/* CANNA interface -*- coding: utf-8 -*-
Copyright (C) 1995 Free Software Foundation, Inc.
Copyright (C) 1995 Sun Microsystems, Inc.
Copyright (C) 2005, 2010 Ben Wing.
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 3 of the License, 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. If not, see . */
/* Synched up with: Mule 2.3. Not in FSF. */
/* Japanese comments were translated 2000-12-06 by Stephen Turnbull
. I haven't verified that the Japanese comments
were correct. YMMV, NO WARRANTY, not even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. (^^;;; as the
Japanese say. */
/*
Authors: Akira Kon (kon@uxd.fc.nec.co.jp)
Ichiro Hirakura (hirakura@uxd.fc.nec.co.jp)
Functions defined in this file are
(canna-key-proc key)
key: single STRING
RETURNS:
Length of converted string if no error occurs.
Error string if error occurs.
DESCRIPTION:
Convert a key input to a set of strings. The
strings contain both well-formed string and a
intermediate result to show the translation
information to a user. converted strings are
stored in specific variables.
(canna-initialize)
RETURNS:
List of the following things:
- list of keys to toggle Japanese-mode
- error message
- list of warning messages
DESCRIPTION:
Initialize ``canna'', which is a kana-to-kanji
converter for XEmacs. The first arg
specifies if inserting space character between
BUNSETSU when candidates are displayed. The
second arg specifies server. The third arg
specifies a file which will be used as a
customization description. If nil is
specified for each arg, the default value will
be used.
(canna-finalize)
RETURNS:
list of warning messages
DESCRIPTION:
finalize ``canna'', which is a kana-to-kanji
converter for XEmacs. This cause to write
miscellaneous informations to kana-to-kanji
dictionary.
(canna-touroku-string string)
string:
String to register to a dictionary.
RETURNS:
The same thing returns as canna-key-proc does.
DESCRIPTION:
Register Kanji words into kana-to-kanji
conversion dictionary.
(canna-set-width width)
width:
Column width of the place where the candidates
of kana-to-kanji conversion will be shown.
RETURNS:
nil
DESCRIPTION:
Set status-line width information, which is
used to display kanji candidates.
(canna-change-mode num)
num:
The mode number of Canna.
RETURNS:
The same thing returns as canna-key-proc does.
DESCRIPTION:
Change Japanese pre-edit mode.
(canna-store-yomi yomi roma)
yomi:
``Yomi'' to be stored.
roma:
``Romaji'' which corresponds to the ``Yomi''.
RETURNS:
The same thing returns as canna-key-proc does.
DESCRIPTION:
Store yomi characters as a YOMI of
kana-to-kanji conversion.
(canna-do-function num ch)
num:
A function number to be called.
ch:
A character will be specified in order to feed
the character to the function if the function
needs a input character.
RETURNS:
The same thing returns as canna-key-proc does.
DESCRIPTION:
Do specified function at current mode.
(canna-parse string)
string:
To be parsed.
RETURNS:
List of warning messages.
DESCRIPTION:
Parse customize string.
(canna-query-mode)
RETURNS:
A string which indicate the current mode.
DESCRIPTION:
Get current mode string.
Functions below are used for KKCP compatible library. These
functions provides a base kana-to-kanji conversion system for EGG.
These functions may be used when users want to change the engine
from Wnn to Canna without changing user interface of Japanese input.
(canna-henkan-begin)
(canna-henkan-next)
(canna-bunsetu-henkou)
(canna-henkan-kakutei)
(canna-henkan-end)
(canna-henkan-quit)
*/
#include
#include "lisp.h"
#ifdef HAVE_SHLIB
#include "emodules.h"
#endif
#include "buffer.h"
#include "file-coding.h"
/* iroha (Canna v1) support removed as of canna_api.c r1.4.
