Fixed syntax highlighting thanks to SILex.

* arch-config: New file.

* src/guile/skribilo/coloring/c-lex.l.scm: New.

* src/guile/skribilo/coloring/lisp-lex.l.scm: New.

* src/guile/skribilo/coloring/xml-lex.l.scm: New.

* doc/user/user.skb: Include `prgm.skb' (works now).

* src/guile/skribilo/ast.scm: Export `node-body'.

* src/guile/skribilo/coloring/Makefile.am (dist_guilemodule_DATA): Added
  the SILex-generated files.
  (%.l.scm): New rule.

* src/guile/skribilo/coloring/lisp-lex.l: Use the SRFI-39 parameters.

* src/guile/skribilo/coloring/lisp.scm: Use SRFI-39 parameters instead of
  fluids.  Load `lisp-lex.l.scm'.

* src/guile/skribilo/prog.scm: Autoload `ast' upon `node-body' too.
  (make-line-mark): Use `hash-set!'.
  (resolve-line): Use `hash-ref'.

* src/guile/skribilo/source.scm (source-read-lines): Use
  `string-prefix-length' instead of `substring=?'.

git-archimport-id: lcourtes@laas.fr--2005-mobile/skribilo--devel--1.2--patch-33

9 files changed, 3801 insertions, 90 deletions

diff --git a/src/guile/skribilo/ast.scm b/src/guile/skribilo/ast.scm
index ff61ff7..1856389 100644
--- a/src/guile/skribilo/ast.scm
+++ b/src/guile/skribilo/ast.scm
@@ -29,7 +29,7 @@
 	   <command> command? command-fmt command-body
 	   <unresolved> unresolved? unresolved-proc
 	   <handle> handle? handle-ast handle-body
-	   <node> node? node-options node-loc
+	   <node> node? node-options node-loc node-body
 	   <processor> processor? processor-combinator processor-engine
 
