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Fix quick-build, use asserts() in place of ABORT() -------------------- ChangeLog entries follow: -------------------- ChangeLog addition: 2010-02-20 Ben Wing <ben@xemacs.org> * configure.ac (XE_COMPLEX_ARG): Correct doc of --quick-build: It also doesn't check for Lisp shadows. src/ChangeLog addition: 2010-02-20 Ben Wing <ben@xemacs.org> * EmacsFrame.c: * EmacsFrame.c (EmacsFrameRecomputeCellSize): * alloca.c (i00afunc): * buffer.c: * buffer.c (MARKED_SLOT): * buffer.c (complex_vars_of_buffer): * cm.c: * cm.c (cmcheckmagic): * console.c: * console.c (MARKED_SLOT): * device-x.c: * device-x.c (x_get_visual_depth): * emacs.c (sort_args): * eval.c (throw_or_bomb_out): * event-stream.c: * event-stream.c (Fadd_timeout): * event-stream.c (Fadd_async_timeout): * event-stream.c (Frecent_keys): * events.c: * events.c (Fdeallocate_event): * events.c (event_pixel_translation): * extents.c: * extents.c (process_extents_for_insertion_mapper): * fns.c (Fbase64_encode_region): * fns.c (Fbase64_encode_string): * fns.c (Fbase64_decode_region): * fns.c (Fbase64_decode_string): * font-lock.c: * font-lock.c (find_context): * frame-x.c: * frame-x.c (x_wm_mark_shell_size_user_specified): * frame-x.c (x_wm_mark_shell_position_user_specified): * frame-x.c (x_wm_set_shell_iconic_p): * frame-x.c (x_wm_set_cell_size): * frame-x.c (x_wm_set_variable_size): * frame-x.c (x_wm_store_class_hints): * frame-x.c (x_wm_maybe_store_wm_command): * frame-x.c (x_initialize_frame_size): * frame.c (delete_frame_internal): * frame.c (change_frame_size_1): * free-hook.c (check_free): * free-hook.c (note_block_input): * free-hook.c (log_gcpro): * gccache-gtk.c (gc_cache_lookup): * gccache-x.c: * gccache-x.c (gc_cache_lookup): * glyphs-gtk.c: * glyphs-gtk.c (init_image_instance_from_gdk_pixmap): * glyphs-x.c: * glyphs-x.c (extract_xpm_color_names): * insdel.c: * insdel.c (move_gap): * keymap.c: * keymap.c (keymap_lookup_directly): * keymap.c (keymap_delete_inverse_internal): * keymap.c (accessible_keymaps_mapper_1): * keymap.c (where_is_recursive_mapper): * lisp.h: * lstream.c (make_lisp_buffer_stream_1): * macros.c: * macros.c (pop_kbd_macro_event): * mc-alloc.c (remove_page_from_used_list): * menubar-x.c: * menubar-x.c (set_frame_menubar): * ralloc.c: * ralloc.c (obtain): * ralloc.c (relinquish): * ralloc.c (relocate_blocs): * ralloc.c (resize_bloc): * ralloc.c (r_alloc_free): * ralloc.c (r_re_alloc): * ralloc.c (r_alloc_thaw): * ralloc.c (init_ralloc): * ralloc.c (Free_Addr_Block): * scrollbar-x.c: * scrollbar-x.c (x_update_scrollbar_instance_status): * sunplay.c (init_device): * unexnt.c: * unexnt.c (read_in_bss): * unexnt.c (map_in_heap): * window.c: * window.c (real_window): * window.c (window_display_lines): * window.c (window_display_buffer): * window.c (set_window_display_buffer): * window.c (unshow_buffer): * window.c (Fget_lru_window): if (...) ABORT(); ---> assert(); More specifically: if (x == y) ABORT (); --> assert (x != y); if (x != y) ABORT (); --> assert (x == y); if (x > y) ABORT (); --> assert (x <= y); etc. if (!x) ABORT (); --> assert (x); if (x) ABORT (); --> assert (!x); DeMorgan's Law's applied and manually simplified: if (x && !y) ABORT (); --> assert (!x || y); if (!x || y >= z) ABORT (); --> assert (x && y < z); Checked to make sure that assert() of an expression with side effects ensures that the side effects get executed even when asserts are disabled, and add a comment about this being a requirement of any "disabled assert" expression. * depend: * make-src-depend: * make-src-depend (PrintDeps): Fix broken code in make-src-depend so it does what it was always supposed to do, which was separate out config.h and lisp.h and all the files they include into separate variables in the depend part of Makefile so that quick-build can turn off the lisp.h/config.h/text.h/etc. dependencies of the source files, to speed up recompilation.
author Ben Wing <ben@xemacs.org>
date Sat, 20 Feb 2010 05:05:54 -0600
parents c0934cef10c6
children 70ed8a0d8da8
line wrap: on
line source

/* -*- coding: utf-8 -*-
   Copyright (C) 1995 Free Software Foundation, Inc.
   Copyright (C) 1995 Sun Microsystems, Inc.

This file is part of XEmacs.

XEmacs 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, or (at your option) any
later version.

XEmacs 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 XEmacs; see the file COPYING.  If not, write to
the Free Software Foundation, Inc., 59 Temple Place - Suite 330,
Boston, MA 02111-1307, USA.  */

/* Synched up with: Mule 2.3.  Not in FSF. */

/*      Jserver Interface for Mule
        Coded by Yutaka Ishikawa at ETL (yisikawa@etl.go.jp)
                 Satoru Tomura   at ETL (tomura@etl.go.jp)
	Modified for Wnn4 library by
		 Toshiaki Shingu (shingu@cpr.canon.co.jp)
		 Hiroshi Kuribayashi (kuri@nff.ncl.omron.co.jp) */