#### Is the IROHA_BC #define needed? */
#define IROHA_BC
#include "canna/jrkanji.h"
#include "canna/RK.h"
/* #### These shouldn't be needed any more. */
extern char *jrKanjiError;
extern int (*jrBeepFunc) (void);
/* #### is this global really necessary? */
#define KEYTOSTRSIZE 2048
static Extbyte key_buffer[KEYTOSTRSIZE];
static int canna_empty_info, canna_through_info;
static int canna_underline;
static int canna_inhibit_hankakukana;
static Lisp_Object Vcanna_kakutei_string;
static Lisp_Object Vcanna_kakutei_yomi;
static Lisp_Object Vcanna_kakutei_romaji;
static Lisp_Object Vcanna_henkan_string;
static Fixnum canna_henkan_length;
static Fixnum canna_henkan_revPos;
static Fixnum canna_henkan_revLen;
static Lisp_Object Vcanna_ichiran_string;
static Fixnum canna_ichiran_length;
static Fixnum canna_ichiran_revPos;
static Fixnum canna_ichiran_revLen;
static Lisp_Object Vcanna_mode_string;
static int IRCP_context;
static Lisp_Object storeResults (char *, int, jrKanjiStatus *);
static Lisp_Object kanjiYomiList (int, int);
static Lisp_Object CANNA_mode_keys (void);
static Lisp_Object Qeuc_jp;
#define make_euc_string(p, len) make_extstring ((Extbyte *) p, len, Qeuc_jp)
#define build_euc_string(p) build_extstring ((Extbyte *) p, Qeuc_jp)
#ifdef CANNA_MULE
static int euc_jp_num_chars (unsigned char *, int);
static void count_char (unsigned char *,int, int, int, Fixnum *, Fixnum *,
Fixnum *);
#endif
/* Lisp functions definition */
DEFUN ("canna-key-proc", Fcanna_key_proc, 1, 1, 0, /*
Translate a key input to a set of strings. The strings contain both
well-formed string and intermediate result to show the translation
information to a user. Converted strings are stored in specific
variables.
*/
(ch))
{
jrKanjiStatus ks;
int len;
CHECK_CHAR_COERCE_INT (ch);
len = jrKanjiString (0, XCHAR (ch), key_buffer, KEYTOSTRSIZE, &ks);
return storeResults (key_buffer, len, &ks);
}
static Lisp_Object
storeResults (char *buf, int len, jrKanjiStatus *ks)
{
Lisp_Object val = Qnil;
if (len < 0)
{ /* Error detected */
val = build_euc_string (jrKanjiError);
}
else
{
/* 確定した文字列 (the confirmed string) */
Vcanna_kakutei_string = make_euc_string (buf, len);
val = make_fixnum (len);
/* 確定した文字列の読みの情報...
(info about the reading of the confirmed string) */
Vcanna_kakutei_yomi = Vcanna_kakutei_romaji = Qnil;
if (ks->info & KanjiYomiInfo)
{
char *p = buf + len + 1;
int yomilen = strlen (p);
if (len + yomilen + 1 < KEYTOSTRSIZE)
{
int yomilen2;
Vcanna_kakutei_yomi =
make_euc_string (p, yomilen); /* 読み (reading) */
p += yomilen + 1;
yomilen2 = strlen (p);
if (len + yomilen + yomilen2 + 2 < KEYTOSTRSIZE)
{
Vcanna_kakutei_romaji =
make_euc_string (p, yomilen2);
/* ローマ字 (romanization) */
}
}
}
/* 候補表示の文字列です。
(string for displaying candidate translations) */
Vcanna_henkan_string = Qnil;
if (ks->length >= 0)
{
Vcanna_henkan_string = make_euc_string (ks->echoStr, ks->length);
#ifndef CANNA_MULE
canna_henkan_length = ks->length;
canna_henkan_revPos = ks->revPos;
canna_henkan_revLen = ks->revLen;
#else /* CANNA_MULE */
if (canna_underline)
{
canna_henkan_length = euc_jp_num_chars (ks->echoStr,ks->length);
canna_henkan_revPos = euc_jp_num_chars (ks->echoStr,ks->revPos);
canna_henkan_revLen = euc_jp_num_chars (ks->echoStr+ks->revPos,
ks->revLen);
}
else
{
count_char (ks->echoStr, ks->length, ks->revPos, ks->revLen,
&canna_henkan_length, &canna_henkan_revPos,
&canna_henkan_revLen);
}
#endif /* CANNA_MULE */
}
/* 一覧の情報 (information about the echo area menu) */
Vcanna_ichiran_string = Qnil;
if (ks->info & KanjiGLineInfo && ks->gline.length >= 0)
{
Vcanna_ichiran_string = make_euc_string (ks->gline.line,
ks->gline.length);
#ifndef CANNA_MULE
canna_ichiran_length = ks->gline.length;
canna_ichiran_revPos = ks->gline.revPos;
canna_ichiran_revLen = ks->gline.revLen;
#else /* CANNA_MULE */
count_char (ks->gline.line, ks->gline.length,
ks->gline.revPos, ks->gline.revLen,
&canna_ichiran_length,
&canna_ichiran_revPos, &canna_ichiran_revLen);
#endif /* CANNA_MULE */
}
/* モードの情報 (mode information) */
Vcanna_mode_string = Qnil;
if (ks->info & KanjiModeInfo)
{
Vcanna_mode_string = build_euc_string ((Extbyte *) ks->mode);
}
/* その他の情報 (other information) */
canna_empty_info = (ks->info & KanjiEmptyInfo) ? 1 : 0;
canna_through_info = (ks->info & KanjiThroughInfo) ? 1 : 0;
}
return val;
}
DEFUN ("canna-set-bunsetsu-kugiri", Fcanna_set_bunsetsu, 0, 1, 0, /*
This function sets the clause separator.