 	   <markup> markup? bind-markup! markup-options is-markup?
diff --git a/src/guile/skribilo/coloring/Makefile.am b/src/guile/skribilo/coloring/Makefile.am
index c8f9242..b952237 100644
--- a/src/guile/skribilo/coloring/Makefile.am
+++ b/src/guile/skribilo/coloring/Makefile.am
@@ -1,2 +1,16 @@
 guilemoduledir = $(GUILE_SITE)/skribilo/coloring
-dist_guilemodule_DATA = c.scm lisp.scm xml.scm
+dist_guilemodule_DATA = c.scm lisp.scm xml.scm				\
+			lisp-lex.l.scm xml-lex.l.scm c-lex.l.scm
+
+
+EXTRA_DIST = lisp-lex.l xml-lex.l c-lex.l
+
+# Building the lexers with SILex.  You must previously run
+# `tla build-config ./arch-config' for this to run.
+#
+# Note: Those files should normally be part of the distribution, making
+# this rule useless to the user.
+%.l.scm: %.l
+	$(GUILE) -L $(top_srcdir)/src/guile/silex			\
+	         -c '(load-from-path "lex.scm") (lex "$^" "$@")'
+
diff --git a/src/guile/skribilo/coloring/c-lex.l.scm b/src/guile/skribilo/coloring/c-lex.l.scm
new file mode 100644
index 0000000..c9129cf
--- /dev/null
+++ b/src/guile/skribilo/coloring/c-lex.l.scm
@@ -0,0 +1,1225 @@
+; *** This file starts with a copy of the file multilex.scm ***
+; SILex - Scheme Implementation of Lex
+; Copyright (C) 2001  Danny Dube'
+; 
+; This program is free software; you can redistribute it and/or
+; modify it under the terms of the GNU General Public License
+; as published by the Free Software Foundation; either version 2
+; of the License, or (at your option) any later version.
+; 
+; This program is distributed in the hope that it will be useful,
+; but WITHOUT ANY WARRANTY; without even the implied warranty of
+; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+; GNU General Public License for more details.
+; 
+; You should have received a copy of the GNU General Public License
+; along with this program; if not, write to the Free Software
+; Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA  02111-1307, USA.
+
+;
+; Gestion des Input Systems
+; Fonctions a utiliser par l'usager:
+;   lexer-make-IS, lexer-get-func-getc, lexer-get-func-ungetc,
+;   lexer-get-func-line, lexer-get-func-column et lexer-get-func-offset
+;
+
+; Taille initiale par defaut du buffer d'entree
+(define lexer-init-buffer-len 1024)
+
+; Numero du caractere newline
+(define lexer-integer-newline (char->integer #\newline))
+
+; Constructeur d'IS brut
+(define lexer-raw-IS-maker
+  (lambda (buffer read-ptr input-f counters)
+    (let ((input-f          input-f)                ; Entree reelle
+	  (buffer           buffer)                 ; Buffer
+	  (buflen           (string-length buffer))
+	  (read-ptr         read-ptr)
+	  (start-ptr        1)                      ; Marque de debut de lexeme
+	  (start-line       1)
+	  (start-column     1)
+	  (start-offset     0)
+	  (end-ptr          1)                      ; Marque de fin de lexeme
+	  (point-ptr        1)                      ; Le point
+	  (user-ptr         1)                      ; Marque de l'usager
+	  (user-line        1)
+	  (user-column      1)
+	  (user-offset      0)
+	  (user-up-to-date? #t))                    ; Concerne la colonne seul.
+      (letrec
+	  ((start-go-to-end-none         ; Fonctions de depl. des marques
+	    (lambda ()
+	      (set! start-ptr end-ptr)))
+	   (start-go-to-end-line
+	    (lambda ()
+	      (let loop ((ptr start-ptr) (line start-line))
+		(if (= ptr end-ptr)
+		    (begin
+		      (set! start-ptr ptr)
+		      (set! start-line line))
+		    (if (char=? (string-ref buffer ptr) #\newline)
+			(loop (+ ptr 1) (+ line 1))
+			(loop (+ ptr 1) line))))))
+	   (start-go-to-end-all
+	    (lambda ()
+	      (set! start-offset (+ start-offset (- end-ptr start-ptr)))
+	      (let loop ((ptr start-ptr)
+			 (line start-line)
+			 (column start-column))
+		(if (= ptr end-ptr)
+		    (begin
+		      (set! start-ptr ptr)
+		      (set! start-line line)
+		      (set! start-column column))
+		    (if (char=? (string-ref buffer ptr) #\newline)
+			(loop (+ ptr 1) (+ line 1) 1)
+			(loop (+ ptr 1) line (+ column 1)))))))
+	   (start-go-to-user-none
+	    (lambda ()
+	      (set! start-ptr user-ptr)))
+	   (start-go-to-user-line
+	    (lambda ()
+	      (set! start-ptr user-ptr)
+	      (set! start-line user-line)))
+	   (start-go-to-user-all
+	    (lambda ()
+	      (set! start-line user-line)
+	      (set! start-offset user-offset)
+	      (if user-up-to-date?
+		  (begin
+		    (set! start-ptr user-ptr)
+		    (set! start-column user-column))
+		  (let loop ((ptr start-ptr) (column start-column))
+		    (if (= ptr user-ptr)
+			(begin
+			  (set! start-ptr ptr)
+			  (set! start-column column))
+			(if (char=? (string-ref buffer ptr) #\newline)
+			    (loop (+ ptr 1) 1)
+			    (loop (+ ptr 1) (+ column 1))))))))
+	   (end-go-to-point
+	    (lambda ()
+	      (set! end-ptr point-ptr)))
+	   (point-go-to-start
+	    (lambda ()
+	      (set! point-ptr start-ptr)))
+	   (user-go-to-start-none
+	    (lambda ()
+	      (set! user-ptr start-ptr)))
+	   (user-go-to-start-line
+	    (lambda ()
+	      (set! user-ptr start-ptr)
+	      (set! user-line start-line)))
+	   (user-go-to-start-all
+	    (lambda ()
+	      (set! user-ptr start-ptr)
+	      (set! user-line start-line)
+	      (set! user-column start-column)
+	      (set! user-offset start-offset)
+	      (set! user-up-to-date? #t)))
+	   (init-lexeme-none             ; Debute un nouveau lexeme
+	    (lambda ()
+	      (if (< start-ptr user-ptr)
+		  (start-go-to-user-none))
+	      (point-go-to-start)))
+	   (init-lexeme-line
+	    (lambda ()
+	      (if (< start-ptr user-ptr)
+		  (start-go-to-user-line))
+	      (point-go-to-start)))
+	   (init-lexeme-all
+	    (lambda ()
+	      (if (< start-ptr user-ptr)
+		  (start-go-to-user-all))
+	      (point-go-to-start)))
+	   (get-start-line               ; Obtention des stats du debut du lxm
+	    (lambda ()
+	      start-line))
+	   (get-start-column
+	    (lambda ()
+	      start-column))
+	   (get-start-offset
+	    (lambda ()
+	      start-offset))
+	   (peek-left-context            ; Obtention de caracteres (#f si EOF)
+	    (lambda ()
+	      (char->integer (string-ref buffer (- start-ptr 1)))))
+	   (peek-char
+	    (lambda ()
+	      (if (< point-ptr read-ptr)
+		  (char->integer (string-ref buffer point-ptr))
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer point-ptr c)
+			  (set! read-ptr (+ point-ptr 1))
+			  (char->integer c))
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  #f))))))
+	   (read-char
+	    (lambda ()
+	      (if (< point-ptr read-ptr)
+		  (let ((c (string-ref buffer point-ptr)))
+		    (set! point-ptr (+ point-ptr 1))
+		    (char->integer c))
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer point-ptr c)
+			  (set! read-ptr (+ point-ptr 1))
+			  (set! point-ptr read-ptr)
+			  (char->integer c))
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  #f))))))
+	   (get-start-end-text           ; Obtention du lexeme
+	    (lambda ()
+	      (substring buffer start-ptr end-ptr)))
+	   (get-user-line-line           ; Fonctions pour l'usager
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-line))
+	      user-line))
+	   (get-user-line-all
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-all))
+	      user-line))
+	   (get-user-column-all
+	    (lambda ()
+	      (cond ((< user-ptr start-ptr)
+		     (user-go-to-start-all)
+		     user-column)
+		    (user-up-to-date?
+		     user-column)
+		    (else
+		     (let loop ((ptr start-ptr) (column start-column))
+		       (if (= ptr user-ptr)
+			   (begin
+			     (set! user-column column)
+			     (set! user-up-to-date? #t)
+			     column)
+			   (if (char=? (string-ref buffer ptr) #\newline)
+			       (loop (+ ptr 1) 1)
+			       (loop (+ ptr 1) (+ column 1)))))))))
+	   (get-user-offset-all
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-all))
+	      user-offset))
+	   (user-getc-none
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-none))
+	      (if (< user-ptr read-ptr)
+		  (let ((c (string-ref buffer user-ptr)))
+		    (set! user-ptr (+ user-ptr 1))
+		    c)
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer user-ptr c)
+			  (set! read-ptr (+ read-ptr 1))
+			  (set! user-ptr read-ptr)
+			  c)
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  'eof))))))
+	   (user-getc-line
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-line))
+	      (if (< user-ptr read-ptr)
+		  (let ((c (string-ref buffer user-ptr)))
+		    (set! user-ptr (+ user-ptr 1))
+		    (if (char=? c #\newline)
+			(set! user-line (+ user-line 1)))
+		    c)
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer user-ptr c)
+			  (set! read-ptr (+ read-ptr 1))
+			  (set! user-ptr read-ptr)
+			  (if (char=? c #\newline)
+			      (set! user-line (+ user-line 1)))
+			  c)
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  'eof))))))
+	   (user-getc-all
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-all))
+	      (if (< user-ptr read-ptr)
+		  (let ((c (string-ref buffer user-ptr)))
+		    (set! user-ptr (+ user-ptr 1))
+		    (if (char=? c #\newline)
+			(begin
+			  (set! user-line (+ user-line 1))
+			  (set! user-column 1))
+			(set! user-column (+ user-column 1)))
+		    (set! user-offset (+ user-offset 1))
+		    c)
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer user-ptr c)
+			  (set! read-ptr (+ read-ptr 1))
+			  (set! user-ptr read-ptr)
+			  (if (char=? c #\newline)
+			      (begin
+				(set! user-line (+ user-line 1))
+				(set! user-column 1))
+			      (set! user-column (+ user-column 1)))
+			  (set! user-offset (+ user-offset 1))
+			  c)
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  'eof))))))
+	   (user-ungetc-none
+	    (lambda ()
+	      (if (> user-ptr start-ptr)
+		  (set! user-ptr (- user-ptr 1)))))
+	   (user-ungetc-line
+	    (lambda ()
+	      (if (> user-ptr start-ptr)
+		  (begin
+		    (set! user-ptr (- user-ptr 1))
+		    (let ((c (string-ref buffer user-ptr)))
+		      (if (char=? c #\newline)
+			  (set! user-line (- user-line 1))))))))
+	   (user-ungetc-all
+	    (lambda ()
+	      (if (> user-ptr start-ptr)
+		  (begin
+		    (set! user-ptr (- user-ptr 1))
+		    (let ((c (string-ref buffer user-ptr)))
+		      (if (char=? c #\newline)
+			  (begin
+			    (set! user-line (- user-line 1))
+			    (set! user-up-to-date? #f))
+			  (set! user-column (- user-column 1)))
+		      (set! user-offset (- user-offset 1)))))))
+	   (reorganize-buffer            ; Decaler ou agrandir le buffer
+	    (lambda ()
+	      (if (< (* 2 start-ptr) buflen)
+		  (let* ((newlen (* 2 buflen))
+			 (newbuf (make-string newlen))
+			 (delta (- start-ptr 1)))
+		    (let loop ((from (- start-ptr 1)))
+		      (if (< from buflen)
+			  (begin
+			    (string-set! newbuf
+					 (- from delta)
+					 (string-ref buffer from))
+			    (loop (+ from 1)))))
+		    (set! buffer    newbuf)
+		    (set! buflen    newlen)
+		    (set! read-ptr  (- read-ptr delta))
+		    (set! start-ptr (- start-ptr delta))
+		    (set! end-ptr   (- end-ptr delta))
+		    (set! point-ptr (- point-ptr delta))
+		    (set! user-ptr  (- user-ptr delta)))
+		  (let ((delta (- start-ptr 1)))
+		    (let loop ((from (- start-ptr 1)))
+		      (if (< from buflen)
+			  (begin
+			    (string-set! buffer
+					 (- from delta)
+					 (string-ref buffer from))
+			    (loop (+ from 1)))))
+		    (set! read-ptr  (- read-ptr delta))
+		    (set! start-ptr (- start-ptr delta))
+		    (set! end-ptr   (- end-ptr delta))
+		    (set! point-ptr (- point-ptr delta))
+		    (set! user-ptr  (- user-ptr delta)))))))
+	(list (cons 'start-go-to-end
+		    (cond ((eq? counters 'none) start-go-to-end-none)
+			  ((eq? counters 'line) start-go-to-end-line)
+			  ((eq? counters 'all ) start-go-to-end-all)))
+	      (cons 'end-go-to-point
+		    end-go-to-point)
+	      (cons 'init-lexeme
+		    (cond ((eq? counters 'none) init-lexeme-none)
+			  ((eq? counters 'line) init-lexeme-line)
+			  ((eq? counters 'all ) init-lexeme-all)))
+	      (cons 'get-start-line
+		    get-start-line)
+	      (cons 'get-start-column
+		    get-start-column)
+	      (cons 'get-start-offset
+		    get-start-offset)
+	      (cons 'peek-left-context
+		    peek-left-context)
+	      (cons 'peek-char
+		    peek-char)
+	      (cons 'read-char
+		    read-char)
+	      (cons 'get-start-end-text
+		    get-start-end-text)
+	      (cons 'get-user-line
+		    (cond ((eq? counters 'none) #f)
+			  ((eq? counters 'line) get-user-line-line)
+			  ((eq? counters 'all ) get-user-line-all)))
+	      (cons 'get-user-column
+		    (cond ((eq? counters 'none) #f)
+			  ((eq? counters 'line) #f)
+			  ((eq? counters 'all ) get-user-column-all)))
+	      (cons 'get-user-offset
+		    (cond ((eq? counters 'none) #f)
+			  ((eq? counters 'line) #f)
+			  ((eq? counters 'all ) get-user-offset-all)))
+	      (cons 'user-getc
+		    (cond ((eq? counters 'none) user-getc-none)
+			  ((eq? counters 'line) user-getc-line)
+			  ((eq? counters 'all ) user-getc-all)))
+	      (cons 'user-ungetc
+		    (cond ((eq? counters 'none) user-ungetc-none)
+			  ((eq? counters 'line) user-ungetc-line)
+			  ((eq? counters 'all ) user-ungetc-all))))))))
+
+; Construit un Input System
+; Le premier parametre doit etre parmi "port", "procedure" ou "string"
+; Prend un parametre facultatif qui doit etre parmi
+; "none", "line" ou "all"
+(define lexer-make-IS
+  (lambda (input-type input . largs)
+    (let ((counters-type (cond ((null? largs)
+				'line)
+			       ((memq (car largs) '(none line all))
+				(car largs))
+			       (else
+				'line))))
+      (cond ((and (eq? input-type 'port) (input-port? input))
+	     (let* ((buffer   (make-string lexer-init-buffer-len #\newline))
+		    (read-ptr 1)
+		    (input-f  (lambda () (read-char input))))
+	       (lexer-raw-IS-maker buffer read-ptr input-f counters-type)))
+	    ((and (eq? input-type 'procedure) (procedure? input))
+	     (let* ((buffer   (make-string lexer-init-buffer-len #\newline))
+		    (read-ptr 1)
+		    (input-f  input))
+	       (lexer-raw-IS-maker buffer read-ptr input-f counters-type)))
+	    ((and (eq? input-type 'string) (string? input))
+	     (let* ((buffer   (string-append (string #\newline) input))
+		    (read-ptr (string-length buffer))
+		    (input-f  (lambda () 'eof)))
+	       (lexer-raw-IS-maker buffer read-ptr input-f counters-type)))
+	    (else
+	     (let* ((buffer   (string #\newline))
+		    (read-ptr 1)
+		    (input-f  (lambda () 'eof)))
+	       (lexer-raw-IS-maker buffer read-ptr input-f counters-type)))))))
+
+; Les fonctions:
+;   lexer-get-func-getc, lexer-get-func-ungetc,
+;   lexer-get-func-line, lexer-get-func-column et lexer-get-func-offset
+(define lexer-get-func-getc
+  (lambda (IS) (cdr (assq 'user-getc IS))))
+(define lexer-get-func-ungetc
+  (lambda (IS) (cdr (assq 'user-ungetc IS))))
+(define lexer-get-func-line
+  (lambda (IS) (cdr (assq 'get-user-line IS))))
+(define lexer-get-func-column
+  (lambda (IS) (cdr (assq 'get-user-column IS))))
+(define lexer-get-func-offset
+  (lambda (IS) (cdr (assq 'get-user-offset IS))))
+
+;
+; Gestion des lexers
+;
+
+; Fabrication de lexer a partir d'arbres de decision
+(define lexer-make-tree-lexer
+  (lambda (tables IS)
+    (letrec
+	(; Contenu de la table
+	 (counters-type        (vector-ref tables 0))
+	 (<<EOF>>-pre-action   (vector-ref tables 1))
+	 (<<ERROR>>-pre-action (vector-ref tables 2))
+	 (rules-pre-actions    (vector-ref tables 3))
+	 (table-nl-start       (vector-ref tables 5))
+	 (table-no-nl-start    (vector-ref tables 6))
+	 (trees-v              (vector-ref tables 7))
+	 (acc-v                (vector-ref tables 8))
+
+	 ; Contenu du IS
+	 (IS-start-go-to-end    (cdr (assq 'start-go-to-end IS)))
+	 (IS-end-go-to-point    (cdr (assq 'end-go-to-point IS)))
+	 (IS-init-lexeme        (cdr (assq 'init-lexeme IS)))
+	 (IS-get-start-line     (cdr (assq 'get-start-line IS)))
+	 (IS-get-start-column   (cdr (assq 'get-start-column IS)))
+	 (IS-get-start-offset   (cdr (assq 'get-start-offset IS)))
+	 (IS-peek-left-context  (cdr (assq 'peek-left-context IS)))
+	 (IS-peek-char          (cdr (assq 'peek-char IS)))
+	 (IS-read-char          (cdr (assq 'read-char IS)))
+	 (IS-get-start-end-text (cdr (assq 'get-start-end-text IS)))
+	 (IS-get-user-line      (cdr (assq 'get-user-line IS)))
+	 (IS-get-user-column    (cdr (assq 'get-user-column IS)))
+	 (IS-get-user-offset    (cdr (assq 'get-user-offset IS)))
+	 (IS-user-getc          (cdr (assq 'user-getc IS)))
+	 (IS-user-ungetc        (cdr (assq 'user-ungetc IS)))
+
+	 ; Resultats
+	 (<<EOF>>-action   #f)
+	 (<<ERROR>>-action #f)
+	 (rules-actions    #f)
+	 (states           #f)
+	 (final-lexer      #f)
+
+	 ; Gestion des hooks
+	 (hook-list '())
+	 (add-hook
+	  (lambda (thunk)
+	    (set! hook-list (cons thunk hook-list))))
+	 (apply-hooks
+	  (lambda ()
+	    (let loop ((l hook-list))
+	      (if (pair? l)
+		  (begin
+		    ((car l))
+		    (loop (cdr l)))))))
+
+	 ; Preparation des actions
+	 (set-action-statics
+	  (lambda (pre-action)
+	    (pre-action final-lexer IS-user-getc IS-user-ungetc)))
+	 (prepare-special-action-none
+	  (lambda (pre-action)
+	    (let ((action #f))
+	      (let ((result
+		     (lambda ()
+		       (action "")))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-special-action-line
+	  (lambda (pre-action)
+	    (let ((action #f))
+	      (let ((result
+		     (lambda (yyline)
+		       (action "" yyline)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-special-action-all
+	  (lambda (pre-action)
+	    (let ((action #f))
+	      (let ((result
+		     (lambda (yyline yycolumn yyoffset)
+		       (action "" yyline yycolumn yyoffset)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-special-action
+	  (lambda (pre-action)
+	    (cond ((eq? counters-type 'none)
+		   (prepare-special-action-none pre-action))
+		  ((eq? counters-type 'line)
+		   (prepare-special-action-line pre-action))
+		  ((eq? counters-type 'all)
+		   (prepare-special-action-all  pre-action)))))
+	 (prepare-action-yytext-none
+	  (lambda (pre-action)
+	    (let ((get-start-end-text IS-get-start-end-text)
+		  (start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda ()
+		       (let ((yytext (get-start-end-text)))
+			 (start-go-to-end)
+			 (action yytext))))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-yytext-line
+	  (lambda (pre-action)
+	    (let ((get-start-end-text IS-get-start-end-text)
+		  (start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda (yyline)
+		       (let ((yytext (get-start-end-text)))
+			 (start-go-to-end)
+			 (action yytext yyline))))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-yytext-all
+	  (lambda (pre-action)
+	    (let ((get-start-end-text IS-get-start-end-text)
+		  (start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda (yyline yycolumn yyoffset)
+		       (let ((yytext (get-start-end-text)))
+			 (start-go-to-end)
+			 (action yytext yyline yycolumn yyoffset))))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-yytext
+	  (lambda (pre-action)
+	    (cond ((eq? counters-type 'none)
+		   (prepare-action-yytext-none pre-action))
+		  ((eq? counters-type 'line)
+		   (prepare-action-yytext-line pre-action))
+		  ((eq? counters-type 'all)
+		   (prepare-action-yytext-all  pre-action)))))
+	 (prepare-action-no-yytext-none
+	  (lambda (pre-action)
+	    (let ((start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda ()
+		       (start-go-to-end)
+		       (action)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-no-yytext-line
+	  (lambda (pre-action)
+	    (let ((start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda (yyline)
+		       (start-go-to-end)
+		       (action yyline)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-no-yytext-all
+	  (lambda (pre-action)
+	    (let ((start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda (yyline yycolumn yyoffset)
+		       (start-go-to-end)
+		       (action yyline yycolumn yyoffset)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-no-yytext
+	  (lambda (pre-action)