/*
 *	Functions defined in this file are
 *	   (wnn-server-open wnn-host-name login-name)
 *		wnn-host-name: STRING or NIL
 *		login-name: STRING
 *		RETURNS: BOOLEAN
 *		DESCRIPTION:
 *		jserver と接続し、サーバー内部に正変換／逆変換２つの環境を
 *		作る。エラーの時は nil を返す。
 *
 *	   (wnn-server-close)
 *		RETURNS: BOOLEAN
 *		DESCRIPTION:
 *		jserver との接続を切る。辞書、頻度はセーブされない。
 *
 *	   (wnn-server-dict-add dict-file-name hindo-file-name priority
 *		dict-file-mode hindo-file-mode pw1 pw2)
 *		dict-file-name: STRING
 *		hindo-file-name: STRING or NULL-STRING
 *		priority: INTEGER
 *		dict-file-mode: BOOLEAN
 *		hindo-file-mode: BOOLEAN
 *		pw1: STRING or NIL
 *		pw2: STRING or NIL
 *		DESCRIPTION:
 *		辞書ファイル名、頻度ファイル名、優先度、辞書ファイルモード
 *		頻度ファイルモードで指定した辞書をバッファに追加する。
 *		pw1, pw2 は辞書ファイル、頻度ファイルのパスワード。
 *
 *	   (wnn-server-dict-delete dic-no)
 *		dic-no: INTEGER
 *		RETURNS: エラーの時 nil
 *		DESCRIPTION: dic-no の辞書番号の辞書を、バッファから
 *		削除する。
 *
 *	   (wnn-server-dict-list)
 *		RETURNS: ((dic-no1 file-name1 comment1 word-no1 nice1)
 *			  (dic-no2 file-name2 comment2 word-no2 nice2)...)
 *		DESCRIPTION: バッファ上の辞書のリストを得る。
 *
 *	   (wnn-server-dict-comment dic-no comment)
 *		RETURNS: エラーの時 nil
 *		DESCRIPTION: dic-no の辞書にコメントをつける。
 *
 *	   (wnn-server-set-rev rev)
 *		rev: BOOLEAN
 *		rev が nil の時は正変換、それ以外の時は逆変換
 *
 *	   (wnn-server-henkan-begin henkan-string)
 *		henkan-string: STRING
 *		RETURNS: bunsetu-suu
 *		DESCRIPTION:
 *		仮名漢字変換をし、第一候補の文節数を返す。
 *
 *	   (wnn-server-zenkouho bunsetu-no dai)
 *		bunsetu-no: INTEGER
 *		dai: BOOLEAN
 *		RETURNS: offset
 *		DESCRIPTION:
 *		文節番号で指定された文節の全候補をとりだし
 *		、現在のオフセットを返す。
 *
 *	   (wnn-server-get-zenkouho offset)
 *		bunsetu-no: INTEGER
 *		dai: BOOLEAN
 *		RETURNS: list of zenkouho
 *		DESCRIPTION:
 *		オフセットで指定された候補を得る。
 *
 *	   (wnn-server-zenkouho-bun)
 *		RETURNS: INTEGER
 *		DESCRIPTION:
 *		全候補を表示している文節番号を得る。
 *
 *	   (wnn-server-zenkouho-suu)
 *		RETURNS: INTEGER
 *		DESCRIPTION:
 *		全候補を表示している文節の全候補数を得る。
 *
 *	   (wnn-server-dai-top bun-no)
 *		bun-no: INTEGER
 *		RETURNS: BOOLEAN
 *		DESCRIPTION:
 *		文節が大文節の先頭なら t
 *
 *	   (wnn-server-dai-end bun-no)
 *		bun-no: INTEGER
 *		RETURNS: INTEGER
 *		DESCRIPTION:
 *		次の大文節の文節番号を得る。
 *
 *	   (wnn-server-henkan-kakutei kouho-no dai)
 *		kouho-no: INTEGER
 *		dai: BOOLEAN
 *		RETURNS: BOOLEAN
 *		DESCRIPTION:
 *		候補番号で示された候補を選択する。
 *		(wnn-server-zenkouho) を呼んてからでないといけない。
 *
 *	   (wnn-server-bunsetu-henkou bunsetu-no bunsetu-length dai)
 *		bunsetu-no: INTEGER
 *		bunsetu-length: INTEGER
 *		dai: BOOLEAN
 *		RETURNS:
 *		DESCRIPTION:
 *		文節の長さを変更する。
 *
 *         (wnn-bunsetu-kouho-inspect bunsetu-no)
 *              bunsetu-no: INTEGER
 *              RETURNS: (kanji yomi jisho-no serial-no hinsi hindo
 *		ima hyoka daihyoka kangovect)
 *		DESCRIPTION:
 *		文節の色々な情報を変換バッファからとり出す。
 *
 *	   (wnn-server-henkan-quit)
 *		RETURNS: BOOLEAN
 *		DESCRIPTION:
 *		何もしない。
 *
 *	   (wnn-server-bunsetu-kanji bun-no)
 *		RETURNS: (bunsetu-kanji length)
 *		DESCRIPTION:
 *
 *	   (wnn-server-bunsetu-yomi bun-no)
 *		RETURNS: (bunsetu-yomi length)
 *		DESCRIPTION:
 *
 *	   (wnn-server-bunsetu-suu)
 *		RETURNS: bunsetu-suu
 *		DESCRIPTION:
 *
 *	   (wnn-server-hindo-update &optional bunsetu-no)
 *              bunsetu-no: INTEGER
 *		RETURNS: BOOLEAN
 *		DESCRIPTION:
 *		頻度情報を更新する。
 *
 *	   (wnn-server-word-add dic-no tango yomi comment hinsi)
 *		dic-no: INTEGER
 *		tango: STRING
 *		yoni: STRING
 *		comment: STRING
 *		hinsi: INTEGER
 *		RETURNS: BOOLEAN
 *		DESCRIPTION:
 *		辞書に単語を登録する。
 *
 *	   (wnn-server-word-delete dic-no entry)
 *		dic-no: INTEGER
 *		entry: INTEGER
 *		RETURNS: BOOLEAN
 *		DESCRIPTION:
 *		辞書からエントリ番号で示される単語を削除する。
 *
 *	   (wnn-server-word-use dic-no entry)
 *		dic-no: INTEGER
 *		entry: INTEGER
 *		RETURNS: BOOLEAN
 *		DESCRIPTION:
 *		辞書からエントリ番号で示される単語の有効／無効をトグルする。
  *
 *	   (wnn-server-word-info dic-no entry)
 *		dic-no: INTEGER
 *		entry: INTEGER
 *		RETURNS: (yomi kanji comment hindo hinsi)
 *		DESCRIPTION:
 *		辞書からエントリ番号で示される単語の情報を得る。
 *
 *	   (wnn-server-word-hindo-set dic-no entry hindo)
 *		dic-no: INTEGER
 *		entry: INTEGER
 *		hindo: INTEGER
 *		RETURNS: BOOLEAN
 *		DESCRIPTION:
 *		辞書からエントリ番号で示される単語の頻度を設定する。
 *
 *	   (wnn-server-word-search yomi)
 *		yomi: STRING
 *		RETURNS: a LIST of dict-joho
 *		DESCRIPTION:
 *		全ての辞書から単語検索を行なう。
 *
 *         (wnn-server-dict-save)
 *              RETURNS: BOOLEAN
 *              DESCRIPTION:
 *		全ての辞書と頻度ファイルをセーブする。
 *
 *	   (wnn-server-get-param)
 *		RETURNS: (n nsho p1 p2 p3 ... p15)
 *		DESCRIPTION: 変換パラメータを得る。
 *
 *	   (wnn-server-set-param n sho p1 ... p15)
 *		RETURNS: エラーの時 nil
 *		DESCRIPTION: 変換パラメータを設定する。
 *
 *	   (wnn-server-get-msg error-no)
 *		RETURNS: エラーメ臆技ージ
 *		DESCRIPTION: エラー番号からメッセージを得る。
 *
 *	   (wnn-server-fuzokugo-set fname)
 *		RETURNS: エラーの時 nil
 *		DESCRIPTION: バッファに附属語ファイルを読み込む。
 *
 *	   (wnn-server-fuzokugo-get)
 *		RETURNS: ファイル名
 *		DESCRIPTION: バッファの附属語ファイル名を得る。
 *
 *	   (wnn-server-isconnect)
 *		RETURNS: コネクトしてれば t, してなければ nil
 *		DESCRIPTION: サーバと継っているか調べる。
 *
 *	   (wnn-server-hinsi-dicts hinsi-no)
 *		RETURNS: (dic-no1 dic-no2 ...)
 *		DESCRIPTION: hinsi-no の品詞が登録できる辞書のリストを得る。
 *		hinsi-no = -1 のときには、登録可能な全辞書を得る。
 *
 *	   (wnn-server-hinsi-list dic-no name)
 *		RETURNS: (name1 name2 ... )
 *		DESCRIPTION: dic-no の辞書で、品詞ノードに属する
 *		品詞ノード（名）のリストを得る。
 *		品詞名を与えた時は、０を返す。
 *
 *	   (wnn-server-hinsi-name hinsi-no)
 *		RETURNS: hinsi-name
 *		DESCRIPTION: 品詞番号から名前を取る。
 *
 *	   (wnn-server-hinsi-number hinsi-name)
 *		RETURNS: hinsi-no
 *		DESCRIPTION: 品詞名を品詞番号に変換する。
 *
 *         (wnn-server-version)
 *              RETURNS: version ID(int)
 *
 */

#include <config.h>
#include "lisp.h"

#include "buffer.h"
#include "window.h"
#include "sysdep.h"

#include "wnn/commonhd.h"
#include "charset.h"
#include "wnn/jllib.h"
#include "wnn/cplib.h"

/* UCHAR が二重定義されるので */
#define _UCHAR_T

#define EGG_TIMEOUT 5
#define NSERVER 4
#define WNNSERVER_J 0
#define WNNSERVER_C 1
#define WNNSERVER_T 2
#define WNNSERVER_K 3

int check_wnn_server_type (void);
void w2m (w_char *wp, unsigned char *mp, unsigned char lb);
void m2w (unsigned char *mp, w_char *wp);
void w2y (w_char *w);
void c2m (unsigned char *cp, unsigned char *mp, unsigned char lb);
static void puts2 (char *s);
static int dai_end (int no, int server);
static int yes_or_no (unsigned char *s);

 /* Why doesn't wnn have a prototype for these? */
typedef unsigned int letter;
int cwnn_yincod_pzy(w_char *, w_char, int);
int cwnn_pzy_yincod(letter *, letter *, int);

static struct wnn_buf *wnnfns_buf[NSERVER];
static struct wnn_env *wnnfns_env_norm[NSERVER];
static struct wnn_env *wnnfns_env_rev[NSERVER];
static int wnnfns_norm;
static unsigned char lb_wnn_server_type[NSERVER] =
{LEADING_BYTE_JAPANESE_JISX0208, LEADING_BYTE_CHINESE_GB2312, LEADING_BYTE_THAI_TIS620, LEADING_BYTE_KOREAN_KSC5601};

/* Lisp Variables and Constants Definition */
Lisp_Object	Qjserver;
Lisp_Object	Qcserver;
/*Lisp_Object	Qtserver;*/
Lisp_Object	Qkserver;
Lisp_Object	Qwnn_no_uniq;
Lisp_Object	Qwnn_uniq;
Lisp_Object	Qwnn_uniq_kanji;
Lisp_Object	Qwnn_n, Qwnn_nsho, Qwnn_hindo, Qwnn_len, Qwnn_jiri, Qwnn_flag;
Lisp_Object	Qwnn_jisho, Qwnn_sbn, Qwnn_dbn_len, Qwnn_sbn_cnt, Qwnn_suuji;
Lisp_Object	Qwnn_kana, Qwnn_eisuu, Qwnn_kigou, Qwnn_toji_kakko, Qwnn_fuzokogo, Qwnn_kaikakko;
Lisp_Object	Vwnn_server_type;
Lisp_Object	Vcwnn_zhuyin;
Lisp_Object	Vwnnenv_sticky;
Lisp_Object	Vwnn_uniq_level;
Fixnum		lb_sisheng;

/* Lisp functions definition */

DEFUN ("wnn-server-open", Fwnn_open, 2, 2, 0, /*
Connect to jserver of host HNAME, make an environment with
login name LNAME in the server.
Return nil if error occurs.
*/
     (hname, lname))
{
  char *envname;
  char *langname;
  char *hostname;
  int	snum;
  int size;
  CHECK_STRING (lname);

  snum = check_wnn_server_type ();
  switch (snum)
    {
    case WNNSERVER_J:
      langname = "ja_JP";
      break;
    case WNNSERVER_C:
      langname = "zh_CN";
      break;
/*
    case WNNSERVER_T:
    strcpy (langname, "zh_TW");
    break;
    */
    case WNNSERVER_K:
      langname = "ko_KR";
      break;
    case -1:
    default:
      return Qnil;
    }
  size = XSTRING_LENGTH (lname) > 1024 ? 1026 : XSTRING_LENGTH (lname) + 2;
  /* !!#### */
  envname = (char *) ALLOCA (size);
  strncpy (envname, (char *) XSTRING_DATA (lname), size-2);
  envname[size-2] = '\0';
  if (NILP (hname)) hostname = "";
  else
    {
      CHECK_STRING (hname);
      size = XSTRING_LENGTH(hname) > 1024 ? 1025 : XSTRING_LENGTH(hname) + 1;

      hostname = (char *) ALLOCA (size);
      strncpy (hostname, (char *) XSTRING_DATA (hname), size-1);
      hostname[size-1] = '\0';
    }
  CHECK_STRING (lname);
  /* 97/4/16 jhod@po.iijnet.or.jp
   * libwnn uses SIGALRM, so we need to stop and start interrupts.
   */
  stop_interrupts();
  if (!(wnnfns_buf[snum] = jl_open_lang (envname, hostname, langname,
					 0, 0, 0, EGG_TIMEOUT)))
    {
      start_interrupts();
      return Qnil;
    }
  if (!jl_isconnect (wnnfns_buf[snum]))
    {
      start_interrupts();
      return Qnil;
    }
  wnnfns_env_norm[snum] = jl_env_get (wnnfns_buf[snum]);
/*  if (Vwnnenv_sticky == Qt) jl_env_sticky_e (wnnfns_env_norm[snum]);
    else jl_env_un_sticky_e (wnnfns_env_norm[snum]);*/
  strcat (envname, "R");
  if (!(wnnfns_env_rev[snum] = jl_connect_lang (envname, hostname, langname,
						0, 0, 0, EGG_TIMEOUT)))
    {
      start_interrupts();
      return Qnil;
    }
/*  if (Vwnnenv_sticky == Qt) jl_env_sticky_e (wnnfns_env_rev[snum]);
    else jl_env_un_sticky_e (wnnfns_env_rev[snum]);*/
  start_interrupts();
  return Qt;
}


