lisp/ChangeLog addition: 2007-07-21 Aidan Kehoe <kehoea(a)parhasard.net&gt; * mule/cyril-util.el: * mule/cyril-util.el (cyrillic-encode-koi8-r-char): Removed. * mule/cyril-util.el (cyrillic-encode-alternativnyj-char): Removed. No-one uses these functions in google.com/codesearch, GNU have a comment doubting their utility, and their implementation is trivial. * mule/cyril-util.el (cyrillic-language-alist): Reformatted. * mule/cyril-util.el (standard-display-table)): Removed. It wasn't used anyway. * mule/cyril-util.el (standard-display-cyrillic-translit): Rewrite it to work with character tables as display tables, and not to abort with an error. 2007-07-21 Aidan Kehoe <kehoea(a)parhasard.net&gt; * disp-table.el: * disp-table.el (make-display-table): Moved earlier in the file in a weak attempt at making syncing with GNU easier. * disp-table.el (frob-display-table): Autoload it, accept TAG-SET, for editing specifiers. * disp-table.el (describe-display-table): Have it handle character sets. * disp-table.el (standard-display-8bit-1): * disp-table.el (standard-display-8bit): * disp-table.el (standard-display-default-1): * disp-table.el (standard-display-ascii): * disp-table.el (standard-display-g1): * disp-table.el (standard-display-graphic): * disp-table.el (standard-display-underline): * disp-table.el (standard-display-european): Rework them all to use put-char-table, remove-char-table instead of aset. Limit standard-display-g1, standard-display-graphic to TTYs; have standard-display-underline work on X11 too. * font.el (font-caps-display-table): Use put-char-table instead of aset when editing a display table. * x-init.el: * x-init.el (tab): Create the initial display table as a char-table, not a vector. XEmacs Trunk source patch: Diff command: cvs -q diff -Nu Files affected: lisp/mule/cyril-util.el =================================================================== RCS lisp/x-init.el =================================================================== RCS lisp/font.el =================================================================== RCS lisp/disp-table.el =================================================================== RCS Index: lisp/disp-table.el =================================================================== RCS file: /pack/xemacscvs/XEmacs/xemacs/lisp/disp-table.el,v retrieving revision 1.2 diff -u -u -r1.2 disp-table.el --- lisp/disp-table.el 1997/12/06 22:26:09 1.2 +++ lisp/disp-table.el 2007/07/21 13:21:11 ＠＠ -28,56 +28,45 ＠＠ ;;; Commentary: -;; #### Need lots of work. make-display-table depends on a value -;; that is a define in the C code. Maybe we should just move the -;; function into C. - -;; #### display-tables-as-vectors is really evil and a big pain in -;; the ass. - ;; Rewritten for XEmacs July 1995, Ben Wing.  ;;; Code: +;;;###autoload +(defun make-display-table () + "Return a new, empty display table." + (make-char-table 'generic)) + (defun describe-display-table (dt) "Describe the display table DT in a help buffer." (with-displaying-help-buffer (lambda () - (princ "\nCharacter display glyph sequences:\n") - (save-excursion - (let ((vector (make-vector 256 nil)) - (i 0)) - (while (< i 256) - (aset vector i (aref dt i)) - (incf i)) - ;; FSF calls `describe-vector' here, but it is so incredibly - ;; lame a function for that name that I cannot bring myself - ;; to porting it. Here is what `describe-vector' does: - (terpri) - (let ((old (aref vector 0)) - (oldpos 0) - (i 1) - str) - (while (<= i 256) - (when (or (= i 256) - (not (equal old (aref vector i)))) - (if (eq oldpos (1- i)) - (princ (format "%s\t\t%s\n" - (single-key-description (int-char oldpos)) - old)) - (setq str (format "%s - %s" - (single-key-description (int-char oldpos)) - (single-key-description (int-char (1- i))))) - (princ str) - (princ (make-string (max (- 2 (/ (length str) - tab-width)) 1) ?