If non-nil value is specified, the white space separator will be used.
No separator will be used otherwise.
*/
(num))
{
/* This is actually a Boolean! */
char *kugiri; /* 文節区切りをするか？ (display clause separator?) */
kugiri = NILP (num) ? (char *) 0 : (char *) 1;
jrKanjiControl (0, KC_SETBUNSETSUKUGIRI, kugiri);
return Qnil;
}
/* For whatever reason, calling Fding directly from libCanna loses */
static int
call_Fding (void)
{
Fding (Qnil, Qnil, Qnil);
return 0;
}
DEFUN ("canna-initialize", Fcanna_initialize, 0, 3, 0, /*
Initialize ``canna'', which is a kana-to-kanji converter for XEmacs.
The first arg specifies if inserting space character between BUNSETSU when
candidates are displayed.
The second arg specifies server.
The third arg specifies a file which will be used as a customization
description.
If nil is specified for each arg, the default value will be used.
*/
(num, server, rcfile))
{
Lisp_Object val;
int res;
char **p, **q;
/* This is actually a Boolean! */
char *kugiri; /* 文節区切りをするか？ (display clause separator?) */
IRCP_context = -1;
if (NILP (num))
{
kugiri = (char *) 1;
}
else
{
CHECK_FIXNUM (num);
kugiri = (XFIXNUM (num) == 1) ? (char *) 1 : (char *) 0;
}
if (NILP (server))
{
jrKanjiControl (0, KC_SETSERVERNAME, (char *) 0);
}
else
{
CHECK_STRING (server);
jrKanjiControl (0, KC_SETSERVERNAME,
/* !!#### Check encoding */
LISP_STRING_TO_EXTERNAL (server, Qnative));
}
if (NILP (rcfile))
{
jrKanjiControl (0, KC_SETINITFILENAME, (char *) 0);
}
else
{
CHECK_STRING (rcfile);
jrKanjiControl (0, KC_SETINITFILENAME,
LISP_STRING_TO_EXTERNAL (rcfile, Qfile_name));
}
{
char **warning = (char **) 0;
res = jrKanjiControl (0, KC_INITIALIZE, (char *) &warning);
val = Qnil;
if (warning)
{
for (p = q = warning ; *q ; q++)
;
while (p < q)
{
q--;
val = Fcons (build_euc_string (*q), val);
}
}
val = Fcons (val, Qnil);
}
if (res == -1)
{
val = Fcons (build_euc_string (jrKanjiError), val);
/* イニシャライズで失敗した場合。 (on initialization failure) */
return Fcons (Qnil, val);
}
else
{
jrBeepFunc = call_Fding;
#ifdef KC_SETAPPNAME
#ifndef CANNA_MULE
jrKanjiControl (0, KC_SETAPPNAME, "nemacs");
#else /* CANNA_MULE */
jrKanjiControl (0, KC_SETAPPNAME, "mule");
#endif /* CANNA_MULE */
#endif /* KC_SETAPPNAME */
jrKanjiControl (0, KC_SETBUNSETSUKUGIRI, kugiri);
jrKanjiControl (0, KC_SETWIDTH, (char *) 78);
#ifndef CANNA_MULE
jrKanjiControl (0, KC_INHIBITHANKAKUKANA, (char *) 1);
#else
/* mule だったら半角カタカナも使える
(Mule can use half-width katakana) */
if (canna_inhibit_hankakukana)
jrKanjiControl (0, KC_INHIBITHANKAKUKANA, (char *) 1);
#endif
jrKanjiControl (0, KC_YOMIINFO, (char *) 2); /* ※２: ローマ字まで返す
(*2: return to
romanized form) */
val = Fcons (Qnil, val);
return Fcons (CANNA_mode_keys (), val);
}
}
DEFUN ("canna-finalize", Fcanna_finalize, 0, 0, 0, /*
finalize ``canna'', which is a kana-to-kanji converter for XEmacs.
This cause to write miscellaneous informations to kana-to-kanji dictionary.
