ((tags
 297          (mapcar
 298           (lambda (tag)
 299             (let ((tag (cvs-tag-make-tag tag)))
 300               (list (if (not (eq (cvs-tag->type tag) 'branch)) tag
 301                       (list (cvs-tag-make (butlast (cvs-tag->vlist tag)))
 302                             tag)))))
 303           tags)))
 304     (while (cdr tags)
 305       (let (tl)
 306         (while tags
 307           (push (cvs-tree-merge (pop tags) (pop tags)) tl))
 308         (setq tags (nreverse tl))))
 309     (car tags)))
 310
 311 (defun cvs-status-get-tags ()
 312   "Look for a list of tags, read them in and delete them.
 313 Return nil if there was an empty list of tags and t if there wasn't
 314 even a list.  Else, return the list of tags where each element of
 315 the list is a three-string list TAG, KIND, REV."
 316   (let ((tags nil))
 317     (if (not (re-search-forward cvs-status-tags-leader-re nil t)) t
 318       (forward-char 1)
 319       (let ((pt (point))
 320             (lastrev nil)
 321             (case-fold-search t))
 322         (or
 323          (looking-at "\\s-+no\\s-+tags")
 324
 325          (progn                         ; normal listing
 326            (while (looking-at "^[ \t]+\\([^ \t\n]+\\)[ \t]+(\\([a-z]+\\): \\(.+\\))$")
 327              (push (list (match-string 1) (match-string 2) (match-string 3)) tags)
 328              (forward-line 1))
 329            (unless (looking-at "^$") (setq tags nil) (goto-char pt))
 330            tags)
 331
 332          (progn                         ; cvstree-style listing
 333            (while (or (looking-at "^   .+\\(.\\)  \\([0-9.]+\\): \\([^\n\t .0-9][^\n\t ]*\\)?$")
 334                       (and lastrev
 335                            (looking-at "^   .+\\(\\)  \\(8\\)?  \\([^\n\t .0-9][^\n\t ]*\\)$")))
 336              (setq lastrev (or (match-string 2) lastrev))
 337              (push (list (match-string 3)
 338                          (if (equal (match-string 1) " ") "branch" "revision")
 339                          lastrev) tags)
 340              (forward-line 1))
 341            (unless (looking-at "^$") (setq tags nil) (goto-char pt))
 342            (setq tags (nreverse tags)))
 343
 344          (progn                         ; new tree style listing
 345            (let* ((re-lead "[ \t]*\\(-+\\)?\\(|\n?[ \t]+\\)*")
 346                   (re3 (concat re-lead "\\(\\.\\)?\\(" cvs-status-rev-re "\\)"))
 347                   (re2 (concat re-lead cvs-status-tag-re "\\(\\)"))
 348                   (re1 (concat re-lead cvs-status-tag-re
 349                                " (\\(" cvs-status-rev-re "\\))")))
 350              (while (or (looking-at re1) (looking-at re2) (looking-at re3))
 351                (push (list (match-string 3)
 352                            (if (match-string 1) "branch" "revision")
 353                            (match-string 4)) tags)
 354                (goto-char (match-end 0))
 355                (when (eolp) (forward-char 1))))
 356            (unless (looking-at "^$") (setq tags nil) (goto-char pt))
 357            (setq tags (nreverse tags))))
 358
 359         (delete-region pt (point)))
 360       tags)))
 361
 362 (defvar font-lock-mode)
 363 ;; (defun cvs-refontify (beg end)
 364 ;;   (when (and (boundp 'font-lock-mode)
 365 ;;           font-lock-mode
 366 ;;           (fboundp 'font-lock-fontify-region))
 367 ;;     (font-lock-fontify-region (1- beg) (1+ end))))
 368
 369 (defun cvs-status-trees ()
 370   "Look for a lists of tags, and replace them with trees."