+	    (cond ((eq? counters-type 'none)
+		   (prepare-action-no-yytext-none pre-action))
+		  ((eq? counters-type 'line)
+		   (prepare-action-no-yytext-line pre-action))
+		  ((eq? counters-type 'all)
+		   (prepare-action-no-yytext-all  pre-action)))))
+
+	 ; Fabrique les fonctions de dispatch
+	 (prepare-dispatch-err
+	  (lambda (leaf)
+	    (lambda (c)
+	      #f)))
+	 (prepare-dispatch-number
+	  (lambda (leaf)
+	    (let ((state-function #f))
+	      (let ((result
+		     (lambda (c)
+		       state-function))
+		    (hook
+		     (lambda ()
+		       (set! state-function (vector-ref states leaf)))))
+		(add-hook hook)
+		result))))
+	 (prepare-dispatch-leaf
+	  (lambda (leaf)
+	    (if (eq? leaf 'err)
+		(prepare-dispatch-err leaf)
+		(prepare-dispatch-number leaf))))
+	 (prepare-dispatch-<
+	  (lambda (tree)
+	    (let ((left-tree  (list-ref tree 1))
+		  (right-tree (list-ref tree 2)))
+	      (let ((bound      (list-ref tree 0))
+		    (left-func  (prepare-dispatch-tree left-tree))
+		    (right-func (prepare-dispatch-tree right-tree)))
+		(lambda (c)
+		  (if (< c bound)
+		      (left-func c)
+		      (right-func c)))))))
+	 (prepare-dispatch-=
+	  (lambda (tree)
+	    (let ((left-tree  (list-ref tree 2))
+		  (right-tree (list-ref tree 3)))
+	      (let ((bound      (list-ref tree 1))
+		    (left-func  (prepare-dispatch-tree left-tree))
+		    (right-func (prepare-dispatch-tree right-tree)))
+		(lambda (c)
+		  (if (= c bound)
+		      (left-func c)
+		      (right-func c)))))))
+	 (prepare-dispatch-tree
+	  (lambda (tree)
+	    (cond ((not (pair? tree))
+		   (prepare-dispatch-leaf tree))
+		  ((eq? (car tree) '=)
+		   (prepare-dispatch-= tree))
+		  (else
+		   (prepare-dispatch-< tree)))))
+	 (prepare-dispatch
+	  (lambda (tree)
+	    (let ((dicho-func (prepare-dispatch-tree tree)))
+	      (lambda (c)
+		(and c (dicho-func c))))))
+
+	 ; Fabrique les fonctions de transition (read & go) et (abort)
+	 (prepare-read-n-go
+	  (lambda (tree)
+	    (let ((dispatch-func (prepare-dispatch tree))
+		  (read-char     IS-read-char))
+	      (lambda ()
+		(dispatch-func (read-char))))))
+	 (prepare-abort
+	  (lambda (tree)
+	    (lambda ()
+	      #f)))
+	 (prepare-transition
+	  (lambda (tree)
+	    (if (eq? tree 'err)
+		(prepare-abort     tree)
+		(prepare-read-n-go tree))))
+
+	 ; Fabrique les fonctions d'etats ([set-end] & trans)
+	 (prepare-state-no-acc
+	   (lambda (s r1 r2)
+	     (let ((trans-func (prepare-transition (vector-ref trees-v s))))
+	       (lambda (action)
+		 (let ((next-state (trans-func)))
+		   (if next-state
+		       (next-state action)
+		       action))))))
+	 (prepare-state-yes-no
+	  (lambda (s r1 r2)
+	    (let ((peek-char       IS-peek-char)
+		  (end-go-to-point IS-end-go-to-point)
+		  (new-action1     #f)
+		  (trans-func (prepare-transition (vector-ref trees-v s))))
+	      (let ((result
+		     (lambda (action)
+		       (let* ((c (peek-char))
+			      (new-action
+			       (if (or (not c) (= c lexer-integer-newline))
+				   (begin
+				     (end-go-to-point)
+				     new-action1)
+				   action))
+			      (next-state (trans-func)))
+			 (if next-state
+			     (next-state new-action)
+			     new-action))))
+		    (hook
+		     (lambda ()
+		       (set! new-action1 (vector-ref rules-actions r1)))))
+		(add-hook hook)
+		result))))
+	 (prepare-state-diff-acc
+	  (lambda (s r1 r2)
+	    (let ((end-go-to-point IS-end-go-to-point)
+		  (peek-char       IS-peek-char)
+		  (new-action1     #f)
+		  (new-action2     #f)
+		  (trans-func (prepare-transition (vector-ref trees-v s))))
+	      (let ((result
+		     (lambda (action)
+		       (end-go-to-point)
+		       (let* ((c (peek-char))
+			      (new-action
+			       (if (or (not c) (= c lexer-integer-newline))
+				   new-action1
+				   new-action2))
+			      (next-state (trans-func)))
+			 (if next-state
+			     (next-state new-action)
+			     new-action))))
+		    (hook
+		     (lambda ()
+		       (set! new-action1 (vector-ref rules-actions r1))
+		       (set! new-action2 (vector-ref rules-actions r2)))))
+		(add-hook hook)
+		result))))
+	 (prepare-state-same-acc
+	  (lambda (s r1 r2)
+	    (let ((end-go-to-point IS-end-go-to-point)
+		  (trans-func (prepare-transition (vector-ref trees-v s)))
+		  (new-action #f))
+	      (let ((result
+		     (lambda (action)
+		       (end-go-to-point)
+		       (let ((next-state (trans-func)))
+			 (if next-state
+			     (next-state new-action)
+			     new-action))))
+		    (hook
+		     (lambda ()
+		       (set! new-action (vector-ref rules-actions r1)))))
+		(add-hook hook)
+		result))))
+	 (prepare-state
+	  (lambda (s)
+	    (let* ((acc (vector-ref acc-v s))
+		   (r1 (car acc))
+		   (r2 (cdr acc)))
+	      (cond ((not r1)  (prepare-state-no-acc   s r1 r2))
+		    ((not r2)  (prepare-state-yes-no   s r1 r2))
+		    ((< r1 r2) (prepare-state-diff-acc s r1 r2))
+		    (else      (prepare-state-same-acc s r1 r2))))))
+
+	 ; Fabrique la fonction de lancement du lexage a l'etat de depart
+	 (prepare-start-same
+	  (lambda (s1 s2)
+	    (let ((peek-char    IS-peek-char)
+		  (eof-action   #f)
+		  (start-state  #f)
+		  (error-action #f))
+	      (let ((result
+		     (lambda ()
+		       (if (not (peek-char))
+			   eof-action
+			   (start-state error-action))))
+		    (hook
+		     (lambda ()
+		       (set! eof-action   <<EOF>>-action)
+		       (set! start-state  (vector-ref states s1))
+		       (set! error-action <<ERROR>>-action))))
+		(add-hook hook)
+		result))))
+	 (prepare-start-diff
+	  (lambda (s1 s2)
+	    (let ((peek-char         IS-peek-char)
+		  (eof-action        #f)
+		  (peek-left-context IS-peek-left-context)
+		  (start-state1      #f)
+		  (start-state2      #f)
+		  (error-action      #f))
+	      (let ((result
+		     (lambda ()
+		       (cond ((not (peek-char))
+			      eof-action)
+			     ((= (peek-left-context) lexer-integer-newline)
+			      (start-state1 error-action))
+			     (else
+			      (start-state2 error-action)))))
+		    (hook
+		     (lambda ()
+		       (set! eof-action <<EOF>>-action)
+		       (set! start-state1 (vector-ref states s1))
+		       (set! start-state2 (vector-ref states s2))
+		       (set! error-action <<ERROR>>-action))))
+		(add-hook hook)
+		result))))
+	 (prepare-start
+	  (lambda ()
+	    (let ((s1 table-nl-start)
+		  (s2 table-no-nl-start))
+	      (if (= s1 s2)
+		  (prepare-start-same s1 s2)
+		  (prepare-start-diff s1 s2)))))
+
+	 ; Fabrique la fonction principale
+	 (prepare-lexer-none
+	  (lambda ()
+	    (let ((init-lexeme IS-init-lexeme)
+		  (start-func  (prepare-start)))
+	      (lambda ()
+		(init-lexeme)
+		((start-func))))))
+	 (prepare-lexer-line
+	  (lambda ()
+	    (let ((init-lexeme    IS-init-lexeme)
+		  (get-start-line IS-get-start-line)
+		  (start-func     (prepare-start)))
+	      (lambda ()
+		(init-lexeme)
+		(let ((yyline (get-start-line)))
+		  ((start-func) yyline))))))
+	 (prepare-lexer-all
+	  (lambda ()
+	    (let ((init-lexeme      IS-init-lexeme)
+		  (get-start-line   IS-get-start-line)
+		  (get-start-column IS-get-start-column)
+		  (get-start-offset IS-get-start-offset)
+		  (start-func       (prepare-start)))
+	      (lambda ()
+		(init-lexeme)
+		(let ((yyline   (get-start-line))
+		      (yycolumn (get-start-column))
+		      (yyoffset (get-start-offset)))
+		  ((start-func) yyline yycolumn yyoffset))))))
+	 (prepare-lexer
+	  (lambda ()
+	    (cond ((eq? counters-type 'none) (prepare-lexer-none))
+		  ((eq? counters-type 'line) (prepare-lexer-line))
+		  ((eq? counters-type 'all)  (prepare-lexer-all))))))
+
+      ; Calculer la valeur de <<EOF>>-action et de <<ERROR>>-action
+      (set! <<EOF>>-action   (prepare-special-action <<EOF>>-pre-action))
+      (set! <<ERROR>>-action (prepare-special-action <<ERROR>>-pre-action))
+
+      ; Calculer la valeur de rules-actions
+      (let* ((len (quotient (vector-length rules-pre-actions) 2))
+	     (v (make-vector len)))
+	(let loop ((r (- len 1)))
+	  (if (< r 0)
+	      (set! rules-actions v)
+	      (let* ((yytext? (vector-ref rules-pre-actions (* 2 r)))
+		     (pre-action (vector-ref rules-pre-actions (+ (* 2 r) 1)))
+		     (action (if yytext?
+				 (prepare-action-yytext    pre-action)
+				 (prepare-action-no-yytext pre-action))))
+		(vector-set! v r action)
+		(loop (- r 1))))))
+
+      ; Calculer la valeur de states
+      (let* ((len (vector-length trees-v))
+	     (v (make-vector len)))
+	(let loop ((s (- len 1)))
+	  (if (< s 0)
+	      (set! states v)
+	      (begin
+		(vector-set! v s (prepare-state s))
+		(loop (- s 1))))))
+
+      ; Calculer la valeur de final-lexer
+      (set! final-lexer (prepare-lexer))
+
+      ; Executer les hooks
+      (apply-hooks)
+
+      ; Resultat
+      final-lexer)))
+
+; Fabrication de lexer a partir de listes de caracteres taggees
+(define lexer-make-char-lexer
+  (let* ((char->class
+	  (lambda (c)
+	    (let ((n (char->integer c)))
+	      (list (cons n n)))))
+	 (merge-sort
+	  (lambda (l combine zero-elt)
+	    (if (null? l)
+		zero-elt
+		(let loop1 ((l l))
+		  (if (null? (cdr l))
+		      (car l)
+		      (loop1
+		       (let loop2 ((l l))
+			 (cond ((null? l)
+				l)
+			       ((null? (cdr l))
+				l)
+			       (else
+				(cons (combine (car l) (cadr l))
+				      (loop2 (cddr l))))))))))))
+	 (finite-class-union
+	  (lambda (c1 c2)
+	    (let loop ((c1 c1) (c2 c2) (u '()))
+	      (if (null? c1)
+		  (if (null? c2)
+		      (reverse u)
+		      (loop c1 (cdr c2) (cons (car c2) u)))
+		  (if (null? c2)
+		      (loop (cdr c1) c2 (cons (car c1) u))
+		      (let* ((r1 (car c1))
+			     (r2 (car c2))
+			     (r1start (car r1))
+			     (r1end (cdr r1))
+			     (r2start (car r2))
+			     (r2end (cdr r2)))
+			(if (<= r1start r2start)
+			    (cond ((< (+ r1end 1) r2start)
+				   (loop (cdr c1) c2 (cons r1 u)))
+				  ((<= r1end r2end)
+				   (loop (cdr c1)
+					 (cons (cons r1start r2end) (cdr c2))
+					 u))
+				  (else
+				   (loop c1 (cdr c2) u)))
+			    (cond ((> r1start (+ r2end 1))
+				   (loop c1 (cdr c2) (cons r2 u)))
+				  ((>= r1end r2end)
+				   (loop (cons (cons r2start r1end) (cdr c1))
+					 (cdr c2)
+					 u))
+				  (else
+				   (loop (cdr c1) c2 u))))))))))
+	 (char-list->class
+	  (lambda (cl)
+	    (let ((classes (map char->class cl)))
+	      (merge-sort classes finite-class-union '()))))
+	 (class-<
+	  (lambda (b1 b2)
+	    (cond ((eq? b1 'inf+) #f)
+		  ((eq? b2 'inf-) #f)
+		  ((eq? b1 'inf-) #t)
+		  ((eq? b2 'inf+) #t)
+		  (else (< b1 b2)))))
+	 (finite-class-compl
+	  (lambda (c)
+	    (let loop ((c c) (start 'inf-))
+	      (if (null? c)
+		  (list (cons start 'inf+))
+		  (let* ((r (car c))
+			 (rstart (car r))
+			 (rend (cdr r)))
+		    (if (class-< start rstart)
+			(cons (cons start (- rstart 1))
+			      (loop c rstart))
+			(loop (cdr c) (+ rend 1))))))))
+	 (tagged-chars->class
+	  (lambda (tcl)
+	    (let* ((inverse? (car tcl))
+		   (cl (cdr tcl))
+		   (class-tmp (char-list->class cl)))
+	      (if inverse? (finite-class-compl class-tmp) class-tmp))))
+	 (charc->arc
+	  (lambda (charc)
+	    (let* ((tcl (car charc))
+		   (dest (cdr charc))
+		   (class (tagged-chars->class tcl)))
+	      (cons class dest))))
+	 (arc->sharcs
+	  (lambda (arc)
+	    (let* ((range-l (car arc))
+		   (dest (cdr arc))
+		   (op (lambda (range) (cons range dest))))
+	      (map op range-l))))
+	 (class-<=
+	  (lambda (b1 b2)
+	    (cond ((eq? b1 'inf-) #t)
+		  ((eq? b2 'inf+) #t)
+		  ((eq? b1 'inf+) #f)
+		  ((eq? b2 'inf-) #f)
+		  (else (<= b1 b2)))))
+	 (sharc-<=
+	  (lambda (sharc1 sharc2)
+	    (class-<= (caar sharc1) (caar sharc2))))
+	 (merge-sharcs
+	  (lambda (l1 l2)
+	    (let loop ((l1 l1) (l2 l2))
+	      (cond ((null? l1)
+		     l2)
+		    ((null? l2)
+		     l1)
+		    (else
+		     (let ((sharc1 (car l1))
+			   (sharc2 (car l2)))
+		       (if (sharc-<= sharc1 sharc2)
+			   (cons sharc1 (loop (cdr l1) l2))
+			   (cons sharc2 (loop l1 (cdr l2))))))))))
+	 (class-= eqv?)
+	 (fill-error
+	  (lambda (sharcs)
+	    (let loop ((sharcs sharcs) (start 'inf-))
+	      (cond ((class-= start 'inf+)
+		     '())
+		    ((null? sharcs)
+		     (cons (cons (cons start 'inf+) 'err)
+			   (loop sharcs 'inf+)))
+		    (else
+		     (let* ((sharc (car sharcs))
+			    (h (caar sharc))
+			    (t (cdar sharc)))
+		       (if (class-< start h)
+			   (cons (cons (cons start (- h 1)) 'err)
+				 (loop sharcs h))
+			   (cons sharc (loop (cdr sharcs)
+					     (if (class-= t 'inf+)
+						 'inf+
+						 (+ t 1)))))))))))
+	 (charcs->tree
+	  (lambda (charcs)
+	    (let* ((op (lambda (charc) (arc->sharcs (charc->arc charc))))
+		   (sharcs-l (map op charcs))
+		   (sorted-sharcs (merge-sort sharcs-l merge-sharcs '()))
+		   (full-sharcs (fill-error sorted-sharcs))
+		   (op (lambda (sharc) (cons (caar sharc) (cdr sharc))))
+		   (table (list->vector (map op full-sharcs))))
+	      (let loop ((left 0) (right (- (vector-length table) 1)))
+		(if (= left right)
+		    (cdr (vector-ref table left))
+		    (let ((mid (quotient (+ left right 1) 2)))
+		      (if (and (= (+ left 2) right)
+			       (= (+ (car (vector-ref table mid)) 1)
+				  (car (vector-ref table right)))
+			       (eqv? (cdr (vector-ref table left))
+				     (cdr (vector-ref table right))))
+			  (list '=
+				(car (vector-ref table mid))
+				(cdr (vector-ref table mid))
+				(cdr (vector-ref table left)))
+			  (list (car (vector-ref table mid))
+				(loop left (- mid 1))
+				(loop mid right))))))))))
+    (lambda (tables IS)
+      (let ((counters         (vector-ref tables 0))
+	    (<<EOF>>-action   (vector-ref tables 1))
+	    (<<ERROR>>-action (vector-ref tables 2))
+	    (rules-actions    (vector-ref tables 3))
+	    (nl-start         (vector-ref tables 5))
+	    (no-nl-start      (vector-ref tables 6))
+	    (charcs-v         (vector-ref tables 7))
+	    (acc-v            (vector-ref tables 8)))
+	(let* ((len (vector-length charcs-v))
+	       (v (make-vector len)))
+	  (let loop ((i (- len 1)))
+	    (if (>= i 0)
+		(begin
+		  (vector-set! v i (charcs->tree (vector-ref charcs-v i)))
+		  (loop (- i 1)))
+		(lexer-make-tree-lexer
+		 (vector counters
+			 <<EOF>>-action
+			 <<ERROR>>-action
+			 rules-actions
+			 'decision-trees
+			 nl-start
+			 no-nl-start
+			 v
+			 acc-v)
+		 IS))))))))
+
+; Fabrication d'un lexer a partir de code pre-genere
+(define lexer-make-code-lexer
+  (lambda (tables IS)
+    (let ((<<EOF>>-pre-action   (vector-ref tables 1))
+	  (<<ERROR>>-pre-action (vector-ref tables 2))
+	  (rules-pre-action     (vector-ref tables 3))
+	  (code                 (vector-ref tables 5)))
+      (code <<EOF>>-pre-action <<ERROR>>-pre-action rules-pre-action IS))))
+
+(define lexer-make-lexer
+  (lambda (tables IS)
+    (let ((automaton-type (vector-ref tables 4)))
+      (cond ((eq? automaton-type 'decision-trees)
+	     (lexer-make-tree-lexer tables IS))
+	    ((eq? automaton-type 'tagged-chars-lists)
+	     (lexer-make-char-lexer tables IS))
+	    ((eq? automaton-type 'code)
+	     (lexer-make-code-lexer tables IS))))))
+
+;
+; Table generated from the file c-lex.l by SILex 1.0
+;
+
+(define lexer-default-table
+  (vector
+   'line
+   (lambda (yycontinue yygetc yyungetc)
+     (lambda (yytext yyline)
+       			'eof
+       ))
+   (lambda (yycontinue yygetc yyungetc)
+     (lambda (yytext yyline)
+         		(skribe-error 'lisp-fontifier "Parse error" yytext)
+       ))
+   (vector
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+          		(new markup
+			     (markup '&source-string)
+			     (body yytext))
+;;Comments
+        ))
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+        		(new markup
+			     (markup '&source-line-comment)
+			     (body   yytext))
+        ))
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+    			(new markup
+			     (markup '&source-line-comment)
+			     (body   yytext))
+
+;; Identifiers (only letters since we are interested in keywords only)
+        ))
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+          		(let* ((ident (string->symbol yytext))
+			       (tmp   (memq  ident *the-keys*)))
+			  (if tmp
+			      (new markup
+				   (markup '&source-module)
+				   (body yytext))
+			      yytext))
+
+;; Regular text
+        ))
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+            		(begin yytext)
+        )))
+   'decision-trees
+   0
+   0
+   '#((65 (35 (34 1 5) (= 47 4 1)) (96 (91 3 (95 1 2)) (97 1 (123 3 1))))
+    (65 (= 34 err 1) (97 (91 err 1) (123 err 1))) (91 (35 (34 1 err) (65 1
+    3)) (96 (95 1 2) (97 1 (123 3 1)))) (95 (65 err (91 3 err)) (97 (96 3
+    err) (123 3 err))) (47 (35 (34 1 err) (= 42 7 1)) (91 (48 6 (65 1 err))
+    (97 1 (123 err 1)))) (= 34 8 5) (35 (11 (10 6 1) (34 6 9)) (91 (65 6 9)
+    (97 6 (123 9 6)))) (42 (11 (10 7 1) (= 34 10 7)) (91 (43 11 (65 7 10))
+    (97 7 (123 10 7)))) err (= 10 err 9) (11 (10 10 err) (= 42 12 10)) (43
+    (34 (= 10 1 7) (35 10 (42 7 11))) (65 (= 47 13 7) (97 (91 10 7) (123 10
+    7)))) (42 (= 10 err 10) (47 (43 12 10) (48 14 10))) (42 (11 (10 7 1) (=
+    34 10 7)) (91 (43 11 (65 7 10)) (97 7 (123 10 7)))) (11 (10 10 err) (=
+    42 12 10)))
+   '#((#f . #f) (4 . 4) (3 . 3) (3 . 3) (4 . 4) (#f . #f) (2 . 2) (4 . 4)
+    (0 . 0) (2 . 2) (#f . #f) (4 . 4) (#f . #f) (1 . 1) (1 . 1))))
+
+;
+; User functions
+;
+
+(define lexer #f)
+
+(define lexer-get-line   #f)
+(define lexer-getc       #f)
+(define lexer-ungetc     #f)
+
+(define lexer-init
+  (lambda (input-type input)
+    (let ((IS (lexer-make-IS input-type input 'line)))
+      (set! lexer (lexer-make-lexer lexer-default-table IS))
+      (set! lexer-get-line   (lexer-get-func-line IS))
+      (set! lexer-getc       (lexer-get-func-getc IS))
+      (set! lexer-ungetc     (lexer-get-func-ungetc IS)))))
diff --git a/src/guile/skribilo/coloring/lisp-lex.l b/src/guile/skribilo/coloring/lisp-lex.l
index efad24b..c4db526 100644
--- a/src/guile/skribilo/coloring/lisp-lex.l
+++ b/src/guile/skribilo/coloring/lisp-lex.l
@@ -1,29 +1,24 @@
-;;;;							-*- Scheme -*-
-;;;;
-;;;; lisp-lex.l			-- SILex input for the Lisp Languages
-;;;; 
-;;;; Copyright © 2003-2004 Erick Gallesio - I3S-CNRS/ESSI <eg@essi.fr>
-;;;; 
-;;;; 
-;;;; This program is free software; you can redistribute it and/or modify
-;;;; it under the terms of the GNU General Public License as published by
-;;;; the Free Software Foundation; either version 2 of the License, or
-;;;; (at your option) any later version.
-;;;; 
-;;;; This program is distributed in the hope that it will be useful,
-;;;; but WITHOUT ANY WARRANTY; without even the implied warranty of
-;;;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
-;;;; GNU General Public License for more details.
-;;;; 
-;;;; You should have received a copy of the GNU General Public License
-;;;; along with this program; if not, write to the Free Software
-;;;; Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, 
-;;;; USA.
-;;;; 
-;;;;           Author: Erick Gallesio [eg@essi.fr]
-;;;;    Creation date: 21-Dec-2003 17:19 (eg)
-;;;; Last file update:  5-Jan-2004 18:24 (eg)
-;;;;
+;;; lisp-lex.l -- SILex input for the Lisp Languages
+;;;
+;;; Copyright 2003, 2004  Erick Gallesio - I3S-CNRS/ESSI <eg@essi.fr>
+;;; Copyright 2006  Ludovic Courtès <ludovic.courtes@laas.fr>
+;;;
+;;;
+;;; This program is free software; you can redistribute it and/or modify
+;;; it under the terms of the GNU General Public License as published by
+;;; the Free Software Foundation; either version 2 of the License, or
+;;; (at your option) any later version.
+;;;
+;;; This program is distributed in the hope that it will be useful,
+;;; but WITHOUT ANY WARRANTY; without even the implied warranty of
+;;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+;;; GNU General Public License for more details.
+;;;
+;;; You should have received a copy of the GNU General Public License
+;;; along with this program; if not, write to the Free Software
+;;; Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307,
+;;; USA.
+
 