\t)) - (princ old) - (terpri)) - (or (= i 256) - (setq old (aref vector i) - oldpos i))) - (incf i)))))))) + (princ "\nFor various glyphs that GNU Emacs uses the display table for, +see the XEmacs specifiers `truncation-glyph' , `continuation-glyph', +`control-arrow-glyph', `octal-escape-glyph' and the others described in the +docstring of `make-glyph'. \n\n") + (map-char-table + (lambda (range value) + (cond + ((eq range t) + (princ "\nAll characters: \n") + (princ (format " %S" value))) + ((eq 'charset (and (symbolp range) (type-of (find-charset range)))) + (princ (format "\n\nCharset %S: \n" (charset-name range))) + (princ (format " %S" value))) + ((vectorp range) + (princ (format "\n\nCharset %S, row %d \n" + (charset-name (aref value 0)) + (aref value 1))) + (princ (format " %S\n\n" value))) + ((characterp range) + (princ (format "\nCharacter U+%04X, %S: " + range (if (fboundp 'split-char) + (split-char range) + (list 'ascii (char-to-int range))))) + (princ (format " %S" value)))) + nil) dt)))) ;;;###autoload (defun describe-current-display-table (&optional domain) ＠＠ -89,21 +78,17 ＠＠ (describe-display-table disptab) (message "No display table")))) -;;;###autoload -(defun make-display-table () - "Return a new, empty display table." - (make-vector 256 nil)) - ;; #### we need a generic frob-specifier function. ;; #### this also needs to be redone like frob-face-property. ;; Let me say one more time how much dynamic scoping sucks. -(defun frob-display-table (fdt-function fdt-locale) +;;;###autoload +(defun frob-display-table (fdt-function fdt-locale &optional tag-set) (or fdt-locale (setq fdt-locale 'global)) - (or (specifier-spec-list current-display-table fdt-locale) + (or (specifier-spec-list current-display-table fdt-locale tag-set) (add-spec-to-specifier current-display-table (make-display-table) - fdt-locale)) + fdt-locale tag-set)) (add-spec-list-to-specifier current-display-table (list (cons fdt-locale ＠＠ -112,16 +97,18 ＠＠ (funcall fdt-function (cdr fdt-x)) fdt-x) (cdar (specifier-spec-list current-display-table - fdt-locale))))))) + fdt-locale tag-set))))))) (defun standard-display-8bit-1 (dt l h) (while (<= l h) - (aset dt l (char-to-string l)) + (remove-char-table (int-to-char l) dt) (setq l (1+ l)))) ;;;###autoload (defun standard-display-8bit (l h &optional locale) - "Display characters in the range L to H literally." + "Display characters in the range L to H literally. + +Of course, `literally' has no meaning here. " (frob-display-table (lambda (x) (standard-display-8bit-1 x l h)) ＠＠ -129,7 +116,7 ＠＠ (defun standard-display-default-1 (dt l h) (while (<= l h) - (aset dt l nil) + (put-char-table (int-to-char l) (format "\\%o" l) dt) (setq l (1+ l)))) ;;;###autoload ＠＠ -145,12 +132,9 ＠＠ "Display character C using printable string S." (frob-display-table (lambda (x) - (aset x c s)) + (put-char-table c s x)) locale)) - -;;; #### should frob in a 'tty locale. - ;;;###autoload (defun standard-display-g1 (c sc &optional locale) "Display character C as character SC in the g1 character set. ＠＠ -158,11 +142,8 ＠＠ it is meaningless for an X frame." (frob-display-table (lambda (x) - (aset x c (concat "\016" (char-to-string sc) "\017"))) - locale)) - - -;;; #### should frob in a 'tty locale. + (put-char-table c (concat "\016" (char-to-string sc) "\017") x)) + locale '(tty))) ;;;###autoload (defun standard-display-graphic (c gc &optional locale) ＠＠ -171,37 +152,36 ＠＠ X frame." (frob-display-table (lambda (x) - (aset x c (concat "\e(0" (char-to-string gc) "\e(B"))) - locale)) - -;;; #### should frob in a 'tty locale. -;;; #### the FSF equivalent