DEFUN ("wnn-server-close", Fwnn_close, 0, 0, 0, /*
Close the connection to jserver, Dictionary and frequency files
are not saved.
*/
     ())
{
  int	snum;
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  if (wnnfns_env_norm[snum])
    {
      if (NILP (Vwnnenv_sticky)) jl_env_un_sticky_e (wnnfns_env_norm[snum]);
      else jl_env_sticky_e (wnnfns_env_norm[snum]);
      jl_disconnect (wnnfns_env_norm[snum]);
    }
  if (wnnfns_env_rev[snum])
    {
      if (NILP (Vwnnenv_sticky)) jl_env_un_sticky_e (wnnfns_env_rev[snum]);
      else jl_env_sticky_e (wnnfns_env_rev[snum]);
      jl_disconnect (wnnfns_env_rev[snum]);
    }
  jl_env_set (wnnfns_buf[snum], 0);
  jl_close (wnnfns_buf[snum]);
  wnnfns_buf[snum] = (struct wnn_buf *) 0;
  wnnfns_env_norm[snum] = wnnfns_env_rev[snum] = (struct wnn_env *) 0;
  return Qt;
}

DEFUN ("wnn-server-dict-add", Fwnn_dict_add, 5, MANY, 0, /*
Add dictionary specified by DICT-FILE-NAME, FREQ-FILE-NAME,
PRIORITY, DICT-FILE-MODE, FREQ-FILE-MODE.
Specify password files of dictionary and frequency, PW1 and PW2, if needed.
*/
     (int nargs, Lisp_Object *args))
{
  struct gcpro gcpro1;
  int	snum;
  CHECK_STRING (args[0]);
  CHECK_STRING (args[1]);
  CHECK_INT (args[2]);
  if (! NILP (args[5])) CHECK_STRING (args[5]);
  if (! NILP (args[6])) CHECK_STRING (args[6]);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  GCPRO1 (*args);
  gcpro1.nvars = nargs;
  if (jl_dic_add (wnnfns_buf[snum],
		  XSTRING_DATA (args[0]),
		  XSTRING_DATA (args[1]),
		  wnnfns_norm ? WNN_DIC_ADD_NOR : WNN_DIC_ADD_REV,
		  XINT (args[2]),
		  NILP (args[3]) ? WNN_DIC_RDONLY : WNN_DIC_RW,
		  NILP (args[4]) ? WNN_DIC_RDONLY : WNN_DIC_RW,
		  NILP (args[5]) ? 0 : XSTRING_DATA (args[5]),
		  NILP (args[6]) ? 0 : XSTRING_DATA (args[6]),
		  yes_or_no,
		  puts2 ) < 0)
    {
      UNGCPRO;
      return Qnil;
    }
  UNGCPRO;
  return Qt;
}

DEFUN ("wnn-server-dict-delete", Fwnn_dict_delete, 1, 1, 0, /*
Remove dictionary specified by DIC-NUMBER from buffer.
*/
     (dicno))
{
  int	no;
  int	snum;
  CHECK_INT (dicno);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  no = XINT (dicno);
  if (!wnnfns_buf[snum]) return Qnil;
  if (jl_dic_delete (wnnfns_buf[snum], no) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-dict-list", Fwnn_dict_list, 0, 0, 0, /*
Return information of dictionaries.
*/
     ())
{
  WNN_DIC_INFO	*dicinfo;
  int		cnt, i;
  unsigned char	comment[1024];
  Lisp_Object	val;
  int	snum;
  unsigned char lb;

  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  lb = lb_wnn_server_type[snum];
  if (!wnnfns_buf[snum]) return Qnil;
#ifdef	WNN6
  if((cnt = jl_fi_dic_list (wnnfns_buf[snum], 0x3f, &dicinfo)) < 0)
    return Qnil;
#else
  if((cnt = jl_dic_list (wnnfns_buf[snum], &dicinfo)) < 0) return Qnil;
#endif
  val = Qnil;
  for (i = 0, dicinfo += cnt; i < cnt; i++)
    {
      dicinfo--;
      w2m (dicinfo->comment, comment, lb);
      /* #### The following has not been Mule-ized!!
         fname and comment must be ASCII strings! */
      val =
	Fcons (Fcons (make_int (dicinfo->dic_no),
		      list4 (make_string ((Ibyte *) (dicinfo->fname),
					  strlen (dicinfo->fname)),
			     make_string (comment, strlen ((char *) comment)),
			     make_int (dicinfo->gosuu),
			     make_int (dicinfo->nice))), val);
    }
  return val;
}

DEFUN ("wnn-server-dict-comment", Fwnn_dict_comment, 2, 2, 0, /*
Set comment to dictionary specified by DIC-NUMBER.
Comment string COMMENT.
*/
     (dicno, comment))
{
  w_char wbuf[512];
  int snum;
  CHECK_INT (dicno);
  CHECK_STRING (comment);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  m2w (XSTRING_DATA (comment), wbuf);
  if (jl_dic_comment_set (wnnfns_buf[snum], XINT (dicno), wbuf) < 0)
    return Qnil;
  return Qt;
}


DEFUN ("wnn-server-set-rev", Fwnn_set_rev, 1, 1, 0, /*
Switch the translation mode to normal if T, or reverse if NIL.
*/
     (rev))
{
  int	snum;
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (NILP (rev))
    {
      if ((!wnnfns_buf[snum]) || (!wnnfns_env_norm[snum])) return Qnil;
      jl_env_set (wnnfns_buf[snum], wnnfns_env_norm[snum]);
      wnnfns_norm = 1;
    }
  else
    {
      if ((!wnnfns_buf[snum]) || (!wnnfns_env_rev[snum])) return Qnil;
      jl_env_set (wnnfns_buf[snum], wnnfns_env_rev[snum]);
      wnnfns_norm = 0;
    }
  return Qt;
}

DEFUN ("wnn-server-henkan-begin", Fwnn_begin_henkan, 1, 1, 0, /*
Translate YOMI string to kanji. Retuen the number of bunsetsu.
*/
     (hstring))
{
  int			cnt;
  w_char		wbuf[5000];
  int	snum;
  CHECK_STRING (hstring);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  m2w (XSTRING_DATA (hstring), wbuf);
  if (snum == WNNSERVER_C)
    w2y (wbuf);

#ifdef	WNN6
  if ((cnt = jl_fi_ren_conv (wnnfns_buf[snum], wbuf,	0, -1, WNN_USE_MAE)) < 0)
    return Qnil;
#else
  if ((cnt = jl_ren_conv (wnnfns_buf[snum], wbuf,	0, -1, WNN_USE_MAE)) < 0)
    return Qnil;
#endif
  return make_int (cnt);
}

DEFUN ("wnn-server-zenkouho", Fwnn_zenkouho, 2, 2, 0, /*
Get zenkouho at BUNSETSU-NUMBER. Second argument DAI is t.
if dai-bunsetsu, NIL if sho-bunsetsu. Return the current offset of zenkouho.
*/
     (bunNo, dai))
{
  int	no, offset;
  int	snum;
  int	uniq_level;
  CHECK_INT (bunNo);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  no = XINT (bunNo);
  if (EQ(Vwnn_uniq_level, Qwnn_no_uniq)) uniq_level = WNN_NO_UNIQ;
  else if (EQ(Vwnn_uniq_level, Qwnn_uniq)) uniq_level = WNN_UNIQ;
  else uniq_level = WNN_UNIQ_KNJ;
  if (NILP (dai))
    {
      if ((offset = jl_zenkouho (wnnfns_buf[snum],no,WNN_USE_MAE,
				 uniq_level)) < 0)
	return Qnil;
    }
  else
    {
      if ((offset = jl_zenkouho_dai (wnnfns_buf[snum], no, dai_end (no, snum),
				     WNN_USE_MAE, uniq_level)) < 0)
	return Qnil;
    }
  return make_int (offset);
}


DEFUN ("wnn-server-get-zenkouho", Fwnn_get_zenkouho, 1, 1, 0, /*
Get kanji string of KOUHO-NUMBER.
*/
     (kouhoNo))
{
  unsigned char	kanji_buf[256];
  w_char	wbuf[256];
  int	snum;
  unsigned char lb;
  CHECK_INT (kouhoNo);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  lb = lb_wnn_server_type[snum];
  if (!wnnfns_buf[snum]) return Qnil;
  jl_get_zenkouho_kanji (wnnfns_buf[snum], XINT (kouhoNo), wbuf);
  w2m (wbuf, kanji_buf, lb);
  return make_string (kanji_buf, strlen ((char *) kanji_buf));
}

DEFUN ("wnn-server-zenkouho-bun", Fwnn_zenkouho_bun, 0, 0, 0, /*
For Wnn.
*/
     ())
{
  int	snum;
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  return make_int (jl_zenkouho_bun (wnnfns_buf[snum]));
}