 space	[ \n\9]
 letter  [#?!_:a-zA-Z\-]
@@ -42,7 +37,7 @@ digit   [0-9]
 			     (body   yytext))
 
 ;; Skribe text (i.e. [....])
-\[|\]		        (if *bracket-highlight*
+\[|\]		        (if (*bracket-highlight*)
 			    (new markup
 				 (markup '&source-bracket)
 				 (body   yytext))
@@ -68,7 +63,7 @@ digit   [0-9]
 			       (let* ((len (string-length yytext))
 				      (c   (string-ref yytext (- len 1))))
 				 (if (char=? c #\>)
-				     (if *class-highlight*
+				     (if (*class-highlight*)
 					 (new markup
 					      (markup '&source-module)
 					      (body yytext))
@@ -76,7 +71,7 @@ digit   [0-9]
 				     yytext)))			; no
 			    (else
 			       (let ((tmp (assoc (string->symbol yytext)
-						 *the-keys*)))
+						 (*the-keys*))))
 				 (if tmp
 				     (new markup
 					  (markup (cdr tmp))
diff --git a/src/guile/skribilo/coloring/lisp-lex.l.scm b/src/guile/skribilo/coloring/lisp-lex.l.scm
new file mode 100644
index 0000000..b5db4e8
--- /dev/null
+++ b/src/guile/skribilo/coloring/lisp-lex.l.scm
@@ -0,0 +1,1249 @@
+; *** This file starts with a copy of the file multilex.scm ***
+; SILex - Scheme Implementation of Lex
+; Copyright (C) 2001  Danny Dube'
+; 
+; This program is free software; you can redistribute it and/or
+; modify it under the terms of the GNU General Public License
+; as published by the Free Software Foundation; either version 2
+; of the License, or (at your option) any later version.
+; 
+; This program is distributed in the hope that it will be useful,
+; but WITHOUT ANY WARRANTY; without even the implied warranty of
+; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+; GNU General Public License for more details.
+; 
+; You should have received a copy of the GNU General Public License
+; along with this program; if not, write to the Free Software
+; Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA  02111-1307, USA.
+
+;
+; Gestion des Input Systems
+; Fonctions a utiliser par l'usager:
+;   lexer-make-IS, lexer-get-func-getc, lexer-get-func-ungetc,
+;   lexer-get-func-line, lexer-get-func-column et lexer-get-func-offset
+;
+
+; Taille initiale par defaut du buffer d'entree
+(define lexer-init-buffer-len 1024)
+
+; Numero du caractere newline
+(define lexer-integer-newline (char->integer #\newline))
+
+; Constructeur d'IS brut
+(define lexer-raw-IS-maker
+  (lambda (buffer read-ptr input-f counters)
+    (let ((input-f          input-f)                ; Entree reelle
+	  (buffer           buffer)                 ; Buffer
+	  (buflen           (string-length buffer))
+	  (read-ptr         read-ptr)
+	  (start-ptr        1)                      ; Marque de debut de lexeme
+	  (start-line       1)
+	  (start-column     1)
+	  (start-offset     0)
+	  (end-ptr          1)                      ; Marque de fin de lexeme
+	  (point-ptr        1)                      ; Le point
+	  (user-ptr         1)                      ; Marque de l'usager
+	  (user-line        1)
+	  (user-column      1)
+	  (user-offset      0)
+	  (user-up-to-date? #t))                    ; Concerne la colonne seul.
+      (letrec
+	  ((start-go-to-end-none         ; Fonctions de depl. des marques
+	    (lambda ()
+	      (set! start-ptr end-ptr)))
+	   (start-go-to-end-line
+	    (lambda ()
+	      (let loop ((ptr start-ptr) (line start-line))
+		(if (= ptr end-ptr)
+		    (begin
+		      (set! start-ptr ptr)
+		      (set! start-line line))
+		    (if (char=? (string-ref buffer ptr) #\newline)
+			(loop (+ ptr 1) (+ line 1))
+			(loop (+ ptr 1) line))))))
+	   (start-go-to-end-all
+	    (lambda ()
+	      (set! start-offset (+ start-offset (- end-ptr start-ptr)))
+	      (let loop ((ptr start-ptr)
+			 (line start-line)
+			 (column start-column))
+		(if (= ptr end-ptr)
+		    (begin
+		      (set! start-ptr ptr)
+		      (set! start-line line)
+		      (set! start-column column))
+		    (if (char=? (string-ref buffer ptr) #\newline)
+			(loop (+ ptr 1) (+ line 1) 1)
+			(loop (+ ptr 1) line (+ column 1)))))))
+	   (start-go-to-user-none
+	    (lambda ()
+	      (set! start-ptr user-ptr)))
+	   (start-go-to-user-line
+	    (lambda ()
+	      (set! start-ptr user-ptr)
+	      (set! start-line user-line)))
+	   (start-go-to-user-all
+	    (lambda ()
+	      (set! start-line user-line)
+	      (set! start-offset user-offset)
+	      (if user-up-to-date?
+		  (begin
+		    (set! start-ptr user-ptr)
+		    (set! start-column user-column))
+		  (let loop ((ptr start-ptr) (column start-column))
+		    (if (= ptr user-ptr)
+			(begin
+			  (set! start-ptr ptr)
+			  (set! start-column column))
+			(if (char=? (string-ref buffer ptr) #\newline)
+			    (loop (+ ptr 1) 1)
+			    (loop (+ ptr 1) (+ column 1))))))))
+	   (end-go-to-point
+	    (lambda ()
+	      (set! end-ptr point-ptr)))
+	   (point-go-to-start
+	    (lambda ()
+	      (set! point-ptr start-ptr)))
+	   (user-go-to-start-none
+	    (lambda ()
+	      (set! user-ptr start-ptr)))
+	   (user-go-to-start-line
+	    (lambda ()
+	      (set! user-ptr start-ptr)
+	      (set! user-line start-line)))
+	   (user-go-to-start-all
+	    (lambda ()
+	      (set! user-ptr start-ptr)
+	      (set! user-line start-line)
+	      (set! user-column start-column)
+	      (set! user-offset start-offset)
+	      (set! user-up-to-date? #t)))
+	   (init-lexeme-none             ; Debute un nouveau lexeme
+	    (lambda ()
+	      (if (< start-ptr user-ptr)
+		  (start-go-to-user-none))
+	      (point-go-to-start)))
+	   (init-lexeme-line
+	    (lambda ()
+	      (if (< start-ptr user-ptr)
+		  (start-go-to-user-line))
+	      (point-go-to-start)))
+	   (init-lexeme-all
+	    (lambda ()
+	      (if (< start-ptr user-ptr)
+		  (start-go-to-user-all))
+	      (point-go-to-start)))
+	   (get-start-line               ; Obtention des stats du debut du lxm
+	    (lambda ()
+	      start-line))
+	   (get-start-column
+	    (lambda ()
+	      start-column))
+	   (get-start-offset
+	    (lambda ()
+	      start-offset))
+	   (peek-left-context            ; Obtention de caracteres (#f si EOF)
+	    (lambda ()
+	      (char->integer (string-ref buffer (- start-ptr 1)))))
+	   (peek-char
+	    (lambda ()
+	      (if (< point-ptr read-ptr)
+		  (char->integer (string-ref buffer point-ptr))
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer point-ptr c)
+			  (set! read-ptr (+ point-ptr 1))
+			  (char->integer c))
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  #f))))))
+	   (read-char
+	    (lambda ()
+	      (if (< point-ptr read-ptr)
+		  (let ((c (string-ref buffer point-ptr)))
+		    (set! point-ptr (+ point-ptr 1))
+		    (char->integer c))
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer point-ptr c)
+			  (set! read-ptr (+ point-ptr 1))
+			  (set! point-ptr read-ptr)
+			  (char->integer c))
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  #f))))))
+	   (get-start-end-text           ; Obtention du lexeme
+	    (lambda ()
+	      (substring buffer start-ptr end-ptr)))
+	   (get-user-line-line           ; Fonctions pour l'usager
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-line))
+	      user-line))
+	   (get-user-line-all
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-all))
+	      user-line))
+	   (get-user-column-all
+	    (lambda ()
+	      (cond ((< user-ptr start-ptr)
+		     (user-go-to-start-all)
+		     user-column)
+		    (user-up-to-date?
+		     user-column)
+		    (else
+		     (let loop ((ptr start-ptr) (column start-column))
+		       (if (= ptr user-ptr)
+			   (begin
+			     (set! user-column column)
+			     (set! user-up-to-date? #t)
+			     column)
+			   (if (char=? (string-ref buffer ptr) #\newline)
+			       (loop (+ ptr 1) 1)
+			       (loop (+ ptr 1) (+ column 1)))))))))
+	   (get-user-offset-all
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-all))
+	      user-offset))
+	   (user-getc-none
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-none))
+	      (if (< user-ptr read-ptr)
+		  (let ((c (string-ref buffer user-ptr)))
+		    (set! user-ptr (+ user-ptr 1))
+		    c)
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer user-ptr c)
+			  (set! read-ptr (+ read-ptr 1))
+			  (set! user-ptr read-ptr)
+			  c)
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  'eof))))))
+	   (user-getc-line
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-line))
+	      (if (< user-ptr read-ptr)
+		  (let ((c (string-ref buffer user-ptr)))
+		    (set! user-ptr (+ user-ptr 1))
+		    (if (char=? c #\newline)
+			(set! user-line (+ user-line 1)))
+		    c)
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer user-ptr c)
+			  (set! read-ptr (+ read-ptr 1))
+			  (set! user-ptr read-ptr)
+			  (if (char=? c #\newline)
+			      (set! user-line (+ user-line 1)))
+			  c)
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  'eof))))))
+	   (user-getc-all
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-all))
+	      (if (< user-ptr read-ptr)
+		  (let ((c (string-ref buffer user-ptr)))
+		    (set! user-ptr (+ user-ptr 1))
+		    (if (char=? c #\newline)
+			(begin
+			  (set! user-line (+ user-line 1))
+			  (set! user-column 1))
+			(set! user-column (+ user-column 1)))
+		    (set! user-offset (+ user-offset 1))
+		    c)
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer user-ptr c)
+			  (set! read-ptr (+ read-ptr 1))
+			  (set! user-ptr read-ptr)
+			  (if (char=? c #\newline)
+			      (begin
+				(set! user-line (+ user-line 1))
+				(set! user-column 1))
+			      (set! user-column (+ user-column 1)))
+			  (set! user-offset (+ user-offset 1))
+			  c)
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  'eof))))))
+	   (user-ungetc-none
+	    (lambda ()
+	      (if (> user-ptr start-ptr)
+		  (set! user-ptr (- user-ptr 1)))))
+	   (user-ungetc-line
+	    (lambda ()
+	      (if (> user-ptr start-ptr)
+		  (begin
+		    (set! user-ptr (- user-ptr 1))
+		    (let ((c (string-ref buffer user-ptr)))
+		      (if (char=? c #\newline)
+			  (set! user-line (- user-line 1))))))))
+	   (user-ungetc-all
+	    (lambda ()
+	      (if (> user-ptr start-ptr)
+		  (begin
+		    (set! user-ptr (- user-ptr 1))
+		    (let ((c (string-ref buffer user-ptr)))
+		      (if (char=? c #\newline)
+			  (begin
+			    (set! user-line (- user-line 1))
+			    (set! user-up-to-date? #f))
+			  (set! user-column (- user-column 1)))
+		      (set! user-offset (- user-offset 1)))))))
+	   (reorganize-buffer            ; Decaler ou agrandir le buffer
+	    (lambda ()
+	      (if (< (* 2 start-ptr) buflen)
+		  (let* ((newlen (* 2 buflen))
+			 (newbuf (make-string newlen))
+			 (delta (- start-ptr 1)))
+		    (let loop ((from (- start-ptr 1)))
+		      (if (< from buflen)
+			  (begin
+			    (string-set! newbuf
+					 (- from delta)
+					 (string-ref buffer from))
+			    (loop (+ from 1)))))
+		    (set! buffer    newbuf)
+		    (set! buflen    newlen)
+		    (set! read-ptr  (- read-ptr delta))
+		    (set! start-ptr (- start-ptr delta))
+		    (set! end-ptr   (- end-ptr delta))
+		    (set! point-ptr (- point-ptr delta))
+		    (set! user-ptr  (- user-ptr delta)))
+		  (let ((delta (- start-ptr 1)))
+		    (let loop ((from (- start-ptr 1)))
+		      (if (< from buflen)
+			  (begin
+			    (string-set! buffer
+					 (- from delta)
+					 (string-ref buffer from))
+			    (loop (+ from 1)))))
+		    (set! read-ptr  (- read-ptr delta))
+		    (set! start-ptr (- start-ptr delta))
+		    (set! end-ptr   (- end-ptr delta))
+		    (set! point-ptr (- point-ptr delta))
+		    (set! user-ptr  (- user-ptr delta)))))))
+	(list (cons 'start-go-to-end
+		    (cond ((eq? counters 'none) start-go-to-end-none)
+			  ((eq? counters 'line) start-go-to-end-line)
+			  ((eq? counters 'all ) start-go-to-end-all)))
+	      (cons 'end-go-to-point
+		    end-go-to-point)
+	      (cons 'init-lexeme
+		    (cond ((eq? counters 'none) init-lexeme-none)
+			  ((eq? counters 'line) init-lexeme-line)
+			  ((eq? counters 'all ) init-lexeme-all)))
+	      (cons 'get-start-line
+		    get-start-line)
+	      (cons 'get-start-column
+		    get-start-column)
+	      (cons 'get-start-offset
+		    get-start-offset)
+	      (cons 'peek-left-context
+		    peek-left-context)
+	      (cons 'peek-char
+		    peek-char)
+	      (cons 'read-char
+		    read-char)
+	      (cons 'get-start-end-text
+		    get-start-end-text)
+	      (cons 'get-user-line
+		    (cond ((eq? counters 'none) #f)
+			  ((eq? counters 'line) get-user-line-line)
+			  ((eq? counters 'all ) get-user-line-all)))
+	      (cons 'get-user-column
+		    (cond ((eq? counters 'none) #f)
+			  ((eq? counters 'line) #f)
+			  ((eq? counters 'all ) get-user-column-all)))
+	      (cons 'get-user-offset
+		    (cond ((eq? counters 'none) #f)
+			  ((eq? counters 'line) #f)
+			  ((eq? counters 'all ) get-user-offset-all)))
+	      (cons 'user-getc
+		    (cond ((eq? counters 'none) user-getc-none)
+			  ((eq? counters 'line) user-getc-line)
+			  ((eq? counters 'all ) user-getc-all)))
+	      (cons 'user-ungetc
+		    (cond ((eq? counters 'none) user-ungetc-none)
+			  ((eq? counters 'line) user-ungetc-line)
+			  ((eq? counters 'all ) user-ungetc-all))))))))
+
+; Construit un Input System
+; Le premier parametre doit etre parmi "port", "procedure" ou "string"
+; Prend un parametre facultatif qui doit etre parmi
+; "none", "line" ou "all"
+(define lexer-make-IS
+  (lambda (input-type input . largs)
+    (let ((counters-type (cond ((null? largs)
+				'line)
+			       ((memq (car largs) '(none line all))
+				(car largs))
+			       (else
+				'line))))
+      (cond ((and (eq? input-type 'port) (input-port? input))
+	     (let* ((buffer   (make-string lexer-init-buffer-len #\newline))
+		    (read-ptr 1)
+		    (input-f  (lambda () (read-char input))))
+	       (lexer-raw-IS-maker buffer read-ptr input-f counters-type)))
+	    ((and (eq? input-type 'procedure) (procedure? input))
+	     (let* ((buffer   (make-string lexer-init-buffer-len #\newline))
+		    (read-ptr 1)
+		    (input-f  input))
+	       (lexer-raw-IS-maker buffer read-ptr input-f counters-type)))
+	    ((and (eq? input-type 'string) (string? input))
+	     (let* ((buffer   (string-append (string #\newline) input))
+		    (read-ptr (string-length buffer))
+		    (input-f  (lambda () 'eof)))
+	       (lexer-raw-IS-maker buffer read-ptr input-f counters-type)))
+	    (else
+	     (let* ((buffer   (string #\newline))
+		    (read-ptr 1)
+		    (input-f  (lambda () 'eof)))
+	       (lexer-raw-IS-maker buffer read-ptr input-f counters-type)))))))
+
+; Les fonctions:
+;   lexer-get-func-getc, lexer-get-func-ungetc,
+;   lexer-get-func-line, lexer-get-func-column et lexer-get-func-offset
+(define lexer-get-func-getc
+  (lambda (IS) (cdr (assq 'user-getc IS))))
+(define lexer-get-func-ungetc
+  (lambda (IS) (cdr (assq 'user-ungetc IS))))
+(define lexer-get-func-line
+  (lambda (IS) (cdr (assq 'get-user-line IS))))
+(define lexer-get-func-column
+  (lambda (IS) (cdr (assq 'get-user-column IS))))
+(define lexer-get-func-offset
+  (lambda (IS) (cdr (assq 'get-user-offset IS))))
+
+;
+; Gestion des lexers
+;
+
+; Fabrication de lexer a partir d'arbres de decision
+(define lexer-make-tree-lexer
+  (lambda (tables IS)
+    (letrec
+	(; Contenu de la table
+	 (counters-type        (vector-ref tables 0))
+	 (<<EOF>>-pre-action   (vector-ref tables 1))
+	 (<<ERROR>>-pre-action (vector-ref tables 2))
+	 (rules-pre-actions    (vector-ref tables 3))
+	 (table-nl-start       (vector-ref tables 5))
+	 (table-no-nl-start    (vector-ref tables 6))
+	 (trees-v              (vector-ref tables 7))
+	 (acc-v                (vector-ref tables 8))
+
+	 ; Contenu du IS
+	 (IS-start-go-to-end    (cdr (assq 'start-go-to-end IS)))
+	 (IS-end-go-to-point    (cdr (assq 'end-go-to-point IS)))
+	 (IS-init-lexeme        (cdr (assq 'init-lexeme IS)))
+	 (IS-get-start-line     (cdr (assq 'get-start-line IS)))
+	 (IS-get-start-column   (cdr (assq 'get-start-column IS)))
+	 (IS-get-start-offset   (cdr (assq 'get-start-offset IS)))
+	 (IS-peek-left-context  (cdr (assq 'peek-left-context IS)))
+	 (IS-peek-char          (cdr (assq 'peek-char IS)))
+	 (IS-read-char          (cdr (assq 'read-char IS)))
+	 (IS-get-start-end-text (cdr (assq 'get-start-end-text IS)))
+	 (IS-get-user-line      (cdr (assq 'get-user-line IS)))
+	 (IS-get-user-column    (cdr (assq 'get-user-column IS)))
+	 (IS-get-user-offset    (cdr (assq 'get-user-offset IS)))
+	 (IS-user-getc          (cdr (assq 'user-getc IS)))
+	 (IS-user-ungetc        (cdr (assq 'user-ungetc IS)))
+
+	 ; Resultats
+	 (<<EOF>>-action   #f)
+	 (<<ERROR>>-action #f)
+	 (rules-actions    #f)
+	 (states           #f)
+	 (final-lexer      #f)
+
+	 ; Gestion des hooks
+	 (hook-list '())
+	 (add-hook
+	  (lambda (thunk)
+	    (set! hook-list (cons thunk hook-list))))
+	 (apply-hooks
+	  (lambda ()
+	    (let loop ((l hook-list))
+	      (if (pair? l)
+		  (begin
+		    ((car l))
+		    (loop (cdr l)))))))
+
+	 ; Preparation des actions
+	 (set-action-statics
+	  (lambda (pre-action)
+	    (pre-action final-lexer IS-user-getc IS-user-ungetc)))
+	 (prepare-special-action-none
+	  (lambda (pre-action)
+	    (let ((action #f))
+	      (let ((result
+		     (lambda ()
+		       (action "")))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-special-action-line
+	  (lambda (pre-action)
+	    (let ((action #f))
+	      (let ((result
+		     (lambda (yyline)
+		       (action "" yyline)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-special-action-all
+	  (lambda (pre-action)
+	    (let ((action #f))
+	      (let ((result
+		     (lambda (yyline yycolumn yyoffset)
+		       (action "" yyline yycolumn yyoffset)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-special-action
+	  (lambda (pre-action)
+	    (cond ((eq? counters-type 'none)
+		   (prepare-special-action-none pre-action))
+		  ((eq? counters-type 'line)
+		   (prepare-special-action-line pre-action))
+		  ((eq? counters-type 'all)
+		   (prepare-special-action-all  pre-action)))))
+	 (prepare-action-yytext-none
+	  (lambda (pre-action)
+	    (let ((get-start-end-text IS-get-start-end-text)
+		  (start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda ()
+		       (let ((yytext (get-start-end-text)))
+			 (start-go-to-end)
+			 (action yytext))))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-yytext-line
+	  (lambda (pre-action)
+	    (let ((get-start-end-text IS-get-start-end-text)
+		  (start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda (yyline)
+		       (let ((yytext (get-start-end-text)))
+			 (start-go-to-end)
+			 (action yytext yyline))))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-yytext-all
+	  (lambda (pre-action)
+	    (let ((get-start-end-text IS-get-start-end-text)
+		  (start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda (yyline yycolumn yyoffset)
+		       (let ((yytext (get-start-end-text)))
+			 (start-go-to-end)
+			 (action yytext yyline yycolumn yyoffset))))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-yytext
+	  (lambda (pre-action)
+	    (cond ((eq? counters-type 'none)
+		   (prepare-action-yytext-none pre-action))
+		  ((eq? counters-type 'line)
+		   (prepare-action-yytext-line pre-action))
+		  ((eq? counters-type 'all)
+		   (prepare-action-yytext-all  pre-action)))))
+	 (prepare-action-no-yytext-none
+	  (lambda (pre-action)
+	    (let ((start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda ()
+		       (start-go-to-end)
+		       (action)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-no-yytext-line
+	  (lambda (pre-action)