 371   (interactive)
 372   (save-excursion
 373     (goto-char (point-min))
 374     (let ((inhibit-read-only t)
 375           (tags nil))
 376       (while (listp (setq tags (cvs-status-get-tags)))
 377         ;;(let ((pt (save-excursion (forward-line -1) (point))))
 378           (save-restriction
 379             (narrow-to-region (point) (point))
 380             ;;(newline)
 381             (combine-after-change-calls
 382               (cvs-tree-print (cvs-tags->tree tags) 'cvs-tag->string 3)))
 383           ;;(cvs-refontify pt (point))
 384           ;;(sit-for 0)
 385           ;;)
 386           ))))
 387
 388 ;;;;
 389 ;;;; CVSTree-style trees
 390 ;;;;
 391
 392 (defvar cvs-tree-use-jisx0208 nil)      ;Old compat var.
 393 (defvar cvs-tree-use-charset
 394   (cond
 395    (cvs-tree-use-jisx0208 'jisx0208)
 396    ((char-displayable-p ?━) 'unicode)
 397    ((char-displayable-p (make-char 'japanese-jisx0208 40 44)) 'jisx0208))
 398   "Non-nil if we should use the graphical glyphs from `japanese-jisx0208'.
 399 Otherwise, default to ASCII chars like +, - and |.")
 400
 401 (defconst cvs-tree-char-space
 402   (pcase cvs-tree-use-charset
 403     (`jisx0208 (make-char 'japanese-jisx0208 33 33))
 404     (`unicode " ")
 405     (_ "  ")))
 406 (defconst cvs-tree-char-hbar
 407   (pcase cvs-tree-use-charset
 408     (`jisx0208 (make-char 'japanese-jisx0208 40 44))
 409     (`unicode "━")
 410     (_ "--")))
 411 (defconst cvs-tree-char-vbar
 412   (pcase cvs-tree-use-charset
 413     (`jisx0208 (make-char 'japanese-jisx0208 40 45))
 414     (`unicode "┃")
 415     (_ "| ")))
 416 (defconst cvs-tree-char-branch
 417   (pcase cvs-tree-use-charset
 418     (`jisx0208 (make-char 'japanese-jisx0208 40 50))
 419     (`unicode "┣")
 420     (_ "+-")))
 421 (defconst cvs-tree-char-eob             ;end of branch
 422   (pcase cvs-tree-use-charset
 423     (`jisx0208 (make-char 'japanese-jisx0208 40 49))
 424     (`unicode "┗")
 425     (_ "`-")))
 426 (defconst cvs-tree-char-bob             ;beginning of branch
 427   (pcase cvs-tree-use-charset
 428     (`jisx0208 (make-char 'japanese-jisx0208 40 51))
 429     (`unicode "┳")
 430     (_ "+-")))
 431
 432 (defun cvs-tag-lessp (tag1 tag2)
 433   (eq (cvs-tag-compare tag1 tag2) 'more2))
 434
 435 (defvar cvs-tree-nomerge nil)
 436
 437 (defun cvs-status-cvstrees (&optional arg)
 438   "Look for a list of tags, and replace it with a tree.
 439 Optional prefix ARG chooses between two representations."
 440   (interactive "P")
 441   (when (and cvs-tree-use-charset
 442              (not enable-multibyte-characters))
 443     ;; We need to convert the buffer from unibyte to multibyte
 444     ;; since we'll use multibyte chars for the tree.