DEFUN ("wnn-server-zenkouho-suu", Fwnn_zenkouho_suu, 0, 0, 0, /*
Return the number of zen kouho.
*/
     ())
{
  int	snum;
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  return make_int (jl_zenkouho_suu (wnnfns_buf[snum]));
}

DEFUN ("wnn-server-dai-top", Fwnn_dai_top, 1, 1, 0, /*
Return t if bunsetsu BUN-NUMBER is dai-bunsetsu.
*/
     (bunNo))
{
  int	snum;
  CHECK_INT (bunNo);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  if (jl_dai_top (wnnfns_buf[snum], XINT (bunNo)) == 1) return Qt;
  else return Qnil;
}

DEFUN ("wnn-server-dai-end", Fwnn_dai_end, 1, 1, 0, /*
Return the bunsetu number of the next dai-bunsetsu after BUN-NUMBER.
*/
     (bunNo))
{
  int	snum;
  CHECK_INT (bunNo);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  return make_int (dai_end (XINT (bunNo), snum));
}

DEFUN ("wnn-server-henkan-kakutei", Fwnn_kakutei, 2, 2, 0, /*
Set candidate with OFFSET, DAI. DAI is T if dai-bunsetsu.
*/
     (offset, dai))
{
  int	snum;
  CHECK_INT (offset);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  if (NILP (dai))
    {
      if (jl_set_jikouho (wnnfns_buf[snum], XINT (offset)) < 0) return Qnil;
    }
  else
    {
      if (jl_set_jikouho_dai (wnnfns_buf[snum], XINT (offset)) < 0)
	return Qnil;
    }
  return Qt;
}

DEFUN ("wnn-server-bunsetu-henkou", Fwnn_bunsetu_henkou, 3, 3, 0, /*
Change length of BUN-NUMBER bunsetu to LEN. DAI is T if dai-bunsetsu.
*/
     (bunNo, len, dai))
{
  int		cnt, no;
  int	snum;
  CHECK_INT (bunNo);
  CHECK_INT (len);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  no = XINT (bunNo);
#ifdef	WNN6
  if ((cnt = jl_fi_nobi_conv (wnnfns_buf[snum], no, XINT(len), -1, WNN_USE_MAE,
			      NILP (dai) ? WNN_SHO : WNN_DAI)) < 0)
    return Qnil;
#else
  if ((cnt = jl_nobi_conv (wnnfns_buf[snum], no, XINT(len), -1, WNN_USE_MAE,
			   NILP (dai) ? WNN_SHO : WNN_DAI)) < 0)
    return Qnil;
#endif
  return make_int (cnt);
}

DEFUN ("wnn-server-inspect", Fwnn_inspect, 1, 1, 0, /*
Get bunsetsu information specified by BUN-NUMBER.
*/
     (bunNo))
{
  Lisp_Object		val;
  unsigned char		cbuf[512];
  w_char		wbuf[256];
  int			bun_no, yomilen, jirilen, i;
  int	snum;
  unsigned char		lb;
  CHECK_INT (bunNo);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  lb = lb_wnn_server_type[snum];
  if (!wnnfns_buf[snum]) return Qnil;
  bun_no = XINT (bunNo);
  val = Qnil;
  val = Fcons (make_int (wnnfns_buf[snum]->bun[bun_no]->kangovect), val);
  val = Fcons (make_int (wnnfns_buf[snum]->bun[bun_no]->daihyoka), val);
  val = Fcons (make_int (wnnfns_buf[snum]->bun[bun_no]->hyoka), val);
  val = Fcons (make_int (wnnfns_buf[snum]->bun[bun_no]->ima), val);
  val = Fcons (make_int (wnnfns_buf[snum]->bun[bun_no]->hindo), val);
  val = Fcons (make_int (wnnfns_buf[snum]->bun[bun_no]->hinsi), val);
  val = Fcons (make_int (wnnfns_buf[snum]->bun[bun_no]->entry), val);
  val = Fcons (make_int (wnnfns_buf[snum]->bun[bun_no]->dic_no), val);
  yomilen = jl_get_yomi (wnnfns_buf[snum], bun_no, bun_no + 1, wbuf);
  jirilen = wnnfns_buf[snum]->bun[bun_no]->jirilen;
  for (i = yomilen; i >= jirilen; i--) wbuf[i+1] = wbuf[i];
  wbuf[jirilen] = '+';
  w2m (wbuf, cbuf, lb);
  val = Fcons (make_string (cbuf, strlen ((char *) cbuf)), val);
  jl_get_kanji (wnnfns_buf[snum], bun_no, bun_no + 1, wbuf);
  w2m (wbuf, cbuf, lb);
  return Fcons (make_string (cbuf, strlen ((char *) cbuf)), val);
}


DEFUN ("wnn-server-henkan-quit", Fwnn_quit_henkan, 0, 0, 0, /*
do nothing.
*/
     ())
{
  int	snum;
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-bunsetu-kanji", Fwnn_bunsetu_kanji, 1, 1, 0, /*
Get the pair of kanji and length of bunsetsu specified by BUN-NUMBER.
*/
     (bunNo))
{
  int		no;
  unsigned char		kanji_buf[256];
  w_char		wbuf[256];
  int			kanji_len;
  int			snum;
  unsigned char		lb;
  CHECK_INT (bunNo);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  lb = lb_wnn_server_type[snum];
  if (!wnnfns_buf[snum]) return Qnil;
  no = XINT (bunNo);
  kanji_len = jl_get_kanji (wnnfns_buf[snum], no, no + 1, wbuf);
  w2m (wbuf, kanji_buf, lb);
  return Fcons (make_string (kanji_buf, strlen ((char *) kanji_buf)),
		make_int (kanji_len));
}

DEFUN ("wnn-server-bunsetu-yomi", Fwnn_bunsetu_yomi, 1, 1, 0, /*
Get the pair of yomi and length of bunsetsu specified by BUN-NUMBER.
*/
     (bunNo))
{
  int		no;
  unsigned char		yomi_buf[256];
  w_char		wbuf[256];
  int			yomi_len;
  int			snum;
  unsigned char		lb;
  CHECK_INT (bunNo);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  lb = lb_wnn_server_type[snum];
  if (!wnnfns_buf[snum]) return Qnil;
  no = XINT (bunNo);
  yomi_len = jl_get_yomi (wnnfns_buf[snum], no, no + 1, wbuf);
  w2m (wbuf, yomi_buf, lb);
  return Fcons (make_string (yomi_buf, strlen ((char *) yomi_buf)),
		make_int (yomi_len));
}

DEFUN ("wnn-server-bunsetu-suu", Fwnn_bunsetu_suu, 0, 0, 0, /*
Get the number of bunsetsu.
*/
     ())
{
  int	snum;
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  return make_int (jl_bun_suu (wnnfns_buf[snum]));
}

DEFUN ("wnn-server-hindo-update", Fwnn_hindo_update, 0, 1, 0, /*
Update frequency of bunsetsu specified by NUM-NUMBER.
*/
     (bunNo))
{
  int		no;
  int	snum;
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (NILP (bunNo)) no = -1;
  else
    {
      CHECK_INT (bunNo);
      no = XINT (bunNo);
    }
  if (!wnnfns_buf[snum]) return Qnil;
#ifdef	WNN6
  if (jl_optimize_fi (wnnfns_buf[snum], 0, no) < 0) return Qnil;
#else
  if (jl_update_hindo (wnnfns_buf[snum], 0, no) < 0) return Qnil;
#endif
  return Qt;
}


DEFUN ("wnn-server-word-add", Fwnn_word_toroku, 5, 5, 0, /*
Add a word to dictionary. Arguments are
DIC-NUMBER, KANJI, YOMI, COMMENT, HINSI-NUMBER.
*/
     (dicno, kanji, yomi, comment, hinsi))
{
  w_char		yomi_buf[256], kanji_buf[256], comment_buf[256];
  int	snum;
  CHECK_INT (dicno);
  CHECK_STRING (kanji);
  CHECK_STRING (yomi);
  CHECK_STRING (comment);
  CHECK_INT (hinsi);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  m2w (XSTRING_DATA (yomi), yomi_buf);
  if (snum == WNNSERVER_C)
    w2y (yomi_buf);
  m2w (XSTRING_DATA (kanji), kanji_buf);
  m2w (XSTRING_DATA (comment), comment_buf);
  if (jl_word_add (wnnfns_buf[snum], XINT (dicno), yomi_buf, kanji_buf,
		   comment_buf, XINT (hinsi), 0) < 0)
    return Qnil;
  else return Qt;
}


DEFUN ("wnn-server-word-delete", Fwnn_word_sakujo, 2, 2, 0, /*
Delete a word from dictionary, specified by DIC-NUMBER, SERIAL-NUMBER.
*/
     (no, serial))
{
  int	snum;
  CHECK_INT (no);
  CHECK_INT (serial);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  if (jl_word_delete (wnnfns_buf[snum], XINT (no), XINT (serial)) < 0)
    return Qnil;
  else return Qt;
}


DEFUN ("wnn-server-word-use", Fwnn_word_use, 2, 2, 0, /*
Toggle on/off word, specified by DIC-NUMBER and SERIAL-NUMBER.
*/
     (no, serial))
{
  int	snum;
  CHECK_INT (no);
  CHECK_INT (serial);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  if (jl_word_use (wnnfns_buf[snum], XINT (no), XINT (serial)) < 0)
    return Qnil;
  else return Qt;
}