+	    (let ((start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda (yyline)
+		       (start-go-to-end)
+		       (action yyline)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-no-yytext-all
+	  (lambda (pre-action)
+	    (let ((start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda (yyline yycolumn yyoffset)
+		       (start-go-to-end)
+		       (action yyline yycolumn yyoffset)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-no-yytext
+	  (lambda (pre-action)
+	    (cond ((eq? counters-type 'none)
+		   (prepare-action-no-yytext-none pre-action))
+		  ((eq? counters-type 'line)
+		   (prepare-action-no-yytext-line pre-action))
+		  ((eq? counters-type 'all)
+		   (prepare-action-no-yytext-all  pre-action)))))
+
+	 ; Fabrique les fonctions de dispatch
+	 (prepare-dispatch-err
+	  (lambda (leaf)
+	    (lambda (c)
+	      #f)))
+	 (prepare-dispatch-number
+	  (lambda (leaf)
+	    (let ((state-function #f))
+	      (let ((result
+		     (lambda (c)
+		       state-function))
+		    (hook
+		     (lambda ()
+		       (set! state-function (vector-ref states leaf)))))
+		(add-hook hook)
+		result))))
+	 (prepare-dispatch-leaf
+	  (lambda (leaf)
+	    (if (eq? leaf 'err)
+		(prepare-dispatch-err leaf)
+		(prepare-dispatch-number leaf))))
+	 (prepare-dispatch-<
+	  (lambda (tree)
+	    (let ((left-tree  (list-ref tree 1))
+		  (right-tree (list-ref tree 2)))
+	      (let ((bound      (list-ref tree 0))
+		    (left-func  (prepare-dispatch-tree left-tree))
+		    (right-func (prepare-dispatch-tree right-tree)))
+		(lambda (c)
+		  (if (< c bound)
+		      (left-func c)
+		      (right-func c)))))))
+	 (prepare-dispatch-=
+	  (lambda (tree)
+	    (let ((left-tree  (list-ref tree 2))
+		  (right-tree (list-ref tree 3)))
+	      (let ((bound      (list-ref tree 1))
+		    (left-func  (prepare-dispatch-tree left-tree))
+		    (right-func (prepare-dispatch-tree right-tree)))
+		(lambda (c)
+		  (if (= c bound)
+		      (left-func c)
+		      (right-func c)))))))
+	 (prepare-dispatch-tree
+	  (lambda (tree)
+	    (cond ((not (pair? tree))
+		   (prepare-dispatch-leaf tree))
+		  ((eq? (car tree) '=)
+		   (prepare-dispatch-= tree))
+		  (else
+		   (prepare-dispatch-< tree)))))
+	 (prepare-dispatch
+	  (lambda (tree)
+	    (let ((dicho-func (prepare-dispatch-tree tree)))
+	      (lambda (c)
+		(and c (dicho-func c))))))
+
+	 ; Fabrique les fonctions de transition (read & go) et (abort)
+	 (prepare-read-n-go
+	  (lambda (tree)
+	    (let ((dispatch-func (prepare-dispatch tree))
+		  (read-char     IS-read-char))
+	      (lambda ()
+		(dispatch-func (read-char))))))
+	 (prepare-abort
+	  (lambda (tree)
+	    (lambda ()
+	      #f)))
+	 (prepare-transition
+	  (lambda (tree)
+	    (if (eq? tree 'err)
+		(prepare-abort     tree)
+		(prepare-read-n-go tree))))
+
+	 ; Fabrique les fonctions d'etats ([set-end] & trans)
+	 (prepare-state-no-acc
+	   (lambda (s r1 r2)
+	     (let ((trans-func (prepare-transition (vector-ref trees-v s))))
+	       (lambda (action)
+		 (let ((next-state (trans-func)))
+		   (if next-state
+		       (next-state action)
+		       action))))))
+	 (prepare-state-yes-no
+	  (lambda (s r1 r2)
+	    (let ((peek-char       IS-peek-char)
+		  (end-go-to-point IS-end-go-to-point)
+		  (new-action1     #f)
+		  (trans-func (prepare-transition (vector-ref trees-v s))))
+	      (let ((result
+		     (lambda (action)
+		       (let* ((c (peek-char))
+			      (new-action
+			       (if (or (not c) (= c lexer-integer-newline))
+				   (begin
+				     (end-go-to-point)
+				     new-action1)
+				   action))
+			      (next-state (trans-func)))
+			 (if next-state
+			     (next-state new-action)
+			     new-action))))
+		    (hook
+		     (lambda ()
+		       (set! new-action1 (vector-ref rules-actions r1)))))
+		(add-hook hook)
+		result))))
+	 (prepare-state-diff-acc
+	  (lambda (s r1 r2)
+	    (let ((end-go-to-point IS-end-go-to-point)
+		  (peek-char       IS-peek-char)
+		  (new-action1     #f)
+		  (new-action2     #f)
+		  (trans-func (prepare-transition (vector-ref trees-v s))))
+	      (let ((result
+		     (lambda (action)
+		       (end-go-to-point)
+		       (let* ((c (peek-char))
+			      (new-action
+			       (if (or (not c) (= c lexer-integer-newline))
+				   new-action1
+				   new-action2))
+			      (next-state (trans-func)))
+			 (if next-state
+			     (next-state new-action)
+			     new-action))))
+		    (hook
+		     (lambda ()
+		       (set! new-action1 (vector-ref rules-actions r1))
+		       (set! new-action2 (vector-ref rules-actions r2)))))
+		(add-hook hook)
+		result))))
+	 (prepare-state-same-acc
+	  (lambda (s r1 r2)
+	    (let ((end-go-to-point IS-end-go-to-point)
+		  (trans-func (prepare-transition (vector-ref trees-v s)))
+		  (new-action #f))
+	      (let ((result
+		     (lambda (action)
+		       (end-go-to-point)
+		       (let ((next-state (trans-func)))
+			 (if next-state
+			     (next-state new-action)
+			     new-action))))
+		    (hook
+		     (lambda ()
+		       (set! new-action (vector-ref rules-actions r1)))))
+		(add-hook hook)
+		result))))
+	 (prepare-state
+	  (lambda (s)
+	    (let* ((acc (vector-ref acc-v s))
+		   (r1 (car acc))
+		   (r2 (cdr acc)))
+	      (cond ((not r1)  (prepare-state-no-acc   s r1 r2))
+		    ((not r2)  (prepare-state-yes-no   s r1 r2))
+		    ((< r1 r2) (prepare-state-diff-acc s r1 r2))
+		    (else      (prepare-state-same-acc s r1 r2))))))
+
+	 ; Fabrique la fonction de lancement du lexage a l'etat de depart
+	 (prepare-start-same
+	  (lambda (s1 s2)
+	    (let ((peek-char    IS-peek-char)
+		  (eof-action   #f)
+		  (start-state  #f)
+		  (error-action #f))
+	      (let ((result
+		     (lambda ()
+		       (if (not (peek-char))
+			   eof-action
+			   (start-state error-action))))
+		    (hook
+		     (lambda ()
+		       (set! eof-action   <<EOF>>-action)
+		       (set! start-state  (vector-ref states s1))
+		       (set! error-action <<ERROR>>-action))))
+		(add-hook hook)
+		result))))
+	 (prepare-start-diff
+	  (lambda (s1 s2)
+	    (let ((peek-char         IS-peek-char)
+		  (eof-action        #f)
+		  (peek-left-context IS-peek-left-context)
+		  (start-state1      #f)
+		  (start-state2      #f)
+		  (error-action      #f))
+	      (let ((result
+		     (lambda ()
+		       (cond ((not (peek-char))
+			      eof-action)
+			     ((= (peek-left-context) lexer-integer-newline)
+			      (start-state1 error-action))
+			     (else
+			      (start-state2 error-action)))))
+		    (hook
+		     (lambda ()
+		       (set! eof-action <<EOF>>-action)
+		       (set! start-state1 (vector-ref states s1))
+		       (set! start-state2 (vector-ref states s2))
+		       (set! error-action <<ERROR>>-action))))
+		(add-hook hook)
+		result))))
+	 (prepare-start
+	  (lambda ()
+	    (let ((s1 table-nl-start)
+		  (s2 table-no-nl-start))
+	      (if (= s1 s2)
+		  (prepare-start-same s1 s2)
+		  (prepare-start-diff s1 s2)))))
+
+	 ; Fabrique la fonction principale
+	 (prepare-lexer-none
+	  (lambda ()
+	    (let ((init-lexeme IS-init-lexeme)
+		  (start-func  (prepare-start)))
+	      (lambda ()
+		(init-lexeme)
+		((start-func))))))
+	 (prepare-lexer-line
+	  (lambda ()
+	    (let ((init-lexeme    IS-init-lexeme)
+		  (get-start-line IS-get-start-line)
+		  (start-func     (prepare-start)))
+	      (lambda ()
+		(init-lexeme)
+		(let ((yyline (get-start-line)))
+		  ((start-func) yyline))))))
+	 (prepare-lexer-all
+	  (lambda ()
+	    (let ((init-lexeme      IS-init-lexeme)
+		  (get-start-line   IS-get-start-line)
+		  (get-start-column IS-get-start-column)
+		  (get-start-offset IS-get-start-offset)
+		  (start-func       (prepare-start)))
+	      (lambda ()
+		(init-lexeme)
+		(let ((yyline   (get-start-line))
+		      (yycolumn (get-start-column))
+		      (yyoffset (get-start-offset)))
+		  ((start-func) yyline yycolumn yyoffset))))))
+	 (prepare-lexer
+	  (lambda ()
+	    (cond ((eq? counters-type 'none) (prepare-lexer-none))
+		  ((eq? counters-type 'line) (prepare-lexer-line))
+		  ((eq? counters-type 'all)  (prepare-lexer-all))))))
+
+      ; Calculer la valeur de <<EOF>>-action et de <<ERROR>>-action
+      (set! <<EOF>>-action   (prepare-special-action <<EOF>>-pre-action))
+      (set! <<ERROR>>-action (prepare-special-action <<ERROR>>-pre-action))
+
+      ; Calculer la valeur de rules-actions
+      (let* ((len (quotient (vector-length rules-pre-actions) 2))
+	     (v (make-vector len)))
+	(let loop ((r (- len 1)))
+	  (if (< r 0)
+	      (set! rules-actions v)
+	      (let* ((yytext? (vector-ref rules-pre-actions (* 2 r)))
+		     (pre-action (vector-ref rules-pre-actions (+ (* 2 r) 1)))
+		     (action (if yytext?
+				 (prepare-action-yytext    pre-action)
+				 (prepare-action-no-yytext pre-action))))
+		(vector-set! v r action)
+		(loop (- r 1))))))
+
+      ; Calculer la valeur de states
+      (let* ((len (vector-length trees-v))
+	     (v (make-vector len)))
+	(let loop ((s (- len 1)))
+	  (if (< s 0)
+	      (set! states v)
+	      (begin
+		(vector-set! v s (prepare-state s))
+		(loop (- s 1))))))
+
+      ; Calculer la valeur de final-lexer
+      (set! final-lexer (prepare-lexer))
+
+      ; Executer les hooks
+      (apply-hooks)
+
+      ; Resultat
+      final-lexer)))
+
+; Fabrication de lexer a partir de listes de caracteres taggees
+(define lexer-make-char-lexer
+  (let* ((char->class
+	  (lambda (c)
+	    (let ((n (char->integer c)))
+	      (list (cons n n)))))
+	 (merge-sort
+	  (lambda (l combine zero-elt)
+	    (if (null? l)
+		zero-elt
+		(let loop1 ((l l))
+		  (if (null? (cdr l))
+		      (car l)
+		      (loop1
+		       (let loop2 ((l l))
+			 (cond ((null? l)
+				l)
+			       ((null? (cdr l))
+				l)
+			       (else
+				(cons (combine (car l) (cadr l))
+				      (loop2 (cddr l))))))))))))
+	 (finite-class-union
+	  (lambda (c1 c2)
+	    (let loop ((c1 c1) (c2 c2) (u '()))
+	      (if (null? c1)
+		  (if (null? c2)
+		      (reverse u)
+		      (loop c1 (cdr c2) (cons (car c2) u)))
+		  (if (null? c2)
+		      (loop (cdr c1) c2 (cons (car c1) u))
+		      (let* ((r1 (car c1))
+			     (r2 (car c2))
+			     (r1start (car r1))
+			     (r1end (cdr r1))
+			     (r2start (car r2))
+			     (r2end (cdr r2)))
+			(if (<= r1start r2start)
+			    (cond ((< (+ r1end 1) r2start)
+				   (loop (cdr c1) c2 (cons r1 u)))
+				  ((<= r1end r2end)
+				   (loop (cdr c1)
+					 (cons (cons r1start r2end) (cdr c2))
+					 u))
+				  (else
+				   (loop c1 (cdr c2) u)))
+			    (cond ((> r1start (+ r2end 1))
+				   (loop c1 (cdr c2) (cons r2 u)))
+				  ((>= r1end r2end)
+				   (loop (cons (cons r2start r1end) (cdr c1))
+					 (cdr c2)
+					 u))
+				  (else
+				   (loop (cdr c1) c2 u))))))))))
+	 (char-list->class
+	  (lambda (cl)
+	    (let ((classes (map char->class cl)))
+	      (merge-sort classes finite-class-union '()))))
+	 (class-<
+	  (lambda (b1 b2)
+	    (cond ((eq? b1 'inf+) #f)
+		  ((eq? b2 'inf-) #f)
+		  ((eq? b1 'inf-) #t)
+		  ((eq? b2 'inf+) #t)
+		  (else (< b1 b2)))))
+	 (finite-class-compl
+	  (lambda (c)
+	    (let loop ((c c) (start 'inf-))
+	      (if (null? c)
+		  (list (cons start 'inf+))
+		  (let* ((r (car c))
+			 (rstart (car r))
+			 (rend (cdr r)))
+		    (if (class-< start rstart)
+			(cons (cons start (- rstart 1))
+			      (loop c rstart))
+			(loop (cdr c) (+ rend 1))))))))
+	 (tagged-chars->class
+	  (lambda (tcl)
+	    (let* ((inverse? (car tcl))
+		   (cl (cdr tcl))
+		   (class-tmp (char-list->class cl)))
+	      (if inverse? (finite-class-compl class-tmp) class-tmp))))
+	 (charc->arc
+	  (lambda (charc)
+	    (let* ((tcl (car charc))
+		   (dest (cdr charc))
+		   (class (tagged-chars->class tcl)))
+	      (cons class dest))))
+	 (arc->sharcs
+	  (lambda (arc)
+	    (let* ((range-l (car arc))
+		   (dest (cdr arc))
+		   (op (lambda (range) (cons range dest))))
+	      (map op range-l))))
+	 (class-<=
+	  (lambda (b1 b2)
+	    (cond ((eq? b1 'inf-) #t)
+		  ((eq? b2 'inf+) #t)
+		  ((eq? b1 'inf+) #f)
+		  ((eq? b2 'inf-) #f)
+		  (else (<= b1 b2)))))
+	 (sharc-<=
+	  (lambda (sharc1 sharc2)
+	    (class-<= (caar sharc1) (caar sharc2))))
+	 (merge-sharcs
+	  (lambda (l1 l2)
+	    (let loop ((l1 l1) (l2 l2))
+	      (cond ((null? l1)
+		     l2)
+		    ((null? l2)
+		     l1)
+		    (else
+		     (let ((sharc1 (car l1))
+			   (sharc2 (car l2)))
+		       (if (sharc-<= sharc1 sharc2)
+			   (cons sharc1 (loop (cdr l1) l2))
+			   (cons sharc2 (loop l1 (cdr l2))))))))))
+	 (class-= eqv?)
+	 (fill-error
+	  (lambda (sharcs)
+	    (let loop ((sharcs sharcs) (start 'inf-))
+	      (cond ((class-= start 'inf+)
+		     '())
+		    ((null? sharcs)
+		     (cons (cons (cons start 'inf+) 'err)
+			   (loop sharcs 'inf+)))
+		    (else
+		     (let* ((sharc (car sharcs))
+			    (h (caar sharc))
+			    (t (cdar sharc)))
+		       (if (class-< start h)
+			   (cons (cons (cons start (- h 1)) 'err)
+				 (loop sharcs h))
+			   (cons sharc (loop (cdr sharcs)
+					     (if (class-= t 'inf+)
+						 'inf+
+						 (+ t 1)))))))))))
+	 (charcs->tree
+	  (lambda (charcs)
+	    (let* ((op (lambda (charc) (arc->sharcs (charc->arc charc))))
+		   (sharcs-l (map op charcs))
+		   (sorted-sharcs (merge-sort sharcs-l merge-sharcs '()))
+		   (full-sharcs (fill-error sorted-sharcs))
+		   (op (lambda (sharc) (cons (caar sharc) (cdr sharc))))
+		   (table (list->vector (map op full-sharcs))))
+	      (let loop ((left 0) (right (- (vector-length table) 1)))
+		(if (= left right)
+		    (cdr (vector-ref table left))
+		    (let ((mid (quotient (+ left right 1) 2)))
+		      (if (and (= (+ left 2) right)
+			       (= (+ (car (vector-ref table mid)) 1)
+				  (car (vector-ref table right)))
+			       (eqv? (cdr (vector-ref table left))
+				     (cdr (vector-ref table right))))
+			  (list '=
+				(car (vector-ref table mid))
+				(cdr (vector-ref table mid))
+				(cdr (vector-ref table left)))
+			  (list (car (vector-ref table mid))
+				(loop left (- mid 1))
+				(loop mid right))))))))))
+    (lambda (tables IS)
+      (let ((counters         (vector-ref tables 0))
+	    (<<EOF>>-action   (vector-ref tables 1))
+	    (<<ERROR>>-action (vector-ref tables 2))
+	    (rules-actions    (vector-ref tables 3))
+	    (nl-start         (vector-ref tables 5))
+	    (no-nl-start      (vector-ref tables 6))
+	    (charcs-v         (vector-ref tables 7))
+	    (acc-v            (vector-ref tables 8)))
+	(let* ((len (vector-length charcs-v))
+	       (v (make-vector len)))
+	  (let loop ((i (- len 1)))
+	    (if (>= i 0)
+		(begin
+		  (vector-set! v i (charcs->tree (vector-ref charcs-v i)))
+		  (loop (- i 1)))
+		(lexer-make-tree-lexer
+		 (vector counters
+			 <<EOF>>-action
+			 <<ERROR>>-action
+			 rules-actions
+			 'decision-trees
+			 nl-start
+			 no-nl-start
+			 v
+			 acc-v)
+		 IS))))))))
+
+; Fabrication d'un lexer a partir de code pre-genere
+(define lexer-make-code-lexer
+  (lambda (tables IS)
+    (let ((<<EOF>>-pre-action   (vector-ref tables 1))
+	  (<<ERROR>>-pre-action (vector-ref tables 2))
+	  (rules-pre-action     (vector-ref tables 3))
+	  (code                 (vector-ref tables 5)))
+      (code <<EOF>>-pre-action <<ERROR>>-pre-action rules-pre-action IS))))
+
+(define lexer-make-lexer
+  (lambda (tables IS)
+    (let ((automaton-type (vector-ref tables 4)))
+      (cond ((eq? automaton-type 'decision-trees)
+	     (lexer-make-tree-lexer tables IS))
+	    ((eq? automaton-type 'tagged-chars-lists)
+	     (lexer-make-char-lexer tables IS))
+	    ((eq? automaton-type 'code)
+	     (lexer-make-code-lexer tables IS))))))
+
+;
+; Table generated from the file lisp-lex.l by SILex 1.0
+;
+
+(define lexer-default-table
+  (vector
+   'line
+   (lambda (yycontinue yygetc yyungetc)
+     (lambda (yytext yyline)
+       			'eof
+       ))
+   (lambda (yycontinue yygetc yyungetc)
+     (lambda (yytext yyline)
+         		(skribe-error 'lisp-fontifier "Parse error" yytext)
+
+
+; LocalWords:  fontify
+       ))
+   (vector
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+          		(new markup
+			     (markup '&source-string)
+			     (body yytext))
+
+;;Comment
+        ))
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+    			(new markup
+			     (markup '&source-line-comment)
+			     (body   yytext))
+
+;; Skribe text (i.e. [....])
+        ))
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+     		        (if (*bracket-highlight*)
+			    (new markup
+				 (markup '&source-bracket)
+				 (body   yytext))
+			    yytext)
+;; Spaces & parenthesis
+        ))
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+            		(begin
+			  yytext)
+
+;; Identifier (real syntax is slightly more complicated but we are
+;; interested here in the identifiers that we will fontify)
+        ))
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+                     	(let ((c (string-ref yytext 0)))
+			  (cond
+			    ((or (char=? c #\:)
+				 (char=? (string-ref yytext
+						     (- (string-length yytext) 1))
+					 #\:))
+			     ;; Scheme keyword
+			     (new markup
+				  (markup '&source-type)
+				  (body yytext)))
+			    ((char=? c #\<)
+			       ;; STklos class
+			       (let* ((len (string-length yytext))
+				      (c   (string-ref yytext (- len 1))))
+				 (if (char=? c #\>)
+				     (if (*class-highlight*)
+					 (new markup
+					      (markup '&source-module)
+					      (body yytext))
+					 yytext)		; no
+				     yytext)))			; no
+			    (else
+			       (let ((tmp (assoc (string->symbol yytext)
+						 (*the-keys*))))
+				 (if tmp
+				     (new markup
+					  (markup (cdr tmp))
+					  (body yytext))
+				     yytext)))))
+        )))
+   'decision-trees
+   0
+   0
+   '#((40 (32 (9 1 (11 2 1)) (34 (33 2 1) (35 5 1))) (91 (59 (42 2 1) (60 4
+    1)) (93 (92 3 1) (94 3 1)))) (40 (32 (9 1 (11 err 1)) (34 (33 err 1)
+    (35 err 1))) (91 (59 (42 err 1) (60 err 1)) (93 (92 err 1) (94 err
+    1)))) (32 (9 err (11 2 err)) (40 (33 2 err) (42 2 err))) err (= 10 err
+    4) (= 34 6 5) err)
+   '#((#f . #f) (4 . 4) (3 . 3) (2 . 2) (1 . 1) (#f . #f) (0 . 0))))
+
+;
+; User functions
+;
+
+(define lexer #f)
+
+(define lexer-get-line   #f)
+(define lexer-getc       #f)
+(define lexer-ungetc     #f)
+
+(define lexer-init
+  (lambda (input-type input)
+    (let ((IS (lexer-make-IS input-type input 'line)))
+      (set! lexer (lexer-make-lexer lexer-default-table IS))
+      (set! lexer-get-line   (lexer-get-func-line IS))
+      (set! lexer-getc       (lexer-get-func-getc IS))
+      (set! lexer-ungetc     (lexer-get-func-ungetc IS)))))
diff --git a/src/guile/skribilo/coloring/lisp.scm b/src/guile/skribilo/coloring/lisp.scm
index 1db9a3f..e3458b1 100644
--- a/src/guile/skribilo/coloring/lisp.scm
+++ b/src/guile/skribilo/coloring/lisp.scm
@@ -1,8 +1,7 @@
-;;;;
 ;;;; lisp.scm	-- Lisp Family Fontification
 ;;;;
-;;;; Copyright © 2003-2004 Erick Gallesio - I3S-CNRS/ESSI <eg@essi.fr>
-;;;; Copyright © 2005      Ludovic Courtès  <ludovic.courtes@laas.fr>
+;;;; Copyright 2003, 2004  Erick Gallesio - I3S-CNRS/ESSI <eg@essi.fr>
+;;;; Copyright 2005, 2006  Ludovic Courtès  <ludovic.courtes@laas.fr>
 ;;;;
 ;;;;
 ;;;; This program is free software; you can redistribute it and/or modify
@@ -19,31 +18,29 @@
 ;;;; along with this program; if not, write to the Free Software
 ;;;; Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307,
 ;;;; USA.
-;;;;
-;;;;           Author: Erick Gallesio [eg@essi.fr]
-;;;;    Creation date: 16-Oct-2003 22:17 (eg)
-;;;; Last file update: 28-Oct-2004 21:14 (eg)
-;;;;
+
 