of this makes this character be displayed -;;; in the 'underline face. There's no current way to do this with -;;; XEmacs display tables. + (put-char-table c (concat "\e(0" (char-to-string gc) "\e(B") x)) + locale '(tty))) ;;;###autoload (defun standard-display-underline (c uc &optional locale) "Display character C as character UC plus underlining." (frob-display-table (lambda (x) - (aset x c (concat "\e[4m" (char-to-string uc) "\e[m"))) + (let (glyph) + (setq glyph (make-glyph (vector 'string :data (char-to-string uc)))) + (set-glyph-face glyph 'underline) + (put-char-table c glyph x))) locale)) ;;;###autoload (defun standard-display-european (arg &optional locale) "Toggle display of European characters encoded with ISO 8859. -When enabled, characters in the range of 160 to 255 display not -as octal escapes, but as accented characters. -With prefix argument, enable European character display iff arg is positive." +When enabled (the default), characters in the range of 160 to 255 display +not as octal escapes, but as accented characters. With prefix argument, +enable European character display iff arg is positive." (interactive "P") - (frob-display-table - (lambda (x) - (if (or (<= (prefix-numeric-value arg) 0) - (and (null arg) - (equal (aref x 160) (char-to-string 160)))) - (standard-display-default-1 x 160 255) - (standard-display-8bit-1 x 160 255))) - locale)) + (if (<= (prefix-numeric-value arg) 0) + (frob-display-table + (lambda (x) + (standard-display-default-1 x 160 255)) + locale) + (frob-display-table + (lambda (x) + (standard-display-8bit-1 x 160 255)) + locale))) (provide 'disp-table) Index: lisp/font.el =================================================================== RCS file: /pack/xemacscvs/XEmacs/xemacs/lisp/font.el,v retrieving revision 1.20 diff -u -u -r1.20 font.el --- lisp/font.el 2006/04/25 14:01:53 1.20 +++ lisp/font.el 2007/07/21 13:21:20 ＠＠ -250,17 +250,17 ＠＠ (i 0)) ;; Standard ASCII characters (while (< i 26) - (aset table (+ i ?a) (+ i ?A)) + (put-char-table (+ i ?a) (+ i ?A) table) (setq i (1+ i))) ;; Now ISO translations ;; #### FIXME what's this for?? (setq i 224) (while (< i 247) ;; Agrave - Ouml - (aset table i (- i 32)) + (put-char-table i (- i 32) table) (setq i (1+ i))) (setq i 248) (while (< i 255) ;; Oslash - Thorn - (aset table i (- i 32)) + (put-char-table i (- i 32) table) (setq i (1+ i))) table))  Index: lisp/x-init.el =================================================================== RCS file: /pack/xemacscvs/XEmacs/xemacs/lisp/x-init.el,v retrieving revision 1.19 diff -u -u -r1.19 x-init.el --- lisp/x-init.el 2007/07/16 12:26:03 1.19 +++ lisp/x-init.el 2007/07/21 13:21:55 ＠＠ -336,11 +336,11 ＠＠ ;; due to a universally crocked font width specification. Display it ;; as a space since that's what seems to be expected. ;; -;; (make-vector 256 nil) instead of (make-display-table) because +;; (make-char-table 'generic) instead of (make-display-table) because ;; make-display-table doesn't exist when this file is loaded. -(let ((tab (make-vector 256 nil))) - (aset tab 160 " ") +(let ((tab (make-char-table 'generic))) + (put-char-table 160 " " tab) (set-specifier current-display-table tab 'global 'x)) ;;; x-init.el ends here Index: lisp/mule/cyril-util.el =================================================================== RCS file: /pack/xemacscvs/XEmacs/xemacs/lisp/mule/cyril-util.el,v retrieving revision 1.6 diff -u -u -r1.6 cyril-util.el --- lisp/mule/cyril-util.el 2003/02/06 06:35:52 1.6 +++ lisp/mule/cyril-util.el 2007/07/21 13:21:56 ＠＠ -28,28 +28,16 ＠＠ ;;; Code: -;;;###autoload -(defun cyrillic-encode-koi8-r-char (char) - "Return KOI8-R external character code of CHAR if appropriate." - (get-char-table char