DEFUN ("wnn-server-word-info", Fwnn_word_info, 2, 2, 0, /*
Return list of yomi, kanji, comment, hindo, hinshi.
*/
     (no, serial))
{
  Lisp_Object		val;
  struct wnn_jdata	*info_buf;
  unsigned char		cbuf[512];
  int			snum;
  unsigned char		lb;
  CHECK_INT (no);
  CHECK_INT (serial);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  lb = lb_wnn_server_type[snum];
  if (!wnnfns_buf[snum]) return Qnil;
  if ((info_buf =  jl_word_info (wnnfns_buf[snum],
				 XINT (no), XINT (serial))) != NULL)
    {
      return Qnil;
    }
  else
    {
      val = Qnil;
      val = Fcons (make_int (info_buf->hinshi), val);
      val = Fcons (make_int (info_buf->hindo), val);
      w2m (info_buf->com, cbuf, lb);
      val = Fcons (make_string (cbuf, strlen ((char *) cbuf)), val);
      w2m (info_buf->kanji, cbuf, lb);
      val = Fcons (make_string (cbuf, strlen ((char *) cbuf)), val);
      w2m (info_buf->yomi, cbuf, lb);
      val = Fcons (make_string (cbuf, strlen ((char *) cbuf)), val);
      return val;
    }
}

DEFUN ("wnn-server-word-hindo-set", Fwnn_hindo_set, 3, 3, 0, /*
Set frequency to arbitrary value. Specified by DIC-NUMBER,
SERIAL-NUMBER, FREQUENCY.
*/
     (no, serial, hindo))
{
  int	snum;
  CHECK_INT (no);
  CHECK_INT (serial);
  CHECK_INT (hindo);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  if (js_hindo_set (jl_env_get (wnnfns_buf[snum]),
		    XINT (no),
		    XINT (serial),
		    WNN_HINDO_NOP,
		    XINT (hindo)) < 0)
    return Qnil;
  else return Qt;
}


DEFUN ("wnn-server-word-search", Fwnn_dict_search, 1, 1, 0, /*
Search a word YOMI from buffer.
Return list of (kanji hinshi freq dic_no serial).
*/
     (yomi))
{
  Lisp_Object		val;
  struct wnn_jdata	*wordinfo;
  int			i, count;
  w_char			wbuf[256];
  unsigned char		kanji_buf[256];
  int			snum;
  unsigned char		lb;
  CHECK_STRING (yomi);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  lb = lb_wnn_server_type[snum];
  if (!wnnfns_buf[snum]) return Qnil;
  m2w (XSTRING_DATA (yomi), wbuf);
  if (snum == WNNSERVER_C)
    w2y (wbuf);
  if ((count = jl_word_search_by_env (wnnfns_buf[snum],
				      wbuf, &wordinfo)) < 0)
    return Qnil;
  val = Qnil;
  for (i = 0, wordinfo += count; i < count; i++)
    {
      wordinfo--;
      w2m (wordinfo->kanji, kanji_buf, lb);
      val = Fcons (Fcons (make_string (kanji_buf, strlen ((char *) kanji_buf)),
			  list4 (make_int (wordinfo->hinshi),
				 make_int (wordinfo->hindo),
				 make_int (wordinfo->dic_no),
				 make_int (wordinfo->serial))),
		   val);
    }
  return val;
}

DEFUN ("wnn-server-dict-save", Fwnn_dict_save, 0, 0, 0, /*
Save all dictionaries and frequency files.
*/
     ())
{
  int	snum;
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  if (jl_dic_save_all (wnnfns_buf[snum]) < 0) return Qnil;
  else return Qt;
}

DEFUN ("wnn-server-get-param", Fwnn_get_param, 0, 0, 0, /*
Returns (n nsho hindo len jiri flag jisho sbn dbn_len sbn_cnt
suuji kana eisuu kigou toji_kakko fuzokogo kaikakko)
*/
     ())
{
  struct wnn_param	param;
  int	snum;
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  if (jl_param_get (wnnfns_buf[snum], &param) < 0) return Qnil;
  return Fcons (make_int (param.n),
	 Fcons (make_int (param.nsho),
	 Fcons (make_int (param.p1),
	 Fcons (make_int (param.p2),
	 Fcons (make_int (param.p3),
	 Fcons (make_int (param.p4),
	 Fcons (make_int (param.p5),
	 Fcons (make_int (param.p6),
	 Fcons (make_int (param.p7),
	 Fcons (make_int (param.p8),
	 Fcons (make_int (param.p9),
	 Fcons (make_int (param.p10),
	 Fcons (make_int (param.p11),
	 Fcons (make_int (param.p12),
	 Fcons (make_int (param.p13),
	 Fcons (make_int (param.p14),
	 Fcons (make_int (param.p15),Qnil)))))))))))))))));
}

DEFUN ("wnn-server-set-param", Fwnn_set_param, 1, 1, 0, /*
Set parameters using an alist, where the CAR contains one of
wnn_n, wnn_nsho, wnn_hindo, wnn_len, wnn_jiri, wnn_flag,
wnn_jisho, wnn_sbn, wnn_dbn_len, wnn_sbn_cnt, wnn_suuji,
wnn_kana, wnn_eisuu, wnn_kigou, wnn_toji_kakko, wnn_fuzokogo,
or wnn_kaikakko and the CDR contains the value.
*/
     (Vsetvalues_alist))
{
  int             rc;
  struct wnn_param	param;
  int	snum;

  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  rc = jl_param_get (wnnfns_buf[snum], &param);
  if (rc < 0) return Qnil;

  {
    EXTERNAL_PROPERTY_LIST_LOOP_3 (key, val, Vsetvalues_alist)
      {
	int setval;
	CHECK_INT (val);
	setval = XINT (val);
	if (EQ (key, Qwnn_n)) param.n = setval;
	else if (EQ (key, Qwnn_nsho)) param.nsho = setval;
	else if (EQ (key, Qwnn_hindo)) param.p1 = setval;
	else if (EQ (key, Qwnn_len)) param.p2 = setval;
	else if (EQ (key, Qwnn_jiri)) param.p3 = setval;
	else if (EQ (key, Qwnn_flag)) param.p4 = setval;
	else if (EQ (key, Qwnn_jisho)) param.p5 = setval;
	else if (EQ (key, Qwnn_sbn)) param.p6 = setval;
	else if (EQ (key, Qwnn_dbn_len)) param.p7 = setval;
	else if (EQ (key, Qwnn_sbn_cnt)) param.p8 = setval;
	else if (EQ (key, Qwnn_suuji)) param.p9 = setval;
	else if (EQ (key, Qwnn_kana)) param.p10 = setval;
	else if (EQ (key, Qwnn_eisuu)) param.p11 = setval;
	else if (EQ (key, Qwnn_kigou)) param.p12 = setval;
	else if (EQ (key, Qwnn_toji_kakko)) param.p13 = setval;
	else if (EQ (key, Qwnn_fuzokogo)) param.p14 = setval;
	else if (EQ (key, Qwnn_kaikakko)) param.p15 = setval;
	else
	  {
	    invalid_constant ("Invalid wnn keyword", key);
	    return Qnil;
	  }
      }
  }

#if 0
  printf("wnn_n = %d\n",param.n);
  printf("wnn_nsho = %d\n",param.nsho);
  printf("wnn_hindo = %d\n",param.p1);
  printf("wnn_len = %d\n",param.p2);
  printf("wnn_jiri = %d\n",param.p3);
  printf("wnn_flag = %d\n",param.p4);
  printf("wnn_jisho = %d\n",param.p5);
  printf("wnn_sbn = %d\n",param.p6);
  printf("wnn_dbn_len = %d\n",param.p7);
  printf("wnn_sbn_cnt = %d\n",param.p8);
  printf("wnn_suuji = %d\n",param.p9);
  printf("wnn_kana = %d\n",param.p10);
  printf("wnn_eisuu = %d\n",param.p11);
  printf("wnn_kigou = %d\n",param.p12);
  printf("wnn_toji_kakko = %d\n",param.p13);
  printf("wnn_fuzokogo = %d\n",param.p14);
  printf("wnn_kaikakko = %d\n",param.p15);
#endif

  rc = jl_param_set (wnnfns_buf[snum], &param);
  if (rc < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-get-msg", Fwnn_get_msg, 0, 0, 0, /*
Get message string from wnn_perror.
*/
     ())
{
  unsigned char mbuf[256];
  char 			*msgp;
  int			snum;
  unsigned char		lb;
  char  langname[32];
/*  CHECK_INT (errno);*/
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  lb = lb_wnn_server_type[snum];
  switch (snum)
    {
    case WNNSERVER_J:
      strcpy (langname, "ja_JP");
      break;
    case WNNSERVER_C:
      strcpy (langname, "zh_CN");
      break;
/*
  case WNNSERVER_T:
  strcpy (langname, "zh_TW");
  break;
  */
    case WNNSERVER_K:
      strcpy (langname, "ko_KR");
      break;
    }
  if (!wnnfns_buf[snum]) return Qnil;
/*  msgp = msg_get (wnn_msg_cat, XINT (errno), 0, 0);*/
  msgp = wnn_perror_lang (langname);
  c2m ((unsigned char *) msgp, mbuf, lb);
  return make_string (mbuf, strlen ((char *) mbuf));
}


DEFUN ("wnn-server-fuzokugo-set", Fwnn_fuzokugo_set, 1, 1, 0, /*
For Wnn.
*/
     (file))
{
  int	snum;
  CHECK_STRING (file);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  if (jl_fuzokugo_set (wnnfns_buf[snum], XSTRING_DATA (file)) < 0)
    return Qnil;
  return Qt;
}

DEFUN ("wnn-server-fuzokugo-get", Fwnn_fuzokugo_get, 0, 0, 0, /*
For Wnn.
*/
     ())
{
  char	fname[256];
  int	snum;
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  if (jl_fuzokugo_get (wnnfns_buf[snum], fname) < 0) return Qnil;
  return make_string ((Ibyte *) fname, strlen (fname));
}


DEFUN ("wnn-server-isconnect", Fwnn_isconnect, 0, 0, 0, /*
For Wnn.
*/
     ())
{
  int	snum;
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  if (jl_isconnect (wnnfns_buf[snum])) return Qt;
  else return Qnil;
}