 (define-module (skribilo coloring lisp)
   :use-module (skribilo utils syntax)
   :use-module (skribilo source)
   :use-module (skribilo lib)
   :use-module (skribilo runtime)
+  :use-module (srfi srfi-39)
   :use-module (ice-9 match)
+  :autoload   (ice-9 regex)      (make-regexp)
   :autoload   (skribilo reader)  (make-reader)
   :export (skribe scheme stklos bigloo lisp))
 
 
-(define *bracket-highlight* (make-fluid))
-(define *class-highlight*   (make-fluid))
-(define *the-keys*	    (make-fluid))
+(define *bracket-highlight* (make-parameter #t))
+(define *class-highlight*   (make-parameter #t))
+(define *the-keys*	    (make-parameter '()))
 
-(define *lisp-keys*	    (make-fluid))
-(define *scheme-keys*       (make-fluid))
-(define *skribe-keys*	    (make-fluid))
-(define *stklos-keys*	    (make-fluid))
-(define *lisp-keys*	    (make-fluid))
+(define %lisp-keys	    #f)
+(define %scheme-keys        #f)
+(define %skribe-keys	    #f)
+(define %stklos-keys	    #f)
+(define %lisp-keys	    #f)
 
 
 ;;;
@@ -58,16 +55,19 @@
 	    (source-read-lines (port-filename inp) start stop tab))
 	  (Loop (read inp))))))
 
+;; Load the SILex-generated lexer.
+(load-from-path "skribilo/coloring/lisp-lex.l.scm")
 
-(define (lisp-family-fontifier s read)
-  (let ((lisp-input (open-input-string s)))
-    (let loop ((token (read lisp-input))
-	       (res   '()))
-      (if (eof-object? token)
-	  (reverse! res)
-	  (loop (read lisp-input)
-		(cons token res))))))
+(define (lisp-family-fontifier s)
+  (lexer-init 'port (open-input-string s))
+  (let loop ((token (lexer))
+	     (res   '()))
+    (if (eq? token 'eof)
+	(reverse! res)
+	(loop (lexer)
+	      (cons token res)))))
 
+
 ;;;; ======================================================================
 ;;;;
 ;;;;				LISP
@@ -87,21 +87,21 @@
 	 (else #f)))))
 
 (define (init-lisp-keys)
-  (unless *lisp-keys*
-    (set! *lisp-keys*
+  (unless %lisp-keys
+    (set! %lisp-keys
       (append  ;; key
 	       (map (lambda (x) (cons x '&source-keyword))
 		    '(setq if let let* letrec cond case else progn lambda))
 	       ;; define
 	       (map (lambda (x) (cons x '&source-define))
 		    '(defun defclass defmacro)))))
-  *lisp-keys*)
+  %lisp-keys)
 
 (define (lisp-fontifier s)
-  (with-fluids ((*the-keys*	   (init-lisp-keys))
-		(*bracket-highlight* #f)
-		(*class-highlight*   #f))
-    (lisp-family-fontifier s read)))
+  (parameterize ((*the-keys*	   (init-lisp-keys))
+		 (*bracket-highlight* #f)
+		 (*class-highlight*   #f))
+    (lisp-family-fontifier s)))
 
 
 (define lisp
@@ -110,6 +110,7 @@
        (fontifier lisp-fontifier)
        (extractor lisp-extractor)))
 
+
 ;;;; ======================================================================
 ;;;;
 ;;;;				SCHEME
@@ -130,22 +131,22 @@
 
 
 (define (init-scheme-keys)
-  (unless *scheme-keys*
-    (set! *scheme-keys*
+  (unless %scheme-keys
+    (set! %scheme-keys
       (append ;; key
 	      (map (lambda (x) (cons x '&source-keyword))
 		   '(set! if let let* letrec quote cond case else begin do lambda))
 	      ;; define
 	      (map (lambda (x) (cons x '&source-define))
 		 '(define define-syntax)))))
-  *scheme-keys*)
+  %scheme-keys)
 
 
 (define (scheme-fontifier s)
-  (with-fluids ((*the-keys*	   (init-scheme-keys))
-		(*bracket-highlight* #f)
-		(*class-highlight*   #f))
-    (lisp-family-fontifier s read)))
+  (parameterize ((*the-keys*	   (init-scheme-keys))
+		 (*bracket-highlight* #f)
+		 (*class-highlight*   #f))
+    (lisp-family-fontifier s)))
 
 
 (define scheme
@@ -154,6 +155,7 @@
        (fontifier scheme-fontifier)
        (extractor scheme-extractor)))
 
+
 ;;;; ======================================================================
 ;;;;
 ;;;;				STKLOS
@@ -176,9 +178,9 @@
 
 
 (define (init-stklos-keys)
-  (unless *stklos-keys*
+  (unless %stklos-keys
     (init-scheme-keys)
-    (set! *stklos-keys* (append *scheme-keys*
+    (set! %stklos-keys (append %scheme-keys
 				;; Markups
 				(map (lambda (x) (cons x '&source-key))
 				     '(select-module import export))
@@ -192,14 +194,14 @@
 				;; error
 				(map (lambda (x) (cons x '&source-error))
 				     '(error call/cc)))))
-  *stklos-keys*)
+  %stklos-keys)
 
 
 (define (stklos-fontifier s)
-  (with-fluids ((*the-keys*	   (init-stklos-keys))
-		(*bracket-highlight* #t)
-		(*class-highlight*   #t))
-    (lisp-family-fontifier s read)))
+  (parameterize ((*the-keys*	   (init-stklos-keys))
+		 (*bracket-highlight* #t)
+		 (*class-highlight*   #t))
+    (lisp-family-fontifier s)))
 
 
 (define stklos
@@ -208,6 +210,7 @@
        (fontifier stklos-fontifier)
        (extractor stklos-extractor)))
 
+
 ;;;; ======================================================================
 ;;;;
 ;;;;				SKRIBE
@@ -231,9 +234,9 @@
 
 
 (define (init-skribe-keys)
-  (unless *skribe-keys*
+  (unless %skribe-keys
     (init-stklos-keys)
-    (set! *skribe-keys* (append *stklos-keys*
+    (set! %skribe-keys (append %stklos-keys
 				;; Markups
 				(map (lambda (x) (cons x '&source-markup))
 				     '(bold it emph tt color ref index underline
@@ -254,14 +257,14 @@
 				;; Define
 				(map (lambda (x) (cons x '&source-define))
 				     '(define-markup)))))
-  *skribe-keys*)
+  %skribe-keys)
 
 
 (define (skribe-fontifier s)
-  (with-fluids ((*the-keys*	   (init-skribe-keys))
-		(*bracket-highlight* #t)
-		(*class-highlight*   #t))
-    (lisp-family-fontifier s (make-reader 'skribe))))
+  (parameterize ((*the-keys*	   (init-skribe-keys))
+		 (*bracket-highlight* #t)
+		 (*class-highlight*   #t))
+    (lisp-family-fontifier s)))
 
 
 (define skribe
@@ -270,6 +273,7 @@
        (fontifier skribe-fontifier)
        (extractor skribe-extractor)))
 