cyrillic-koi8-r-to-external-code-table)) - -;;;###autoload -(defun cyrillic-encode-alternativnyj-char (char) - "Return ALTERNATIVNYJ external character code of CHAR if appropriate." - (get-char-table char cyrillic-alternativnyj-to-external-code-table)) -  ;; Display ;; Written by Valery Alexeev <valery(a)math.uga.edu&gt;. (defvar cyrillic-language-alist - (list '("Belorussian") '("Bulgarian") '("Macedonian") - '("Russian") '("Serbian") '("Ukrainian")) - "*List of known cyrillic languages") + '(("Belorussian") ("Bulgarian") ("Macedonian") + ("Russian") ("Serbian") ("Ukrainian")) + "*List of known Cyrillic languages") -(defvar standard-display-table) - ;;;###autoload (defun standard-display-cyrillic-translit (&optional cyrillic-language) "Display a cyrillic buffer using a transliteration. ＠＠ -67,129 +55,123 ＠＠ (completing-read "Cyrillic language (default nil): " cyrillic-language-alist nil t nil nil nil)))) - - (or standard-display-table - (setq standard-display-table (make-display-table))) - + (if (equal cyrillic-language "") (setq cyrillic-language nil)) - (if (null cyrillic-language) - (setq standard-display-table (make-display-table)) - (aset standard-display-table ?,LP(B [?a]) - (aset standard-display-table ?,LQ(B [?b]) - (aset standard-display-table ?,LR(B [?v]) - (aset standard-display-table ?,LS(B [?g]) - (aset standard-display-table ?,LT(B [?d]) - (aset standard-display-table ?,LU(B [?e]) - (aset standard-display-table ?,Lq(B [?y?o]) - (aset standard-display-table ?,LV(B [?z?h]) - (aset standard-display-table ?,LW(B [?z]) - (aset standard-display-table ?,LX(B [?i]) - (aset standard-display-table ?,LY(B [?j]) - (aset standard-display-table ?,LZ(B [?k]) - (aset standard-display-table ?,L[(B [?l]) - (aset standard-display-table ?,L\(B [?m]) - (aset standard-display-table ?,L](B [?n]) - (aset standard-display-table ?,L^(B [?o]) - (aset standard-display-table ?,L_(B [?p]) - (aset standard-display-table ?,L`(B [?r]) - (aset standard-display-table ?,La(B [?s]) - (aset standard-display-table ?,Lb(B [?t]) - (aset standard-display-table ?,Lc(B [?u]) - (aset standard-display-table ?,Ld(B [?f]) - (aset standard-display-table ?,Le(B [?k?h]) - (aset standard-display-table ?,Lf(B [?t?s]) - (aset standard-display-table ?,Lg(B [?c?h]) - (aset standard-display-table ?,Lh(B [?s?h]) - (aset standard-display-table ?,Li(B [?s?c?h]) - (aset standard-display-table ?,Lj(B [?~]) - (aset standard-display-table ?,Lk(B [?y]) - (aset standard-display-table ?,Ll(B [?']) - (aset standard-display-table ?,Lm(B [?e?']) - (aset standard-display-table ?,Ln(B [?y?u]) - (aset standard-display-table ?,Lo(B [?y?a]) + (frob-display-table + (lambda (display-table) + (if (null cyrillic-language) + (remove-char-table 'cyrillic-iso8859-5 display-table) + (put-char-table ?,LP(B "a" display-table) + (put-char-table ?,LQ(B "b" display-table) + (put-char-table ?,LR(B "v" display-table) + (put-char-table ?,LS(B "g" display-table) + (put-char-table ?,LT(B "d" display-table) + (put-char-table ?,LU(B "e" display-table) + (put-char-table ?,Lq(B "yo" display-table) + (put-char-table ?,LV(B "zh" display-table) + (put-char-table ?,LW(B "z" display-table) + (put-char-table ?,LX(B "i" display-table) + (put-char-table ?,LY(B "j" display-table) + (put-char-table ?,LZ(B "k" display-table) + (put-char-table ?,L[(B "l" display-table) + (put-char-table ?,L\(B "m" display-table) + (put-char-table ?,L](B "n" display-table) + (put-char-table ?,L^(B "o" display-table) + (put-char-table ?,L_(B "p" display-table) + (put-char-table ?,L`(B "r" display-table) + (put-char-table ?,La(B "s" display-table) + (put-char-table ?,Lb(B "t" display-table) + (put-char-table ?,Lc(B "u" display-table) + (put-char-table ?,Ld(B "f" display-table) + (put-char-table ?,Le(B "kh" display-table) + (put-char-table ?,Lf(B "ts" display-table) + (put-char-table ?,Lg(B "ch" display-table) + (put-char-table ?,Lh(B "sh" display-table) + (put-char-table ?,Li(B "sch" display-table) + (put-char-table ?,Lj(B "~" display-table) + (put-char-table ?,Lk(B "y" display-table) + (put-char-table ?,Ll(B "'" display-table) + (put-char-table ?,Lm(B "e'" display-table) + (put-char-table ?,Ln(B "yu" display-table) + (put-char-table ?,Lo(B "ya" display-table) + (put-char-table ?,L0(B "A" display-table) + (put-char-table ?,L1(B "B" display-table) + (put-char-table ?,L2(B "V" display-table) + (put-char-table ?,L3(B "G" display-table) + (put-char-table ?,L4(B "D" display-table) + (put-char-table ?,L5(B "E" display-table) + (put-char-table ?,L!(B "Yo" display-table) + (put-char-table ?,L6(B "Zh" display-table) + (put-char-table ?,L7(B "Z" display-table) + (put-char-table ?,L8(B "I" display-table) + (put-char-table ?,L9(B "J" display-table) + (put-char-table ?,L:(B "K" display-table) + (put-char-table ?,L;(B "L" display-table) + (put-char-table ?,L<(B "M" display-table) + (put-char-table ?,L=(B "N" display-table) + (put-char-table ?,L>(B "O" display-table) + (put-char-table ?,L?(B "P" display-table) + (put-char-table ?,L＠(B "R" display-table) + (put-char-table ?,LA(B "S" display-table) + (put-char-table ?,LB(B "T" display-table) + (put-char-table ?,LC(B "U" display-table) + (put-char-table ?,LD(B "F" display-table) + (put-char-table ?,LE(B "Kh" display-table) + (put-char-table ?,LF(B "Ts" display-table) + (put-char-table ?,LG(B "Ch" display-table) + (put-char-table ?,LH(B "Sh" display-table) + (put-char-table ?,LI(B "Sch" display-table) + (put-char-table ?,LJ(B "~" display-table) + (put-char-table ?,LK(B "Y" display-table) + (put-char-table ?,LL(B "'" display-table) + (put-char-table ?,LM(B "E'" display-table) + (put-char-table ?,LN(B "Yu" display-table) + (put-char-table ?,LO(B "Ya" display-table) + (put-char-table ?,Lt(B "ie" display-table) + (put-char-table ?,Lw(B "i" display-table) + (put-char-table ?,L~(B "u" display-table) + (put-char-table ?,Lr(B "dj" display-table) + (put-char-table ?,L{(B "chj" display-table) + (put-char-table ?,Ls(B "gj" display-table) + (put-char-table ?,Lu(B "s" display-table) + (put-char-table ?,L|(B "k" display-table) + (put-char-table ?,Lv(B "i" display-table) + (put-char-table ?,Lx(B "j" display-table) + (put-char-table ?,Ly(B "lj" display-table) + (put-char-table ?,Lz(B "nj" display-table) + (put-char-table ?,L(B "dz" display-table) + (put-char-table ?,L$(B "Ye" display-table) + (put-char-table ?,L'(B "Yi" display-table) + (put-char-table ?,L.(B "U" display-table) + (put-char-table ?,L"(B "Dj" display-table) + (put-char-table ?,L+(B "Chj" display-table) + (put-char-table ?,L#(B "Gj" display-table) + (put-char-table ?,L%(B "S" display-table) + (put-char-table ?,L,(B "K" display-table) + (put-char-table ?,L&(B "I" display-table) + (put-char-table ?,L((B "J" display-table) + (put-char-table ?,L)(B "Lj" display-table) + (put-char-table ?,L*(B "Nj" display-table) + (put-char-table ?,L/(B "Dj" display-table) - (aset standard-display-table ?,L0(B [?A]) - (aset standard-display-table ?,L1(B [?B]) - (aset standard-display-table ?,L2(B [?V]) - (aset standard-display-table ?,L3(B [?G]) - (aset standard-display-table ?,L4(B [?D]) - (aset standard-display-table ?,L5(B [?E]) - (aset standard-display-table ?,L!(B [?Y?o]) - (aset standard-display-table ?,L6(B [?Z?h]) - (aset standard-display-table ?,L7(B [?Z]) - (aset standard-display-table ?,L8(B [?I]) - (aset standard-display-table ?,L9(B [?J]) - (aset standard-display-table ?,L:(B [?K]) - (aset standard-display-table ?,L;(B [?L]) - (aset standard-display-table ?,L<(B [?M]) - (aset standard-display-table ?,L=(B [?N]) - (aset standard-display-table ?,L>(B [?O]) - (aset standard-display-table ?,L?