DEFUN ("wnn-server-hinsi-dicts", Fwnn_hinsi_dicts, 1, 1, 0, /*
For Wnn.
*/
     (hinsi))
{
  int		*area;
  int		cnt;
  Lisp_Object	val;
  int	snum;
  CHECK_INT (hinsi);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  if ((cnt = jl_hinsi_dicts (wnnfns_buf[snum], XINT (hinsi), &area)) < 0)
    return Qnil;
  val = Qnil;
  for (area += cnt; cnt > 0; cnt--)
    {
      area--;
      val = Fcons (make_int (*area), val);
    }
  return val;
}

DEFUN ("wnn-server-hinsi-list", Fwnn_hinsi_list, 2, 2, 0, /*
For Wnn.
*/
     (dicno, name))
{
  int		cnt;
  Lisp_Object	val;
  w_char		wbuf[256];
  w_char		**area;
  unsigned char	cbuf[512];
  int		snum;
  unsigned char lb;
  CHECK_INT (dicno);
  CHECK_STRING (name);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  lb = lb_wnn_server_type[snum];
  if (!wnnfns_buf[snum]) return Qnil;
  m2w (XSTRING_DATA (name), wbuf);
  if ((cnt = jl_hinsi_list (wnnfns_buf[snum], XINT (dicno), wbuf, &area)) < 0)
    return Qnil;
  if (cnt == 0) return make_int (0);
  val = Qnil;
  for (area += cnt; cnt > 0; cnt--)
    {
      area--;
      w2m (*area, cbuf, lb);
      val = Fcons (make_string (cbuf, strlen ((char *) cbuf)), val);
    }
  return val;
}

DEFUN ("wnn-server-hinsi-name", Fwnn_hinsi_name, 1, 1, 0, /*
For Wnn.
*/
     (no))
{
  unsigned char	name[256];
  w_char		*wname;
  int			snum;
  unsigned char		lb;
  CHECK_INT (no);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  lb = lb_wnn_server_type[snum];
  if (!wnnfns_buf[snum]) return Qnil;
  if ((wname = jl_hinsi_name (wnnfns_buf[snum], XINT (no))) == 0) return Qnil;
  w2m (wname, name, lb);
  return make_string (name, strlen ((char *) name));
}
#ifdef	WNN6
DEFUN ("wnn-server-fisys-dict-add", Fwnn_fisys_dict_add, 3, MANY, 0, /*
Add dictionary specified by FISYS-DICT-FILE-NAME, FISYS-FREQ-FILE-NAME,
FISYS-FREQ-FILE-MODE.
Specify password files of dictionary and frequency, PW1 and PW2, if needed.
*/
     (int nargs, Lisp_Object *args))
{
  struct gcpro gcpro1;
  int   snum;
  CHECK_STRING (args[0]);
  CHECK_STRING (args[1]);
  if (! NILP (args[3])) CHECK_STRING (args[3]);
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  GCPRO1 (*args);
  gcpro1.nvars = nargs;
  if(jl_fi_dic_add(wnnfns_buf[snum],
		   XSTRING_DATA (args[0]),
		   XSTRING_DATA (args[1]),
		   WNN_FI_SYSTEM_DICT,
		   WNN_DIC_RDONLY,
		   NILP (args[2]) ? WNN_DIC_RDONLY : WNN_DIC_RW,
		   0,
		   NILP (args[3]) ? 0 : XSTRING_DATA (args[3]),
		   yes_or_no,
		   puts2 ) < 0) {
    UNGCPRO;
    return Qnil;
  }
  UNGCPRO;
  return Qt;
}

DEFUN ("wnn-server-fiusr-dict-add", Fwnn_fiusr_dict_add, 4, MANY, 0, /*
Add dictionary specified by FIUSR-DICT-FILE-NAME, FIUSR-FREQ-FILE-NAME,
FIUSR-DICT-FILE-MODE, FIUSR-FREQ-FILE-MODE.
Specify password files of dictionary and frequency, PW1 and PW2, if needed.
*/
     (int nargs, Lisp_Object *args))
{
  struct gcpro gcpro1;
  int   snum;
  CHECK_STRING (args[0]);
  CHECK_STRING (args[1]);
  if (! NILP (args[4])) CHECK_STRING (args[4]);
  if (! NILP (args[5])) CHECK_STRING (args[5]);
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  GCPRO1 (*args);
  gcpro1.nvars = nargs;
  if(jl_fi_dic_add(wnnfns_buf[snum],
		   XSTRING_DATA (args[0]),
		   XSTRING_DATA (args[1]),
		   WNN_FI_USER_DICT,
		   NILP (args[2]) ? WNN_DIC_RDONLY : WNN_DIC_RW,
		   NILP (args[3]) ? WNN_DIC_RDONLY : WNN_DIC_RW,
		   NILP (args[4]) ? 0 : XSTRING_DATA (args[4]),
		   NILP (args[5]) ? 0 : XSTRING_DATA (args[5]),
		   yes_or_no,
		   puts2 ) < 0) {
    UNGCPRO;
    return Qnil;
  }
  UNGCPRO;
  return Qt;
}

DEFUN ("wnn-server-notrans-dict-add", Fwnn_notrans_dict_add, 3, MANY, 0, /*
Add dictionary specified by NOTRANS-DICT-FILE-NAME, PRIORITY, DICT-FILE-MODE.
Specify password files of dictionary and frequency PW1 if needed.
*/
     (int nargs, Lisp_Object *args))
{
  struct gcpro gcpro1;
  int   snum;
  int	dic_no;
  struct wnn_env *cur_env;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  CHECK_STRING (args[0]);
  CHECK_INT (args[1]);
  if (! NILP (args[3])) CHECK_STRING (args[3]);
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  GCPRO1 (*args);
  gcpro1.nvars = nargs;
  if(wnnfns_norm)
      cur_env = wnnfns_env_norm[snum];
  else
      cur_env = wnnfns_env_rev[snum];
  dic_no = js_get_autolearning_dic(cur_env, WNN_MUHENKAN_LEARNING);
  if (dic_no == WNN_NO_LEARNING) {
      if((dic_no = jl_dic_add(wnnfns_buf[snum],
			      XSTRING_DATA (args[0]),
			      0,
			      wnnfns_norm ? WNN_DIC_ADD_NOR : WNN_DIC_ADD_REV,
			      XINT(args[1]),
			      WNN_DIC_RW, WNN_DIC_RW,
			      NILP (args[3]) ? 0 : XSTRING_DATA (args[3]),
			      0,
			      yes_or_no,
			      puts2)) < 0) {
	  UNGCPRO;
	  return Qnil;
      }
      js_set_autolearning_dic(cur_env, WNN_MUHENKAN_LEARNING, dic_no);
  }
  if(!js_is_loaded_temporary_dic(cur_env)) {
      if(js_temporary_dic_add(cur_env,
			      wnnfns_norm ? WNN_DIC_ADD_NOR : WNN_DIC_ADD_REV) < 0) {
	  UNGCPRO;
          return Qnil;
      }
  }
  vmask |= WNN_ENV_MUHENKAN_LEARN_MASK;
  henv.muhenkan_flag = NILP (args[2]) ? WNN_DIC_RDONLY : WNN_DIC_RW;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) {
      UNGCPRO;
      return Qnil;
  }
  UNGCPRO;
  return Qt;
}

DEFUN ("wnn-server-bmodify-dict-add", Fwnn_bmodify_dict_add, 3, MANY, 0, /*
Add dictionary specified by BMODIFY-DICT-FILE-NAME, PRIORITY, DICT-FILE-MODE.
Specify password files of dictionary and frequency PW1 if needed.
*/
     (int nargs, Lisp_Object *args))
{
  struct gcpro gcpro1;
  int   snum;
  int   dic_no;
  struct wnn_env *cur_env;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  CHECK_STRING (args[0]);
  CHECK_INT (args[1]);
  if (! NILP (args[3])) CHECK_STRING (args[3]);
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  GCPRO1 (*args);
  gcpro1.nvars = nargs;
  if(wnnfns_norm)
      cur_env = wnnfns_env_norm[snum];
  else
      cur_env = wnnfns_env_rev[snum];
  dic_no = js_get_autolearning_dic(cur_env, WNN_BUNSETSUGIRI_LEARNING);
  if (dic_no == WNN_NO_LEARNING) {
      if((dic_no = jl_dic_add(wnnfns_buf[snum],
                              XSTRING_DATA (args[0]),
                              0,
                              wnnfns_norm ? WNN_DIC_ADD_NOR : WNN_DIC_ADD_REV,
                              XINT(args[1]),
                              WNN_DIC_RW, WNN_DIC_RW,
                              NILP (args[3]) ? 0 : XSTRING_DATA (args[3]),
                              0,
                              yes_or_no,
                              puts2)) < 0) {
          UNGCPRO;
          return Qnil;
      }
      js_set_autolearning_dic(cur_env, WNN_BUNSETSUGIRI_LEARNING, dic_no);
  }
  if(!js_is_loaded_temporary_dic(cur_env)) {
      if(js_temporary_dic_add(cur_env,
                              wnnfns_norm ? WNN_DIC_ADD_NOR : WNN_DIC_ADD_REV) < 0) {
          UNGCPRO;
          return Qnil;
      }
  }
  vmask |= WNN_ENV_BUNSETSUGIRI_LEARN_MASK;
  henv.bunsetsugiri_flag = NILP (args[2]) ? WNN_DIC_RDONLY : WNN_DIC_RW;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) {
      UNGCPRO;
      return Qnil;
  }
  UNGCPRO;
  return Qt;
}