+
 ;;;; ======================================================================
 ;;;;
 ;;;;				BIGLOO
diff --git a/src/guile/skribilo/coloring/xml-lex.l.scm b/src/guile/skribilo/coloring/xml-lex.l.scm
new file mode 100644
index 0000000..0e3fe05
--- /dev/null
+++ b/src/guile/skribilo/coloring/xml-lex.l.scm
@@ -0,0 +1,1221 @@
+; *** This file starts with a copy of the file multilex.scm ***
+; SILex - Scheme Implementation of Lex
+; Copyright (C) 2001  Danny Dube'
+; 
+; This program is free software; you can redistribute it and/or
+; modify it under the terms of the GNU General Public License
+; as published by the Free Software Foundation; either version 2
+; of the License, or (at your option) any later version.
+; 
+; This program is distributed in the hope that it will be useful,
+; but WITHOUT ANY WARRANTY; without even the implied warranty of
+; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
+; GNU General Public License for more details.
+; 
+; You should have received a copy of the GNU General Public License
+; along with this program; if not, write to the Free Software
+; Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA  02111-1307, USA.
+
+;
+; Gestion des Input Systems
+; Fonctions a utiliser par l'usager:
+;   lexer-make-IS, lexer-get-func-getc, lexer-get-func-ungetc,
+;   lexer-get-func-line, lexer-get-func-column et lexer-get-func-offset
+;
+
+; Taille initiale par defaut du buffer d'entree
+(define lexer-init-buffer-len 1024)
+
+; Numero du caractere newline
+(define lexer-integer-newline (char->integer #\newline))
+
+; Constructeur d'IS brut
+(define lexer-raw-IS-maker
+  (lambda (buffer read-ptr input-f counters)
+    (let ((input-f          input-f)                ; Entree reelle
+	  (buffer           buffer)                 ; Buffer
+	  (buflen           (string-length buffer))
+	  (read-ptr         read-ptr)
+	  (start-ptr        1)                      ; Marque de debut de lexeme
+	  (start-line       1)
+	  (start-column     1)
+	  (start-offset     0)
+	  (end-ptr          1)                      ; Marque de fin de lexeme
+	  (point-ptr        1)                      ; Le point
+	  (user-ptr         1)                      ; Marque de l'usager
+	  (user-line        1)
+	  (user-column      1)
+	  (user-offset      0)
+	  (user-up-to-date? #t))                    ; Concerne la colonne seul.
+      (letrec
+	  ((start-go-to-end-none         ; Fonctions de depl. des marques
+	    (lambda ()
+	      (set! start-ptr end-ptr)))
+	   (start-go-to-end-line
+	    (lambda ()
+	      (let loop ((ptr start-ptr) (line start-line))
+		(if (= ptr end-ptr)
+		    (begin
+		      (set! start-ptr ptr)
+		      (set! start-line line))
+		    (if (char=? (string-ref buffer ptr) #\newline)
+			(loop (+ ptr 1) (+ line 1))
+			(loop (+ ptr 1) line))))))
+	   (start-go-to-end-all
+	    (lambda ()
+	      (set! start-offset (+ start-offset (- end-ptr start-ptr)))
+	      (let loop ((ptr start-ptr)
+			 (line start-line)
+			 (column start-column))
+		(if (= ptr end-ptr)
+		    (begin
+		      (set! start-ptr ptr)
+		      (set! start-line line)
+		      (set! start-column column))
+		    (if (char=? (string-ref buffer ptr) #\newline)
+			(loop (+ ptr 1) (+ line 1) 1)
+			(loop (+ ptr 1) line (+ column 1)))))))
+	   (start-go-to-user-none
+	    (lambda ()
+	      (set! start-ptr user-ptr)))
+	   (start-go-to-user-line
+	    (lambda ()
+	      (set! start-ptr user-ptr)
+	      (set! start-line user-line)))
+	   (start-go-to-user-all
+	    (lambda ()
+	      (set! start-line user-line)
+	      (set! start-offset user-offset)
+	      (if user-up-to-date?
+		  (begin
+		    (set! start-ptr user-ptr)
+		    (set! start-column user-column))
+		  (let loop ((ptr start-ptr) (column start-column))
+		    (if (= ptr user-ptr)
+			(begin
+			  (set! start-ptr ptr)
+			  (set! start-column column))
+			(if (char=? (string-ref buffer ptr) #\newline)
+			    (loop (+ ptr 1) 1)
+			    (loop (+ ptr 1) (+ column 1))))))))
+	   (end-go-to-point
+	    (lambda ()
+	      (set! end-ptr point-ptr)))
+	   (point-go-to-start
+	    (lambda ()
+	      (set! point-ptr start-ptr)))
+	   (user-go-to-start-none
+	    (lambda ()
+	      (set! user-ptr start-ptr)))
+	   (user-go-to-start-line
+	    (lambda ()
+	      (set! user-ptr start-ptr)
+	      (set! user-line start-line)))
+	   (user-go-to-start-all
+	    (lambda ()
+	      (set! user-ptr start-ptr)
+	      (set! user-line start-line)
+	      (set! user-column start-column)
+	      (set! user-offset start-offset)
+	      (set! user-up-to-date? #t)))
+	   (init-lexeme-none             ; Debute un nouveau lexeme
+	    (lambda ()
+	      (if (< start-ptr user-ptr)
+		  (start-go-to-user-none))
+	      (point-go-to-start)))
+	   (init-lexeme-line
+	    (lambda ()
+	      (if (< start-ptr user-ptr)
+		  (start-go-to-user-line))
+	      (point-go-to-start)))
+	   (init-lexeme-all
+	    (lambda ()
+	      (if (< start-ptr user-ptr)
+		  (start-go-to-user-all))
+	      (point-go-to-start)))
+	   (get-start-line               ; Obtention des stats du debut du lxm
+	    (lambda ()
+	      start-line))
+	   (get-start-column
+	    (lambda ()
+	      start-column))
+	   (get-start-offset
+	    (lambda ()
+	      start-offset))
+	   (peek-left-context            ; Obtention de caracteres (#f si EOF)
+	    (lambda ()
+	      (char->integer (string-ref buffer (- start-ptr 1)))))
+	   (peek-char
+	    (lambda ()
+	      (if (< point-ptr read-ptr)
+		  (char->integer (string-ref buffer point-ptr))
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer point-ptr c)
+			  (set! read-ptr (+ point-ptr 1))
+			  (char->integer c))
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  #f))))))
+	   (read-char
+	    (lambda ()
+	      (if (< point-ptr read-ptr)
+		  (let ((c (string-ref buffer point-ptr)))
+		    (set! point-ptr (+ point-ptr 1))
+		    (char->integer c))
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer point-ptr c)
+			  (set! read-ptr (+ point-ptr 1))
+			  (set! point-ptr read-ptr)
+			  (char->integer c))
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  #f))))))
+	   (get-start-end-text           ; Obtention du lexeme
+	    (lambda ()
+	      (substring buffer start-ptr end-ptr)))
+	   (get-user-line-line           ; Fonctions pour l'usager
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-line))
+	      user-line))
+	   (get-user-line-all
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-all))
+	      user-line))
+	   (get-user-column-all
+	    (lambda ()
+	      (cond ((< user-ptr start-ptr)
+		     (user-go-to-start-all)
+		     user-column)
+		    (user-up-to-date?
+		     user-column)
+		    (else
+		     (let loop ((ptr start-ptr) (column start-column))
+		       (if (= ptr user-ptr)
+			   (begin
+			     (set! user-column column)
+			     (set! user-up-to-date? #t)
+			     column)
+			   (if (char=? (string-ref buffer ptr) #\newline)
+			       (loop (+ ptr 1) 1)
+			       (loop (+ ptr 1) (+ column 1)))))))))
+	   (get-user-offset-all
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-all))
+	      user-offset))
+	   (user-getc-none
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-none))
+	      (if (< user-ptr read-ptr)
+		  (let ((c (string-ref buffer user-ptr)))
+		    (set! user-ptr (+ user-ptr 1))
+		    c)
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer user-ptr c)
+			  (set! read-ptr (+ read-ptr 1))
+			  (set! user-ptr read-ptr)
+			  c)
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  'eof))))))
+	   (user-getc-line
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-line))
+	      (if (< user-ptr read-ptr)
+		  (let ((c (string-ref buffer user-ptr)))
+		    (set! user-ptr (+ user-ptr 1))
+		    (if (char=? c #\newline)
+			(set! user-line (+ user-line 1)))
+		    c)
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer user-ptr c)
+			  (set! read-ptr (+ read-ptr 1))
+			  (set! user-ptr read-ptr)
+			  (if (char=? c #\newline)
+			      (set! user-line (+ user-line 1)))
+			  c)
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  'eof))))))
+	   (user-getc-all
+	    (lambda ()
+	      (if (< user-ptr start-ptr)
+		  (user-go-to-start-all))
+	      (if (< user-ptr read-ptr)
+		  (let ((c (string-ref buffer user-ptr)))
+		    (set! user-ptr (+ user-ptr 1))
+		    (if (char=? c #\newline)
+			(begin
+			  (set! user-line (+ user-line 1))
+			  (set! user-column 1))
+			(set! user-column (+ user-column 1)))
+		    (set! user-offset (+ user-offset 1))
+		    c)
+		  (let ((c (input-f)))
+		    (if (char? c)
+			(begin
+			  (if (= read-ptr buflen)
+			      (reorganize-buffer))
+			  (string-set! buffer user-ptr c)
+			  (set! read-ptr (+ read-ptr 1))
+			  (set! user-ptr read-ptr)
+			  (if (char=? c #\newline)
+			      (begin
+				(set! user-line (+ user-line 1))
+				(set! user-column 1))
+			      (set! user-column (+ user-column 1)))
+			  (set! user-offset (+ user-offset 1))
+			  c)
+			(begin
+			  (set! input-f (lambda () 'eof))
+			  'eof))))))
+	   (user-ungetc-none
+	    (lambda ()
+	      (if (> user-ptr start-ptr)
+		  (set! user-ptr (- user-ptr 1)))))
+	   (user-ungetc-line
+	    (lambda ()
+	      (if (> user-ptr start-ptr)
+		  (begin
+		    (set! user-ptr (- user-ptr 1))
+		    (let ((c (string-ref buffer user-ptr)))
+		      (if (char=? c #\newline)
+			  (set! user-line (- user-line 1))))))))
+	   (user-ungetc-all
+	    (lambda ()
+	      (if (> user-ptr start-ptr)
+		  (begin
+		    (set! user-ptr (- user-ptr 1))
+		    (let ((c (string-ref buffer user-ptr)))
+		      (if (char=? c #\newline)
+			  (begin
+			    (set! user-line (- user-line 1))
+			    (set! user-up-to-date? #f))
+			  (set! user-column (- user-column 1)))
+		      (set! user-offset (- user-offset 1)))))))
+	   (reorganize-buffer            ; Decaler ou agrandir le buffer
+	    (lambda ()
+	      (if (< (* 2 start-ptr) buflen)
+		  (let* ((newlen (* 2 buflen))
+			 (newbuf (make-string newlen))
+			 (delta (- start-ptr 1)))
+		    (let loop ((from (- start-ptr 1)))
+		      (if (< from buflen)
+			  (begin
+			    (string-set! newbuf
+					 (- from delta)
+					 (string-ref buffer from))
+			    (loop (+ from 1)))))
+		    (set! buffer    newbuf)
+		    (set! buflen    newlen)
+		    (set! read-ptr  (- read-ptr delta))
+		    (set! start-ptr (- start-ptr delta))
+		    (set! end-ptr   (- end-ptr delta))
+		    (set! point-ptr (- point-ptr delta))
+		    (set! user-ptr  (- user-ptr delta)))
+		  (let ((delta (- start-ptr 1)))
+		    (let loop ((from (- start-ptr 1)))
+		      (if (< from buflen)
+			  (begin
+			    (string-set! buffer
+					 (- from delta)
+					 (string-ref buffer from))
+			    (loop (+ from 1)))))
+		    (set! read-ptr  (- read-ptr delta))
+		    (set! start-ptr (- start-ptr delta))
+		    (set! end-ptr   (- end-ptr delta))
+		    (set! point-ptr (- point-ptr delta))
+		    (set! user-ptr  (- user-ptr delta)))))))
+	(list (cons 'start-go-to-end
+		    (cond ((eq? counters 'none) start-go-to-end-none)
+			  ((eq? counters 'line) start-go-to-end-line)
+			  ((eq? counters 'all ) start-go-to-end-all)))
+	      (cons 'end-go-to-point
+		    end-go-to-point)
+	      (cons 'init-lexeme
+		    (cond ((eq? counters 'none) init-lexeme-none)
+			  ((eq? counters 'line) init-lexeme-line)
+			  ((eq? counters 'all ) init-lexeme-all)))
+	      (cons 'get-start-line
+		    get-start-line)
+	      (cons 'get-start-column
+		    get-start-column)
+	      (cons 'get-start-offset
+		    get-start-offset)
+	      (cons 'peek-left-context
+		    peek-left-context)
+	      (cons 'peek-char
+		    peek-char)
+	      (cons 'read-char
+		    read-char)
+	      (cons 'get-start-end-text
+		    get-start-end-text)
+	      (cons 'get-user-line
+		    (cond ((eq? counters 'none) #f)
+			  ((eq? counters 'line) get-user-line-line)
+			  ((eq? counters 'all ) get-user-line-all)))
+	      (cons 'get-user-column
+		    (cond ((eq? counters 'none) #f)
+			  ((eq? counters 'line) #f)
+			  ((eq? counters 'all ) get-user-column-all)))
+	      (cons 'get-user-offset
+		    (cond ((eq? counters 'none) #f)
+			  ((eq? counters 'line) #f)
+			  ((eq? counters 'all ) get-user-offset-all)))
+	      (cons 'user-getc
+		    (cond ((eq? counters 'none) user-getc-none)
+			  ((eq? counters 'line) user-getc-line)
+			  ((eq? counters 'all ) user-getc-all)))
+	      (cons 'user-ungetc
+		    (cond ((eq? counters 'none) user-ungetc-none)
+			  ((eq? counters 'line) user-ungetc-line)
+			  ((eq? counters 'all ) user-ungetc-all))))))))
+
+; Construit un Input System
+; Le premier parametre doit etre parmi "port", "procedure" ou "string"
+; Prend un parametre facultatif qui doit etre parmi
+; "none", "line" ou "all"
+(define lexer-make-IS
+  (lambda (input-type input . largs)
+    (let ((counters-type (cond ((null? largs)
+				'line)
+			       ((memq (car largs) '(none line all))
+				(car largs))
+			       (else
+				'line))))
+      (cond ((and (eq? input-type 'port) (input-port? input))
+	     (let* ((buffer   (make-string lexer-init-buffer-len #\newline))
+		    (read-ptr 1)
+		    (input-f  (lambda () (read-char input))))
+	       (lexer-raw-IS-maker buffer read-ptr input-f counters-type)))
+	    ((and (eq? input-type 'procedure) (procedure? input))
+	     (let* ((buffer   (make-string lexer-init-buffer-len #\newline))
+		    (read-ptr 1)
+		    (input-f  input))
+	       (lexer-raw-IS-maker buffer read-ptr input-f counters-type)))
+	    ((and (eq? input-type 'string) (string? input))
+	     (let* ((buffer   (string-append (string #\newline) input))
+		    (read-ptr (string-length buffer))
+		    (input-f  (lambda () 'eof)))
+	       (lexer-raw-IS-maker buffer read-ptr input-f counters-type)))
+	    (else
+	     (let* ((buffer   (string #\newline))
+		    (read-ptr 1)
+		    (input-f  (lambda () 'eof)))
+	       (lexer-raw-IS-maker buffer read-ptr input-f counters-type)))))))
+
+; Les fonctions:
+;   lexer-get-func-getc, lexer-get-func-ungetc,
+;   lexer-get-func-line, lexer-get-func-column et lexer-get-func-offset
+(define lexer-get-func-getc
+  (lambda (IS) (cdr (assq 'user-getc IS))))
+(define lexer-get-func-ungetc
+  (lambda (IS) (cdr (assq 'user-ungetc IS))))
+(define lexer-get-func-line
+  (lambda (IS) (cdr (assq 'get-user-line IS))))
+(define lexer-get-func-column
+  (lambda (IS) (cdr (assq 'get-user-column IS))))
+(define lexer-get-func-offset
+  (lambda (IS) (cdr (assq 'get-user-offset IS))))
+
+;
+; Gestion des lexers
+;
+
+; Fabrication de lexer a partir d'arbres de decision
+(define lexer-make-tree-lexer
+  (lambda (tables IS)
+    (letrec
+	(; Contenu de la table
+	 (counters-type        (vector-ref tables 0))
+	 (<<EOF>>-pre-action   (vector-ref tables 1))
+	 (<<ERROR>>-pre-action (vector-ref tables 2))
+	 (rules-pre-actions    (vector-ref tables 3))
+	 (table-nl-start       (vector-ref tables 5))
+	 (table-no-nl-start    (vector-ref tables 6))
+	 (trees-v              (vector-ref tables 7))
+	 (acc-v                (vector-ref tables 8))
+
+	 ; Contenu du IS
+	 (IS-start-go-to-end    (cdr (assq 'start-go-to-end IS)))
+	 (IS-end-go-to-point    (cdr (assq 'end-go-to-point IS)))
+	 (IS-init-lexeme        (cdr (assq 'init-lexeme IS)))
+	 (IS-get-start-line     (cdr (assq 'get-start-line IS)))
+	 (IS-get-start-column   (cdr (assq 'get-start-column IS)))
+	 (IS-get-start-offset   (cdr (assq 'get-start-offset IS)))
+	 (IS-peek-left-context  (cdr (assq 'peek-left-context IS)))
+	 (IS-peek-char          (cdr (assq 'peek-char IS)))
+	 (IS-read-char          (cdr (assq 'read-char IS)))
+	 (IS-get-start-end-text (cdr (assq 'get-start-end-text IS)))
+	 (IS-get-user-line      (cdr (assq 'get-user-line IS)))
+	 (IS-get-user-column    (cdr (assq 'get-user-column IS)))
+	 (IS-get-user-offset    (cdr (assq 'get-user-offset IS)))
+	 (IS-user-getc          (cdr (assq 'user-getc IS)))
+	 (IS-user-ungetc        (cdr (assq 'user-ungetc IS)))
+
+	 ; Resultats
+	 (<<EOF>>-action   #f)
+	 (<<ERROR>>-action #f)
+	 (rules-actions    #f)
+	 (states           #f)
+	 (final-lexer      #f)
+
+	 ; Gestion des hooks
+	 (hook-list '())
+	 (add-hook
+	  (lambda (thunk)
+	    (set! hook-list (cons thunk hook-list))))
+	 (apply-hooks
+	  (lambda ()
+	    (let loop ((l hook-list))
+	      (if (pair? l)
+		  (begin
+		    ((car l))
+		    (loop (cdr l)))))))
+
+	 ; Preparation des actions
+	 (set-action-statics
+	  (lambda (pre-action)
+	    (pre-action final-lexer IS-user-getc IS-user-ungetc)))
+	 (prepare-special-action-none
+	  (lambda (pre-action)
+	    (let ((action #f))
+	      (let ((result
+		     (lambda ()
+		       (action "")))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-special-action-line
+	  (lambda (pre-action)
+	    (let ((action #f))
+	      (let ((result
+		     (lambda (yyline)
+		       (action "" yyline)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-special-action-all
+	  (lambda (pre-action)
+	    (let ((action #f))
+	      (let ((result
+		     (lambda (yyline yycolumn yyoffset)
+		       (action "" yyline yycolumn yyoffset)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-special-action
+	  (lambda (pre-action)
+	    (cond ((eq? counters-type 'none)
+		   (prepare-special-action-none pre-action))
+		  ((eq? counters-type 'line)
+		   (prepare-special-action-line pre-action))
+		  ((eq? counters-type 'all)
+		   (prepare-special-action-all  pre-action)))))
+	 (prepare-action-yytext-none
+	  (lambda (pre-action)
+	    (let ((get-start-end-text IS-get-start-end-text)
+		  (start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda ()
+		       (let ((yytext (get-start-end-text)))
+			 (start-go-to-end)
+			 (action yytext))))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-yytext-line
+	  (lambda (pre-action)
+	    (let ((get-start-end-text IS-get-start-end-text)
+		  (start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda (yyline)
+		       (let ((yytext (get-start-end-text)))
+			 (start-go-to-end)
+			 (action yytext yyline))))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-yytext-all
+	  (lambda (pre-action)
+	    (let ((get-start-end-text IS-get-start-end-text)
+		  (start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda (yyline yycolumn yyoffset)
+		       (let ((yytext (get-start-end-text)))
+			 (start-go-to-end)
+			 (action yytext yyline yycolumn yyoffset))))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-yytext
+	  (lambda (pre-action)
+	    (cond ((eq? counters-type 'none)
+		   (prepare-action-yytext-none pre-action))
+		  ((eq? counters-type 'line)
+		   (prepare-action-yytext-line pre-action))
+		  ((eq? counters-type 'all)
+		   (prepare-action-yytext-all  pre-action)))))
+	 (prepare-action-no-yytext-none
+	  (lambda (pre-action)
+	    (let ((start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda ()
+		       (start-go-to-end)
+		       (action)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-no-yytext-line
+	  (lambda (pre-action)
+	    (let ((start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda (yyline)
+		       (start-go-to-end)
+		       (action yyline)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-no-yytext-all
+	  (lambda (pre-action)
+	    (let ((start-go-to-end    IS-start-go-to-end)
+		  (action             #f))
+	      (let ((result
+		     (lambda (yyline yycolumn yyoffset)
+		       (start-go-to-end)
+		       (action yyline yycolumn yyoffset)))
+		    (hook
+		     (lambda ()
+		       (set! action (set-action-statics pre-action)))))
+		(add-hook hook)
+		result))))
+	 (prepare-action-no-yytext
+	  (lambda (pre-action)
+	    (cond ((eq? counters-type 'none)
+		   (prepare-action-no-yytext-none pre-action))
+		  ((eq? counters-type 'line)
+		   (prepare-action-no-yytext-line pre-action))
+		  ((eq? counters-type 'all)
+		   (prepare-action-no-yytext-all  pre-action)))))
+
+	 ; Fabrique les fonctions de dispatch
+	 (prepare-dispatch-err
+	  (lambda (leaf)
+	    (lambda (c)
+	      #f)))
+	 (prepare-dispatch-number
+	  (lambda (leaf)
+	    (let ((state-function #f))
+	      (let ((result
+		     (lambda (c)
+		       state-function))
+		    (hook
+		     (lambda ()
+		       (set! state-function (vector-ref states leaf)))))
+		(add-hook hook)
+		result))))
+	 (prepare-dispatch-leaf
+	  (lambda (leaf)
+	    (if (eq? leaf 'err)
+		(prepare-dispatch-err leaf)
+		(prepare-dispatch-number leaf))))
+	 (prepare-dispatch-<
+	  (lambda (tree)
+	    (let ((left-tree  (list-ref tree 1))
+		  (right-tree (list-ref tree 2)))
+	      (let ((bound      (list-ref tree 0))
+		    (left-func  (prepare-dispatch-tree left-tree))
+		    (right-func (prepare-dispatch-tree right-tree)))
+		(lambda (c)
+		  (if (< c bound)
+		      (left-func c)
+		      (right-func c)))))))
+	 (prepare-dispatch-=
+	  (lambda (tree)
+	    (let ((left-tree  (list-ref tree 2))
+		  (right-tree (list-ref tree 3)))
+	      (let ((bound      (list-ref tree 1))
+		    (left-func  (prepare-dispatch-tree left-tree))
+		    (right-func (prepare-dispatch-tree right-tree)))
+		(lambda (c)
+		  (if (= c bound)
+		      (left-func c)
+		      (right-func c)))))))
+	 (prepare-dispatch-tree
+	  (lambda (tree)
+	    (cond ((not (pair? tree))
+		   (prepare-dispatch-leaf tree))
+		  ((eq? (car tree) '=)
+		   (prepare-dispatch-= tree))
+		  (else
+		   (prepare-dispatch-< tree)))))
+	 (prepare-dispatch
+	  (lambda (tree)
+	    (let ((dicho-func (prepare-dispatch-tree tree)))
+	      (lambda (c)
+		(and c (dicho-func c))))))
+
+	 ; Fabrique les fonctions de transition (read & go) et (abort)
+	 (prepare-read-n-go
+	  (lambda (tree)
+	    (let ((dispatch-func (prepare-dispatch tree))
+		  (read-char     IS-read-char))
+	      (lambda ()
+		(dispatch-func (read-char))))))
+	 (prepare-abort
+	  (lambda (tree)
+	    (lambda ()
+	      #f)))
+	 (prepare-transition
+	  (lambda (tree)
+	    (if (eq? tree 'err)
+		(prepare-abort     tree)
+		(prepare-read-n-go tree))))
+
+	 ; Fabrique les fonctions d'etats ([set-end] & trans)
+	 (prepare-state-no-acc
+	   (lambda (s r1 r2)
+	     (let ((trans-func (prepare-transition (vector-ref trees-v s))))
+	       (lambda (action)
+		 (let ((next-state (trans-func)))
+		   (if next-state
+		       (next-state action)
+		       action))))))
+	 (prepare-state-yes-no
+	  (lambda (s r1 r2)
+	    (let ((peek-char       IS-peek-char)
+		  (end-go-to-point IS-end-go-to-point)
+		  (new-action1     #f)
+		  (trans-func (prepare-transition (vector-ref trees-v s))))
+	      (let ((result
+		     (lambda (action)
+		       (let* ((c (peek-char))
+			      (new-action
+			       (if (or (not c) (= c lexer-integer-newline))
+				   (begin
+				     (end-go-to-point)
+				     new-action1)
+				   action))
+			      (next-state (trans-func)))
+			 (if next-state
+			     (next-state new-action)
+			     new-action))))
+		    (hook
+		     (lambda ()
+		       (set! new-action1 (vector-ref rules-actions r1)))))
+		(add-hook hook)
+		result))))
+	 (prepare-state-diff-acc
+	  (lambda (s r1 r2)
+	    (let ((end-go-to-point IS-end-go-to-point)
+		  (peek-char       IS-peek-char)
+		  (new-action1     #f)
+		  (new-action2     #f)
+		  (trans-func (prepare-transition (vector-ref trees-v s))))
+	      (let ((result
+		     (lambda (action)
+		       (end-go-to-point)
+		       (let* ((c (peek-char))
+			      (new-action
+			       (if (or (not c) (= c lexer-integer-newline))
+				   new-action1
+				   new-action2))
+			      (next-state (trans-func)))
+			 (if next-state
+			     (next-state new-action)
+			     new-action))))
+		    (hook
+		     (lambda ()
+		       (set! new-action1 (vector-ref rules-actions r1))
+		       (set! new-action2 (vector-ref rules-actions r2)))))
+		(add-hook hook)
+		result))))
+	 (prepare-state-same-acc
+	  (lambda (s r1 r2)
+	    (let ((end-go-to-point IS-end-go-to-point)
+		  (trans-func (prepare-transition (vector-ref trees-v s)))
+		  (new-action #f))
+	      (let ((result
+		     (lambda (action)
+		       (end-go-to-point)
+		       (let ((next-state (trans-func)))
+			 (if next-state
+			     (next-state new-action)
+			     new-action))))
+		    (hook
+		     (lambda ()
+		       (set! new-action (vector-ref rules-actions r1)))))
+		(add-hook hook)
+		result))))
+	 (prepare-state
+	  (lambda (s)
+	    (let* ((acc (vector-ref acc-v s))
+		   (r1 (car acc))
+		   (r2 (cdr acc)))
+	      (cond ((not r1)  (prepare-state-no-acc   s r1 r2))
+		    ((not r2)  (prepare-state-yes-no   s r1 r2))
+		    ((< r1 r2) (prepare-state-diff-acc s r1 r2))
+		    (else      (prepare-state-same-acc s r1 r2))))))
+
+	 ; Fabrique la fonction de lancement du lexage a l'etat de depart
+	 (prepare-start-same
+	  (lambda (s1 s2)
+	    (let ((peek-char    IS-peek-char)
+		  (eof-action   #f)
+		  (start-state  #f)
+		  (error-action #f))
+	      (let ((result
+		     (lambda ()
+		       (if (not (peek-char))
+			   eof-action
+			   (start-state error-action))))
+		    (hook
+		     (lambda ()
+		       (set! eof-action   <<EOF>>-action)
+		       (set! start-state  (vector-ref states s1))
+		       (set! error-action <<ERROR>>-action))))
+		(add-hook hook)
+		result))))
+	 (prepare-start-diff
+	  (lambda (s1 s2)
+	    (let ((peek-char         IS-peek-char)
+		  (eof-action        #f)
+		  (peek-left-context IS-peek-left-context)
+		  (start-state1      #f)
+		  (start-state2      #f)
+		  (error-action      #f))
+	      (let ((result
+		     (lambda ()
+		       (cond ((not (peek-char))
+			      eof-action)
+			     ((= (peek-left-context) lexer-integer-newline)
+			      (start-state1 error-action))
+			     (else
+			      (start-state2 error-action)))))
+		    (hook
+		     (lambda ()
+		       (set! eof-action <<EOF>>-action)
+		       (set! start-state1 (vector-ref states s1))
+		       (set! start-state2 (vector-ref states s2))
+		       (set! error-action <<ERROR>>-action))))
+		(add-hook hook)
+		result))))
+	 (prepare-start
+	  (lambda ()
+	    (let ((s1 table-nl-start)
+		  (s2 table-no-nl-start))
+	      (if (= s1 s2)
+		  (prepare-start-same s1 s2)
+		  (prepare-start-diff s1 s2)))))
+
+	 ; Fabrique la fonction principale
+	 (prepare-lexer-none
+	  (lambda ()
+	    (let ((init-lexeme IS-init-lexeme)
+		  (start-func  (prepare-start)))
+	      (lambda ()
+		(init-lexeme)
+		((start-func))))))
+	 (prepare-lexer-line
+	  (lambda ()
+	    (let ((init-lexeme    IS-init-lexeme)
+		  (get-start-line IS-get-start-line)
+		  (start-func     (prepare-start)))
+	      (lambda ()
+		(init-lexeme)
+		(let ((yyline (get-start-line)))
+		  ((start-func) yyline))))))
+	 (prepare-lexer-all
+	  (lambda ()
+	    (let ((init-lexeme      IS-init-lexeme)
+		  (get-start-line   IS-get-start-line)
+		  (get-start-column IS-get-start-column)
+		  (get-start-offset IS-get-start-offset)
+		  (start-func       (prepare-start)))
+	      (lambda ()
+		(init-lexeme)
+		(let ((yyline   (get-start-line))
+		      (yycolumn (get-start-column))
+		      (yyoffset (get-start-offset)))
+		  ((start-func) yyline yycolumn yyoffset))))))
+	 (prepare-lexer
+	  (lambda ()
+	    (cond ((eq? counters-type 'none) (prepare-lexer-none))
+		  ((eq? counters-type 'line) (prepare-lexer-line))
+		  ((eq? counters-type 'all)  (prepare-lexer-all))))))
+
+      ; Calculer la valeur de <<EOF>>-action et de <<ERROR>>-action
+      (set! <<EOF>>-action   (prepare-special-action <<EOF>>-pre-action))
+      (set! <<ERROR>>-action (prepare-special-action <<ERROR>>-pre-action))
+
+      ; Calculer la valeur de rules-actions
+      (let* ((len (quotient (vector-length rules-pre-actions) 2))
+	     (v (make-vector len)))
+	(let loop ((r (- len 1)))
+	  (if (< r 0)
+	      (set! rules-actions v)
+	      (let* ((yytext? (vector-ref rules-pre-actions (* 2 r)))
+		     (pre-action (vector-ref rules-pre-actions (+ (* 2 r) 1)))
+		     (action (if yytext?
+				 (prepare-action-yytext    pre-action)
+				 (prepare-action-no-yytext pre-action))))
+		(vector-set! v r action)
+		(loop (- r 1))))))
+
+      ; Calculer la valeur de states
+      (let* ((len (vector-length trees-v))
+	     (v (make-vector len)))
+	(let loop ((s (- len 1)))
+	  (if (< s 0)
+	      (set! states v)
+	      (begin
+		(vector-set! v s (prepare-state s))
+		(loop (- s 1))))))
+
+      ; Calculer la valeur de final-lexer
+      (set! final-lexer (prepare-lexer))
+
+      ; Executer les hooks
+      (apply-hooks)
+
+      ; Resultat
+      final-lexer)))
+
+; Fabrication de lexer a partir de listes de caracteres taggees
+(define lexer-make-char-lexer
+  (let* ((char->class
+	  (lambda (c)
+	    (let ((n (char->integer c)))
+	      (list (cons n n)))))
+	 (merge-sort
+	  (lambda (l combine zero-elt)
+	    (if (null? l)
+		zero-elt
+		(let loop1 ((l l))
+		  (if (null? (cdr l))
+		      (car l)
+		      (loop1
+		       (let loop2 ((l l))
+			 (cond ((null? l)
+				l)
+			       ((null? (cdr l))
+				l)
+			       (else
+				(cons (combine (car l) (cadr l))
+				      (loop2 (cddr l))))))))))))
+	 (finite-class-union
+	  (lambda (c1 c2)
+	    (let loop ((c1 c1) (c2 c2) (u '()))
+	      (if (null? c1)
+		  (if (null? c2)
+		      (reverse u)
+		      (loop c1 (cdr c2) (cons (car c2) u)))
+		  (if (null? c2)
+		      (loop (cdr c1) c2 (cons (car c1) u))
+		      (let* ((r1 (car c1))
+			     (r2 (car c2))
+			     (r1start (car r1))
+			     (r1end (cdr r1))
+			     (r2start (car r2))
+			     (r2end (cdr r2)))
+			(if (<= r1start r2start)
+			    (cond ((< (+ r1end 1) r2start)
+				   (loop (cdr c1) c2 (cons r1 u)))
+				  ((<= r1end r2end)
+				   (loop (cdr c1)
+					 (cons (cons r1start r2end) (cdr c2))
+					 u))
+				  (else
+				   (loop c1 (cdr c2) u)))
+			    (cond ((> r1start (+ r2end 1))
+				   (loop c1 (cdr c2) (cons r2 u)))
+				  ((>= r1end r2end)
+				   (loop (cons (cons r2start r1end) (cdr c1))
+					 (cdr c2)
+					 u))
+				  (else
+				   (loop (cdr c1) c2 u))))))))))
+	 (char-list->class
+	  (lambda (cl)
+	    (let ((classes (map char->class cl)))
+	      (merge-sort classes finite-class-union '()))))
+	 (class-<
+	  (lambda (b1 b2)
+	    (cond ((eq? b1 'inf+) #f)
+		  ((eq? b2 'inf-) #f)
+		  ((eq? b1 'inf-) #t)
+		  ((eq? b2 'inf+) #t)
+		  (else (< b1 b2)))))
+	 (finite-class-compl
+	  (lambda (c)
+	    (let loop ((c c) (start 'inf-))
+	      (if (null? c)
+		  (list (cons start 'inf+))
+		  (let* ((r (car c))
+			 (rstart (car r))
+			 (rend (cdr r)))
+		    (if (class-< start rstart)
+			(cons (cons start (- rstart 1))
+			      (loop c rstart))
+			(loop (cdr c) (+ rend 1))))))))
+	 (tagged-chars->class
+	  (lambda (tcl)
+	    (let* ((inverse? (car tcl))
+		   (cl (cdr tcl))
+		   (class-tmp (char-list->class cl)))
+	      (if inverse? (finite-class-compl class-tmp) class-tmp))))
+	 (charc->arc
+	  (lambda (charc)
+	    (let* ((tcl (car charc))
+		   (dest (cdr charc))
+		   (class (tagged-chars->class tcl)))
+	      (cons class dest))))
+	 (arc->sharcs
+	  (lambda (arc)
+	    (let* ((range-l (car arc))
+		   (dest (cdr arc))
+		   (op (lambda (range) (cons range dest))))
+	      (map op range-l))))
+	 (class-<=
+	  (lambda (b1 b2)
+	    (cond ((eq? b1 'inf-) #t)
+		  ((eq? b2 'inf+) #t)
+		  ((eq? b1 'inf+) #f)
+		  ((eq? b2 'inf-) #f)
+		  (else (<= b1 b2)))))
+	 (sharc-<=
+	  (lambda (sharc1 sharc2)
+	    (class-<= (caar sharc1) (caar sharc2))))
+	 (merge-sharcs
+	  (lambda (l1 l2)
+	    (let loop ((l1 l1) (l2 l2))
+	      (cond ((null? l1)
+		     l2)
+		    ((null? l2)
+		     l1)
+		    (else
+		     (let ((sharc1 (car l1))
+			   (sharc2 (car l2)))
+		       (if (sharc-<= sharc1 sharc2)
+			   (cons sharc1 (loop (cdr l1) l2))
+			   (cons sharc2 (loop l1 (cdr l2))))))))))
+	 (class-= eqv?)
+	 (fill-error
+	  (lambda (sharcs)
+	    (let loop ((sharcs sharcs) (start 'inf-))
+	      (cond ((class-= start 'inf+)
+		     '())
+		    ((null? sharcs)
+		     (cons (cons (cons start 'inf+) 'err)
+			   (loop sharcs 'inf+)))
+		    (else
+		     (let* ((sharc (car sharcs))
+			    (h (caar sharc))
+			    (t (cdar sharc)))
+		       (if (class-< start h)
+			   (cons (cons (cons start (- h 1)) 'err)
+				 (loop sharcs h))
+			   (cons sharc (loop (cdr sharcs)
+					     (if (class-= t 'inf+)
+						 'inf+
+						 (+ t 1)))))))))))
+	 (charcs->tree
+	  (lambda (charcs)
+	    (let* ((op (lambda (charc) (arc->sharcs (charc->arc charc))))
+		   (sharcs-l (map op charcs))
+		   (sorted-sharcs (merge-sort sharcs-l merge-sharcs '()))
+		   (full-sharcs (fill-error sorted-sharcs))
+		   (op (lambda (sharc) (cons (caar sharc) (cdr sharc))))
+		   (table (list->vector (map op full-sharcs))))
+	      (let loop ((left 0) (right (- (vector-length table) 1)))
+		(if (= left right)
+		    (cdr (vector-ref table left))
+		    (let ((mid (quotient (+ left right 1) 2)))
+		      (if (and (= (+ left 2) right)
+			       (= (+ (car (vector-ref table mid)) 1)
+				  (car (vector-ref table right)))
+			       (eqv? (cdr (vector-ref table left))
+				     (cdr (vector-ref table right))))
+			  (list '=
+				(car (vector-ref table mid))
+				(cdr (vector-ref table mid))
+				(cdr (vector-ref table left)))
+			  (list (car (vector-ref table mid))
+				(loop left (- mid 1))
+				(loop mid right))))))))))
+    (lambda (tables IS)
+      (let ((counters         (vector-ref tables 0))
+	    (<<EOF>>-action   (vector-ref tables 1))
+	    (<<ERROR>>-action (vector-ref tables 2))
+	    (rules-actions    (vector-ref tables 3))
+	    (nl-start         (vector-ref tables 5))
+	    (no-nl-start      (vector-ref tables 6))
+	    (charcs-v         (vector-ref tables 7))
+	    (acc-v            (vector-ref tables 8)))
+	(let* ((len (vector-length charcs-v))
+	       (v (make-vector len)))
+	  (let loop ((i (- len 1)))
+	    (if (>= i 0)
+		(begin
+		  (vector-set! v i (charcs->tree (vector-ref charcs-v i)))
+		  (loop (- i 1)))
+		(lexer-make-tree-lexer
+		 (vector counters
+			 <<EOF>>-action
+			 <<ERROR>>-action
+			 rules-actions
+			 'decision-trees
+			 nl-start
+			 no-nl-start
+			 v
+			 acc-v)
+		 IS))))))))
+
+; Fabrication d'un lexer a partir de code pre-genere
+(define lexer-make-code-lexer
+  (lambda (tables IS)
+    (let ((<<EOF>>-pre-action   (vector-ref tables 1))
+	  (<<ERROR>>-pre-action (vector-ref tables 2))
+	  (rules-pre-action     (vector-ref tables 3))
+	  (code                 (vector-ref tables 5)))
+      (code <<EOF>>-pre-action <<ERROR>>-pre-action rules-pre-action IS))))
+
+(define lexer-make-lexer
+  (lambda (tables IS)
+    (let ((automaton-type (vector-ref tables 4)))
+      (cond ((eq? automaton-type 'decision-trees)
+	     (lexer-make-tree-lexer tables IS))
+	    ((eq? automaton-type 'tagged-chars-lists)
+	     (lexer-make-char-lexer tables IS))
+	    ((eq? automaton-type 'code)
+	     (lexer-make-code-lexer tables IS))))))
+
+;
+; Table generated from the file xml-lex.l by SILex 1.0
+;
+
+(define lexer-default-table
+  (vector
+   'line
+   (lambda (yycontinue yygetc yyungetc)
+     (lambda (yytext yyline)
+       			'eof
+       ))
+   (lambda (yycontinue yygetc yyungetc)
+     (lambda (yytext yyline)
+         		(skribe-error 'xml-fontifier "Parse error" yytext)
+       ))
+   (vector
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+          		(new markup
+			     (markup '&source-string)
+			     (body yytext))
+        ))
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+       			(new markup
+			     (markup '&source-string)
+			     (body yytext))
+
+;;Comment
+        ))
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+              		(new markup
+			     (markup '&source-comment)
+			     (body   yytext))
+
+;; Markup
+        ))
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+           		(new markup
+			     (markup '&source-module)
+			     (body yytext))
+
+;; Regular text
+        ))
+    #t
+    (lambda (yycontinue yygetc yyungetc)
+      (lambda (yytext yyline)
+         			(begin yytext)
+        )))
+   'decision-trees
+   0
+   0
+   '#((40 (35 (34 1 5) (39 1 4)) (61 (60 1 3) (= 62 2 1))) (40 (35 (34 1
+    err) (39 1 err)) (61 (60 1 err) (= 62 err 1))) err (33 (11 (10 6 err)
+    (32 6 err)) (62 (34 7 6) (63 err 6))) (= 39 8 4) (= 34 9 5) (32 (= 10
+    err 6) (62 (33 err 6) (63 err 6))) (33 (11 (10 6 err) (32 6 err)) (46
+    (45 6 10) (= 62 err 6))) err err (33 (11 (10 6 err) (32 6 err)) (46 (45
+    6 11) (= 62 err 6))) (33 (11 (10 11 12) (32 11 12)) (46 (45 11 13) (=
+    62 12 11))) (= 45 14 12) (33 (11 (10 11 12) (32 11 12)) (46 (45 11 15)
+    (= 62 12 11))) (= 45 16 12) (33 (11 (10 11 12) (32 11 12)) (46 (45 11
+    15) (= 62 17 11))) (46 (45 12 16) (= 62 17 12)) (= 45 14 12))
+   '#((#f . #f) (4 . 4) (3 . 3) (#f . #f) (#f . #f) (#f . #f) (3 . 3) (3 .
+    3) (1 . 1) (0 . 0) (3 . 3) (3 . 3) (#f . #f) (3 . 3) (#f . #f) (3 . 3)
+    (#f . #f) (2 . 2))))
+
+;
+; User functions
+;
+
+(define lexer #f)
+
+(define lexer-get-line   #f)
+(define lexer-getc       #f)
+(define lexer-ungetc     #f)
+
+(define lexer-init
+  (lambda (input-type input)
+    (let ((IS (lexer-make-IS input-type input 'line)))
+      (set! lexer (lexer-make-lexer lexer-default-table IS))
+      (set! lexer-get-line   (lexer-get-func-line IS))
+      (set! lexer-getc       (lexer-get-func-getc IS))
+      (set! lexer-ungetc     (lexer-get-func-ungetc IS)))))
diff --git a/src/guile/skribilo/prog.scm b/src/guile/skribilo/prog.scm
index 020a275..87b964b 100644
--- a/src/guile/skribilo/prog.scm
+++ b/src/guile/skribilo/prog.scm
@@ -23,7 +23,7 @@
   :use-module (ice-9 regex)
   :autoload   (ice-9 receive) (receive)
   :use-module (skribilo lib)  ;; `new'
-  :autoload   (skribilo ast) (node?)
+  :autoload   (skribilo ast) (node? node-body)
   :export (make-prog-body resolve-line))
 