(B [?P]) - (aset standard-display-table ?,L＠(B [?R]) - (aset standard-display-table ?,LA(B [?S]) - (aset standard-display-table ?,LB(B [?T]) - (aset standard-display-table ?,LC(B [?U]) - (aset standard-display-table ?,LD(B [?F]) - (aset standard-display-table ?,LE(B [?K?h]) - (aset standard-display-table ?,LF(B [?T?s]) - (aset standard-display-table ?,LG(B [?C?h]) - (aset standard-display-table ?,LH(B [?S?h]) - (aset standard-display-table ?,LI(B [?S?c?h]) - (aset standard-display-table ?,LJ(B [?~]) - (aset standard-display-table ?,LK(B [?Y]) - (aset standard-display-table ?,LL(B [?']) - (aset standard-display-table ?,LM(B [?E?']) - (aset standard-display-table ?,LN(B [?Y?u]) - (aset standard-display-table ?,LO(B [?Y?a]) - - (aset standard-display-table ?,Lt(B [?i?e]) - (aset standard-display-table ?,Lw(B [?i]) - (aset standard-display-table ?,L~(B [?u]) - (aset standard-display-table ?,Lr(B [?d?j]) - (aset standard-display-table ?,L{(B [?c?h?j]) - (aset standard-display-table ?,Ls(B [?g?j]) - (aset standard-display-table ?,Lu(B [?s]) - (aset standard-display-table ?,L|(B [?k]) - (aset standard-display-table ?,Lv(B [?i]) - (aset standard-display-table ?,Lx(B [?j]) - (aset standard-display-table ?,Ly(B [?l?j]) - (aset standard-display-table ?,Lz(B [?n?j]) - (aset standard-display-table ?,L(B [?d?z]) - - (aset standard-display-table ?,L$(B [?Y?e]) - (aset standard-display-table ?,L'(B [?Y?i]) - (aset standard-display-table ?,L.(B [?U]) - (aset standard-display-table ?,L"(B [?D?j]) - (aset standard-display-table ?,L+(B [?C?h?j]) - (aset standard-display-table ?,L#(B [?G?j]) - (aset standard-display-table ?,L%(B [?S]) - (aset standard-display-table ?,L,(B [?K]) - (aset standard-display-table ?,L&(B [?I]) - (aset standard-display-table ?,L((B [?J]) - (aset standard-display-table ?,L)(B [?L?j]) - (aset standard-display-table ?,L*(B [?N?j]) - (aset standard-display-table ?,L/(B [?D?j]) - - (when (equal cyrillic-language "Bulgarian") - (aset standard-display-table ?,Li(B [?s?h?t]) - (aset standard-display-table ?,LI(B [?S?h?t]) - (aset standard-display-table ?,Ln(B [?i?u]) - (aset standard-display-table ?,LN(B [?I?u]) - (aset standard-display-table ?,Lo(B [?i?a]) - (aset standard-display-table ?,LO(B [?I?a])) - - (when (equal cyrillic-language "Ukrainian") ; based on the official - ; transliteration table - (aset standard-display-table ?,LX(B [?y]) - (aset standard-display-table ?,L8(B [?Y]) - (aset standard-display-table ?,LY(B [?i]) - (aset standard-display-table ?,L9(B [?Y]) - (aset standard-display-table ?,Ln(B [?i?u]) - (aset standard-display-table ?,Lo(B [?i?a])))) - - + (when (equal cyrillic-language "Bulgarian") + (put-char-table ?,Li(B "sht" display-table) + (put-char-table ?,LI(B "Sht" display-table) + (put-char-table ?,Ln(B "iu" display-table) + (put-char-table ?,LN(B "Iu" display-table) + (put-char-table ?,Lo(B "ia" display-table) + (put-char-table ?,LO(B "Ia" display-table)) + + (when (equal cyrillic-language "Ukrainian") ; based on the official + ; transliteration table + (put-char-table ?,LX(B "y" display-table) + (put-char-table ?,L8(B "Y" display-table) + (put-char-table ?,LY(B "i" display-table) + (put-char-table ?,L9(B "Y" display-table) + (put-char-table ?,Ln(B "iu" display-table) + (put-char-table ?,Lo(B "ia" display-table)))) nil)) ;; (provide 'cyril-util) -- On the quay of the little Black Sea port, where the rescued pair came once more into contact with civilization, Dobrinton was bitten by a dog which was assumed to be mad, though it may only have been indiscriminating. 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