DEFUN ("wnn-server-set-last-is-first", Fwnn_last_is_first, 1, 1, 0, /*
For FI-Wnn.
*/
     (mode))
{
  int   snum;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  vmask |= WNN_ENV_LAST_IS_FIRST_MASK;
  henv.last_is_first_flag = NILP (mode) ? False : True;
  if(jl_set_henkan_env(wnnfns_buf[snum],
		       vmask,
		       &henv) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-set-complex-conv-mode", Fwnn_complex_conv, 1, 1, 0, /*
For FI-Wnn.
*/
     (mode))
{
  int   snum;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  vmask |= WNN_ENV_COMPLEX_CONV_MASK;
  henv.complex_flag = NILP (mode) ? False : True;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-set-okuri-learn-mode", Fwnn_okuri_learn, 1, 1, 0, /*
For FI-Wnn.
*/
     (mode))
{
  int   snum;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  vmask |= WNN_ENV_OKURI_LEARN_MASK;
  henv.okuri_learn_flag = NILP (mode) ? False : True;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-set-okuri-flag", Fwnn_okuri_flag, 1, 1, 0, /*
For FI-Wnn.
*/
     (lmode))
{
  int   snum, mode;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  CHECK_INT (lmode);
  mode = XINT (lmode);
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  if(mode != WNN_OKURI_REGULATION &&
     mode != WNN_OKURI_NO &&
     mode != WNN_OKURI_YES)
      return Qnil;
  else
      henv.okuri_flag = mode;
  vmask |= WNN_ENV_OKURI_MASK;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-set-prefix-learn-mode", Fwnn_prefix_learn, 1, 1, 0, /*
For FI-Wnn.
*/
     (mode))
{
  int   snum;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  vmask |= WNN_ENV_PREFIX_LEARN_MASK;
  henv.prefix_learn_flag = NILP (mode) ? False : True;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-set-prefix-flag", Fwnn_prefix_flag, 1, 1, 0, /*
For FI-Wnn.
*/
     (lmode))
{
  int   snum, mode;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  CHECK_INT (lmode);
  mode = XINT (lmode);
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  if(mode != WNN_KANA_KOUHO && mode != WNN_KANJI_KOUHO)
      return Qnil;
  else
      henv.prefix_flag = mode;
  vmask |= WNN_ENV_PREFIX_MASK;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-set-suffix-learn-mode", Fwnn_suffix_learn, 1, 1, 0, /*
For FI-Wnn.
*/
     (mode))
{
  int   snum;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  vmask |= WNN_ENV_SUFFIX_LEARN_MASK;
  henv.suffix_learn_flag = NILP (mode) ? False : True;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-set-common-learn-mode", Fwnn_common_learn, 1, 1, 0, /*
For FI-Wnn.
*/
     (mode))
{
  int   snum;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  vmask |= WNN_ENV_COMMON_LAERN_MASK;
  henv.common_learn_flag = NILP (mode) ? False : True;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-set-freq-func-mode", Fwnn_freq_func, 1, 1, 0, /*
For FI-Wnn.
*/
     (lmode))
{
  int   snum, mode;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  CHECK_INT (lmode);
  mode = XINT (lmode);
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  if(mode != 0 && mode != 1 && mode != 2 && mode != 3 && mode != 4)
      return Qnil;
  else
      henv.freq_func_flag = mode;
  vmask |= WNN_ENV_FREQ_FUNC_MASK;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-set-numeric-mode", Fwnn_numeric, 1, 1, 0, /*
For FI-Wnn.
*/
     (lmode))
{
  int   snum, mode;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  CHECK_INT (lmode);
  mode = XINT (lmode);
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  if(mode != WNN_NUM_KANSUUJI &&
     mode != WNN_NUM_KANOLD &&
     mode != WNN_NUM_HANCAN &&
     mode != WNN_NUM_ZENCAN &&
     mode != WNN_NUM_HAN &&
     mode != WNN_NUM_ZEN &&
     mode != WNN_NUM_KAN)
      return Qnil;
  else
      henv.numeric_flag = mode;
  vmask |= WNN_ENV_NUMERIC_MASK;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-set-alphabet-mode", Fwnn_alphabet, 1, 1, 0, /*
For FI-Wnn.
*/
     (lmode))
{
  int   snum, mode;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  CHECK_INT (lmode);
  mode = XINT (lmode);
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  if(mode != WNN_ALP_HAN && mode != WNN_ALP_ZEN)
      return Qnil;
  else
      henv.alphabet_flag = mode;
  vmask |= WNN_ENV_ALPHABET_MASK;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-set-symbol-mode", Fwnn_symbol, 1, 1, 0, /*
For FI-Wnn.
*/
     (lmode))
{
  int   snum, mode;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  CHECK_INT (lmode);
  mode = XINT (lmode);
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  if(mode != WNN_KIG_HAN && mode != WNN_KIG_JIS && mode != WNN_KIG_ASC)
      return Qnil;
  else
      henv.symbol_flag = mode;
  vmask |= WNN_ENV_SYMBOL_MASK;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-server-set-yuragi-mode", Fwnn_yuragi, 1, 1, 0, /*
For FI-Wnn.
*/
     (mode))
{
  int   snum;
  unsigned long vmask = 0;
  struct wnn_henkan_env henv;
  if ((snum = check_wnn_server_type()) == -1) return Qnil;
  if(!wnnfns_buf[snum]) return Qnil;
  vmask |= WNN_ENV_YURAGI_MASK;
  henv.yuragi_flag = NILP (mode) ? False : True;
  if(jl_set_henkan_env(wnnfns_buf[snum],
                       vmask,
                       &henv) < 0) return Qnil;
  return Qt;
}

DEFUN ("wnn-reset-previous-info", Fwnn_reset_prev, 0, 0, 0, /*
For FI-Wnn.
*/
    ())
{
    int   snum;
    if ((snum = check_wnn_server_type()) == -1) return Qnil;
    if(!wnnfns_buf[snum]) return Qnil;
    if(jl_reset_prev_bun(wnnfns_buf[snum]) < 0) return Qnil;
    return Qt;
}
#endif	/* Wnn6 */

DEFUN ("wnn-server-version", Fwnn_version, 0, 0, 0, /*
Returns Wnn server version ID.
*/
    ())
{
    int   snum;
    int   serv;
    int   libv;
    struct wnn_env *cur_env;
    if ((snum = check_wnn_server_type()) == -1) return Qnil;
    if(!wnnfns_buf[snum]) return Qnil;
    if(wnnfns_norm)
      cur_env = wnnfns_env_norm[snum];
    else
      cur_env = wnnfns_env_rev[snum];
    if(js_version (cur_env->js_id,&serv,&libv) < 0) return Qnil;
    return make_int (serv);
}

DEFUN ("wnn-server-hinsi-number", Fwnn_hinsi_number, 1, 1, 0, /*
For Wnn.
*/
     (name))
{
  w_char		w_buf[256];
  int		no;
  int	snum;
  CHECK_STRING (name);
  if ((snum = check_wnn_server_type ()) == -1) return Qnil;
  if (!wnnfns_buf[snum]) return Qnil;
  m2w (XSTRING_DATA (name), w_buf);
  if ((no = jl_hinsi_number (wnnfns_buf[snum], w_buf)) < 0) return Qnil;
  return make_int (no);
}

void
syms_of_mule_wnn (void)
{
  DEFSUBR (Fwnn_open);
  DEFSUBR (Fwnn_close);
  DEFSUBR (Fwnn_dict_add);
  DEFSUBR (Fwnn_dict_delete);
  DEFSUBR (Fwnn_dict_list);
  DEFSUBR (Fwnn_dict_comment);
  DEFSUBR (Fwnn_set_rev);
  DEFSUBR (Fwnn_begin_henkan);
  DEFSUBR (Fwnn_zenkouho);
  DEFSUBR (Fwnn_get_zenkouho);
  DEFSUBR (Fwnn_zenkouho_bun);
  DEFSUBR (Fwnn_zenkouho_suu);
  DEFSUBR (Fwnn_dai_top);
  DEFSUBR (Fwnn_dai_end);
  DEFSUBR (Fwnn_kakutei);
  DEFSUBR (Fwnn_bunsetu_henkou);
  DEFSUBR (Fwnn_inspect);
  DEFSUBR (Fwnn_quit_henkan);
  DEFSUBR (Fwnn_bunsetu_kanji);
  DEFSUBR (Fwnn_bunsetu_yomi);
  DEFSUBR (Fwnn_bunsetu_suu);
  DEFSUBR (Fwnn_hindo_update);
  DEFSUBR (Fwnn_word_toroku);
  DEFSUBR (Fwnn_word_sakujo);
  DEFSUBR (Fwnn_word_use);
  DEFSUBR (Fwnn_word_info);
  DEFSUBR (Fwnn_hindo_set);
  DEFSUBR (Fwnn_dict_search);
  DEFSUBR (Fwnn_dict_save);
  DEFSUBR (Fwnn_get_param);
  DEFSUBR (Fwnn_set_param);
  DEFSUBR (Fwnn_get_msg);
  DEFSUBR (Fwnn_fuzokugo_set);
  DEFSUBR (Fwnn_fuzokugo_get);
  DEFSUBR (Fwnn_isconnect);
  DEFSUBR (Fwnn_hinsi_dicts);
  DEFSUBR (Fwnn_hinsi_list);
  DEFSUBR (Fwnn_hinsi_name);
  DEFSUBR (Fwnn_hinsi_number);
#ifdef	WNN6
  DEFSUBR (Fwnn_fisys_dict_add);
  DEFSUBR (Fwnn_fiusr_dict_add);
  DEFSUBR (Fwnn_notrans_dict_add);
  DEFSUBR (Fwnn_bmodify_dict_add);
  DEFSUBR (Fwnn_last_is_first);
  DEFSUBR (Fwnn_complex_conv);
  DEFSUBR (Fwnn_okuri_learn);
  DEFSUBR (Fwnn_okuri_flag);
  DEFSUBR (Fwnn_prefix_learn);
  DEFSUBR (Fwnn_prefix_flag);
  DEFSUBR (Fwnn_suffix_learn);
  DEFSUBR (Fwnn_common_learn);
  DEFSUBR (Fwnn_freq_func);
  DEFSUBR (Fwnn_numeric);
  DEFSUBR (Fwnn_alphabet);
  DEFSUBR (Fwnn_symbol);
  DEFSUBR (Fwnn_yuragi);
  DEFSUBR (Fwnn_reset_prev);
#endif	/* Wnn6 */
  DEFSUBR (Fwnn_version);