 ;;; ======================================================================
@@ -57,14 +57,14 @@
 (define (make-line-mark m lnum b)
    (let* ((ls (number->string lnum))
 	  (n (list (mark ls) b)))
-      (hashtable-put! *lines* m n)
+      (hash-set! *lines* m n)
       n))
 
 ;*---------------------------------------------------------------------*/
 ;*    resolve-line ...                                                 */
 ;*---------------------------------------------------------------------*/
 (define (resolve-line id)
-   (hashtable-get *lines* id))
+   (hash-ref *lines* id))
 
 ;*---------------------------------------------------------------------*/
 ;*    extract-string-mark ...                                          */
diff --git a/src/guile/skribilo/source.scm b/src/guile/skribilo/source.scm
index 4027372..24e4b67 100644
--- a/src/guile/skribilo/source.scm
+++ b/src/guile/skribilo/source.scm
@@ -1,7 +1,7 @@
 ;;;; source.scm	-- Highlighting source files.
 ;;;;
-;;;; Copyright © 2003-2004 Erick Gallesio - I3S-CNRS/ESSI <eg@essi.fr>
-;;;; Copyright © 2005      Ludovic Courtès  <ludovic.courtes@laas.fr>
+;;;; Copyright 2003, 2004  Erick Gallesio - I3S-CNRS/ESSI <eg@essi.fr>
+;;;; Copyright 2005, 2006  Ludovic Courtès  <ludovic.courtes@laas.fr>
 ;;;;
 ;;;;
 ;;;; This program is free software; you can redistribute it and/or modify
@@ -26,6 +26,7 @@
 
   :use-module (srfi srfi-35)
   :autoload   (srfi srfi-34) (raise)
+  :autoload   (srfi srfi-13) (string-prefix-length)
   :autoload   (skribilo condition) (&file-search-error &file-open-error)
 
   :use-module (skribilo utils syntax)
@@ -75,7 +76,8 @@
 		(cond
 		 ((or (eof-object? s)
 		      (and (integer? stop) (> l stop))
-		      (and (string? stop) (substring=? stop s stopl)))
+		      (and (string? stop)
+			   (= (string-prefix-length stop s) stopl)))
 		  (apply string-append (reverse! r)))
 		 (armedp
 		  (loop (+ l 1)
@@ -87,7 +89,8 @@
 			#t
 			(read-line)
 			(cons* "\n" (untabify s tab) r)))
-		 ((and (string? start) (substring=? start s startl))
+		 ((and (string? start)
+		       (= (string-prefix-length start s) startl))
 		  (loop (+ l 1) #t (read-line) r))
 		 (else
 		  (loop (+ l 1) #f (read-line) r))))))))))