 445     (let ((modified (buffer-modified-p))
 446           (inhibit-read-only t)
 447           (inhibit-modification-hooks t))
 448       (unwind-protect
 449           (progn
 450             (decode-coding-region (point-min) (point-max) 'undecided)
 451             (set-buffer-multibyte t))
 452         (restore-buffer-modified-p modified))))
 453   (save-excursion
 454     (goto-char (point-min))
 455     (let ((inhibit-read-only t)
 456           (tags nil)
 457           (cvs-tree-nomerge (if arg (not cvs-tree-nomerge) cvs-tree-nomerge)))
 458       (while (listp (setq tags (cvs-status-get-tags)))
 459         (let ((tags (mapcar 'cvs-tag-make-tag tags))
 460               ;;(pt (save-excursion (forward-line -1) (point)))
 461               )
 462           (setq tags (sort tags 'cvs-tag-lessp))
 463           (let* ((first (car tags))
 464                  (prev (if (cvs-tag-p first)
 465                            (list (car (cvs-tag->vlist first))) nil)))
 466             (combine-after-change-calls
 467               (cvs-tree-tags-insert tags prev))
 468             ;;(cvs-refontify pt (point))
 469             ;;(sit-for 0)
 470             ))))))
 471
 472 (defun cvs-tree-tags-insert (tags prev)
 473   (when tags
 474     (let* ((tag (car tags))
 475            (vlist (cvs-tag->vlist tag))
 476            (nprev ;"next prev"
 477             (let* ((next (cvs-car (cadr tags)))
 478                    (nprev (if (and cvs-tree-nomerge next
 479                                    (equal vlist (cvs-tag->vlist next)))
 480                               prev vlist)))
 481               (cvs-map (lambda (v _p) v) nprev prev)))
 482            (after (save-excursion
 483                    (newline)
 484                    (cvs-tree-tags-insert (cdr tags) nprev)))
 485            (pe t)                       ;"prev equal"
 486            (nas nil))                   ;"next afters" to be returned
 487       (insert "   ")
 488       (cl-do* ((vs vlist (cdr vs))
 489                (ps prev (cdr ps))
 490                (as after (cdr as)))
 491           ((and (null as) (null vs) (null ps))
 492            (let ((revname (cvs-status-vl-to-str vlist)))
 493              (if (cvs-every 'identity (cvs-map 'equal prev vlist))
 494                  (insert (make-string (+ 4 (length revname)) ? )
 495                          (or (cvs-tag->name tag) ""))
 496                (insert "  " revname ": " (or (cvs-tag->name tag) "")))))
 497         (let* ((eq (and pe (equal (car ps) (car vs))))
 498                (next-eq (equal (cadr ps) (cadr vs))))
 499           (let* ((na+char
 500                   (if (car as)
 501                       (if eq
 502                           (if next-eq (cons t cvs-tree-char-vbar)
 503                             (cons t cvs-tree-char-branch))
 504                         (cons nil cvs-tree-char-bob))
 505                     (if eq
 506                         (if next-eq (cons nil cvs-tree-char-space)
 507                           (cons t cvs-tree-char-eob))
 508                       (cons nil (if (and (eq (cvs-tag->type tag) 'branch)
 509                                          (cvs-every 'null as))
 510                                     cvs-tree-char-space
 511                                   cvs-tree-char-hbar))))))
 512             (insert (cdr na+char))
 513             (push (car na+char) nas))
 514           (setq pe eq)))
 515       (nreverse nas))))
 516
 517 ;;;;
 518 ;;;; Merged trees from different files
 519 ;;;;
 520
 521 ;; (defun cvs-tree-fuzzy-merge-1 (trees tree prev)
 522 ;;   )
 523
 524 ;; (defun cvs-tree-fuzzy-merge (trees tree)
 525 ;;   "Do the impossible:  merge TREE into TREES."
 526 ;;   ())
 527
 528 ;; (defun cvs-tree ()
 529 ;;   "Get tags from the status output and merge them all into a big tree."
 530 ;;   (save-excursion
 531 ;;     (goto-char (point-min))
 532 ;;     (let ((inhibit-read-only t)
 533 ;;        (trees (make-vector 31 0)) tree)
 534 ;;       (while (listp (setq tree (cvs-tags->tree (cvs-status-get-tags))))
 535 ;;      (cvs-tree-fuzzy-merge trees tree))
 536 ;;       (erase-buffer)
 537 ;;       (let ((cvs-tag-print-rev nil))
 538 ;;      (cvs-tree-print tree 'cvs-tag->string 3)))))
 539
 540
 541 (provide 'cvs-status)
 542
 543 ;;; cvs-status.el ends here