  DEFSYMBOL (Qjserver);
  DEFSYMBOL (Qcserver);
  /* DEFSYMBOL (Qtserver); */
  DEFSYMBOL (Qkserver);

  DEFSYMBOL (Qwnn_no_uniq);
  DEFSYMBOL (Qwnn_uniq);
  DEFSYMBOL (Qwnn_uniq_kanji);
  defsymbol (&Qwnn_n, "wnn_n");
  defsymbol (&Qwnn_nsho, "wnn_nsho");
  defsymbol (&Qwnn_hindo, "wnn_hindo");
  defsymbol (&Qwnn_len, "wnn_len");
  defsymbol (&Qwnn_jiri, "wnn_jiri");
  defsymbol (&Qwnn_flag, "wnn_flag");
  defsymbol (&Qwnn_jisho, "wnn_jisho");
  defsymbol (&Qwnn_sbn, "wnn_sbn");
  defsymbol (&Qwnn_dbn_len, "wnn_dbn_len");
  defsymbol (&Qwnn_sbn_cnt, "wnn_sbn_cnt");
  defsymbol (&Qwnn_suuji, "wnn_suuji");
  defsymbol (&Qwnn_kana, "wnn_kana");
  defsymbol (&Qwnn_eisuu, "wnn_eisuu");
  defsymbol (&Qwnn_kigou, "wnn_kigou");
  defsymbol (&Qwnn_toji_kakko, "wnn_toji_kakko");
  defsymbol (&Qwnn_fuzokogo, "wnn_fuzokogo");
  defsymbol (&Qwnn_kaikakko, "wnn_kaikakko");
}

void
reinit_vars_of_mule_wnn (void)
{
  int i;

  for (i = 0; i < NSERVER; i++)
    {
      wnnfns_buf[i] = (struct wnn_buf *) 0;
      wnnfns_env_norm[i] = (struct wnn_env *) 0;
      wnnfns_env_rev[i] = (struct wnn_env *) 0;
    }
}

void
vars_of_mule_wnn (void)
{
  DEFVAR_INT ("lb-sisheng", &lb_sisheng /*
Leading character for Sisheng.
*/ );
  DEFVAR_LISP ("wnn-server-type", &Vwnn_server_type /*
*jserver, cserver ..
*/ );
  DEFVAR_LISP ("cwnn-zhuyin", &Vcwnn_zhuyin /*
*pinyin or zhuyin
*/ );
  DEFVAR_LISP ("wnnenv-sticky", &Vwnnenv_sticky /*
*If non-nil, make environment sticky
*/ );
  DEFVAR_LISP ("wnn-uniq-level", &Vwnn_uniq_level /*
*Uniq level
*/ );

  Vwnn_server_type = Qjserver;
  Vcwnn_zhuyin = Qnil;
  Vwnnenv_sticky = Qnil;

  Vwnn_uniq_level = Qwnn_uniq;

  Fprovide (intern ("wnn"));
}

void
w2m (w_char *wp, unsigned char *mp, unsigned char lb)
{
  w_char	wc;
  w_char	pzy[10];
  int		i, len;

  while ((wc = *wp++) != 0)
    {
      switch (wc & 0x8080)
	{
	case 0x80:
	  if (EQ(Vwnn_server_type, Qcserver))
	    {
	      len = cwnn_yincod_pzy (pzy, wc,
				     NILP (Vcwnn_zhuyin)
				     ? CWNN_PINYIN
				     : CWNN_ZHUYIN);
	      for (i = 0; i < len; i++)
		{
		  if (pzy[i] & 0x80)
		    {
		      *mp++ = PRE_LEADING_BYTE_PRIVATE_1; /* #### Not sure about this one... */
		      *mp++ = lb_sisheng;
		    }
		  *mp++ = pzy[i];
		}
	    }
	  else
	    {
	      *mp++ = LEADING_BYTE_KATAKANA_JISX0201;
	      *mp++ = (wc & 0xff);
	    }
	  break;
	case 0x8080:
	  *mp++ = lb;
	  *mp++ = (wc & 0xff00) >> 8;
	  *mp++ = wc & 0x00ff;
	  break;
	case 0x8000:
	  if (lb == LEADING_BYTE_JAPANESE_JISX0208)
	    *mp++ = LEADING_BYTE_JAPANESE_JISX0212;
	  else if (lb == LEADING_BYTE_CHINESE_BIG5_1)
	    *mp++ = LEADING_BYTE_CHINESE_BIG5_2;
	  else
	    *mp++ = lb;
	  *mp++ = (wc & 0xff00) >> 8;
	  *mp++ = (wc & 0x00ff) | 0x80;
	  break;
	default:
	  *mp++ = wc & 0x00ff;
	  break;
	}
    }
  *mp = 0;
}

void
m2w (unsigned char *mp, w_char *wp)
{
  int ch;

  while ((ch = *mp++) != 0)
    {
      if (ibyte_leading_byte_p (ch))
	{
	  switch (ch)
	    {
	    case LEADING_BYTE_KATAKANA_JISX0201:
	      *wp++ = *mp++; break;
	    case LEADING_BYTE_LATIN_JISX0201:
	      *wp++ = *mp++ & 0x7F; break;
	    case LEADING_BYTE_JAPANESE_JISX0208_1978:
	    case LEADING_BYTE_CHINESE_GB2312:
	    case LEADING_BYTE_JAPANESE_JISX0208:
	    case LEADING_BYTE_KOREAN_KSC5601:
	      /* case LEADING_BYTE_TW: */
	      ch = *mp++;
	      *wp++ = (ch << 8) | *mp++;
	      break;
	    case LEADING_BYTE_JAPANESE_JISX0212:
	      ch = *mp++;
	      *wp++ = (ch << 8) | (*mp++ & 0x7f);
	      break;
	    case PRE_LEADING_BYTE_PRIVATE_1: /* #### Not sure about this one... */
	      ch = *mp++;
	      if (ch == lb_sisheng)
		*wp++ = 0x8e80 | *mp++;
	      else
		mp++;
	      break;
	    default:			/* ignore this character */
	      mp += rep_bytes_by_first_byte(ch) - 1;
	    }
	}
      else
        {
	  *wp++ = ch;
	}
    }
  *wp = 0;
}

void
w2y (w_char *w)
{
  letter		pbuf[5000], ybuf[5000];
  unsigned int		*pin;
  w_char *y;
  int len;

  pin = pbuf;
  y = w;
  while (1)
    {
      if (*w == 0)
	{*pin =0; break;}
      else	       *pin = *w;
      w++; pin++;
    }
  len = cwnn_pzy_yincod (ybuf, pbuf,
			 NILP (Vcwnn_zhuyin) ? CWNN_PINYIN : CWNN_ZHUYIN);
  if (len <= 0)
    return;

  pin = ybuf;
  while (1)
    {
      if (*pin == 0 || len == 0)
	{*y = 0;break;}
      *y = *pin;
      y++; pin++; len--;
    }
}

void
c2m (unsigned char *cp, unsigned char *mp, unsigned char lb)
{
  unsigned char	ch;
  while ((ch = *cp) != 0)
    {
      if (ch & 0x80)
	{
	  *mp++ = lb;
	  *mp++ = *cp++;
	}
      *mp++ = *cp++;
    }
  *mp = 0;
}

static int
dai_end (int no, int server)
{
  for (no++; no < jl_bun_suu (wnnfns_buf[server])
	       && !jl_dai_top (wnnfns_buf[server], no); no++);
  return (no);
}

static int
yes_or_no (unsigned char *s)
{
  unsigned char		mbuf[512];
  unsigned char		lb;
  int			len;
  int			snum;
  if ((snum  = check_wnn_server_type ()) == -1) return 0;
  lb = lb_wnn_server_type[snum];
  /* if no message found, create file without query */
  /* if (wnn_msg_cat->msg_bd == 0) return 1;*/
  if (*s == 0) return 1;
  c2m (s, mbuf, lb);
  /* truncate "(Y/N)" */
  for (len = 0; (mbuf[len]) && (len < 512); len++);
  for (; (mbuf[len] != '(') && (len > 0); len--);
  {
     Lisp_Object yes, str;
     struct gcpro gcpro1;

     str = make_string (mbuf, len);
     GCPRO1 (str);
     yes = call1(Qyes_or_no_p, str);
     UNGCPRO;
     if (NILP (yes)) return 0;
     else return (1);
  }
}

static void
puts2 (char *s)
{
#if 0 /* jhod: We don't really need this echoed... */
#if 0
  Lisp_Object		args[1];
  char			mbuf[512];
  unsigned char		lb;
  extern Lisp_Object 	Fmessage ();
  int			snum;
  if ((snum = check_wnn_server_type ()) == -1) return;
  lb = lb_wnn_server_type[snum];
  c2m (s, mbuf, lb);
  args[0] = make_string (mbuf, strlen (mbuf));
  Fmessage (1, args);
#else
  message("%s",s);
#endif
#endif
}

int
check_wnn_server_type (void)
{
  if (EQ(Vwnn_server_type, Qjserver))
    {
      return WNNSERVER_J;
    }
  else if (EQ(Vwnn_server_type, Qcserver))
    {
      return WNNSERVER_C;
    }
  /* else if (Vwnn_server_type == Qtserver)
     {
     return WNNSERVER_T;
     } */
  else if (EQ(Vwnn_server_type, Qkserver))
    {
      return WNNSERVER_K;
    }
  else return -1;
}