*/
())
{
Lisp_Object val;
char **p;
char **warning = (char **) 0;
jrKanjiControl (0, KC_FINALIZE, (char *) &warning);
val = Qnil;
if (warning)
{
for (p = warning ; *p; p++)
{
/* !!#### This is almost certainly wrong; `canna-initialize
starts at the end of the warnings so the resulting list is
in the correct order. We should do the same. */
val = Fcons (build_euc_string (*p), val);
}
}
val = Fcons (val, Qnil);
IRCP_context = -1;
return val;
}
DEFUN ("canna-touroku-string", Fcanna_touroku_string, 1, 1, 0, /*
Register Kanji words into kana-to-kanji conversion dictionary.
*/
(str))
{
jrKanjiStatusWithValue ksv;
jrKanjiStatus ks;
CHECK_STRING (str);
ksv.buffer = (unsigned char *) key_buffer;
ksv.bytes_buffer = KEYTOSTRSIZE;
LISP_STRING_TO_SIZED_EXTERNAL (str, ks.echoStr, ks.length, Qeuc_jp);
ksv.ks = &ks;
jrKanjiControl (0, KC_DEFINEKANJI, (char *)&ksv);
return storeResults (key_buffer, ksv.val, ksv.ks);
}
DEFUN ("canna-set-width", Fcanna_set_width, 1, 1, 0, /*
Set status-line width information, which is used to display
kanji candidates.
*/
(num))
{
CHECK_FIXNUM (num);
jrKanjiControl (0, KC_SETWIDTH, (char *) XFIXNUM (num));
return Qnil;
}
DEFUN ("canna-change-mode", Fcanna_change_mode, 1, 1, 0, /*
Change Japanese pre-edit mode.
*/
(num))
{
jrKanjiStatusWithValue ksv;
jrKanjiStatus ks;
CHECK_FIXNUM (num);
ksv.buffer = (unsigned char *) key_buffer;
ksv.bytes_buffer = KEYTOSTRSIZE;
ksv.ks = &ks;
ksv.val = XFIXNUM (num);
jrKanjiControl (0, KC_CHANGEMODE, (char *)&ksv);
return storeResults (key_buffer, ksv.val, ksv.ks);
}
static Lisp_Object
CANNA_mode_keys (void)
{
#define CANNAWORKBUFSIZE 32
char xxx[CANNAWORKBUFSIZE];
Lisp_Object val;
int i, n;
n = jrKanjiControl (0, KC_MODEKEYS, xxx);
val = Qnil;
for (i = n ; i > 0 ;)
{
--i;
/* !!#### something fucked here */
val = Fcons (make_char ((int)(0xFF & (unsigned char) xxx[i])), val);
}
return val;
}
DEFUN ("canna-store-yomi", Fcanna_store_yomi, 1, 2, 0, /*
Store yomi characters as a YOMI of kana-to-kanji conversion.
*/
(yomi, roma))
{
jrKanjiStatusWithValue ksv;
jrKanjiStatus ks;
Extbyte *ext;
CHECK_STRING (yomi);
ext = LISP_STRING_TO_EXTERNAL (yomi, Qeuc_jp);
strncpy (key_buffer, ext, sizeof (key_buffer));
key_buffer[sizeof (key_buffer) - 1] = '\0';
ks.length = strlen (key_buffer);
if (NILP (roma))
{
ks.mode = 0;
}
else
{
CHECK_STRING (roma);
ext = LISP_STRING_TO_EXTERNAL (roma, Qeuc_jp);
ks.mode = (unsigned char *) (key_buffer + ks.length + 1);
strncpy (key_buffer + ks.length + 1, ext,
sizeof (key_buffer) - ks.length - 1);
key_buffer[sizeof (key_buffer) - 1] = '\0';
}
ks.echoStr = (unsigned char *) key_buffer;
ksv.buffer = (unsigned char *) key_buffer; /* 返値用 (return value) */
ksv.bytes_buffer = KEYTOSTRSIZE;
ksv.ks = &ks;
jrKanjiControl (0, KC_STOREYOMI, (char *)&ksv);
return storeResults (key_buffer, ksv.val, ksv.ks);
}
DEFUN ("canna-do-function", Fcanna_do_function, 1, 2, 0, /*
Do specified function at current mode.
*/
(num, ch))
{
jrKanjiStatusWithValue ksv;
jrKanjiStatus ks;
CHECK_FIXNUM (num);
if (NILP (ch))
{
*key_buffer = '@';
}
else
{
CHECK_CHAR (ch);
*key_buffer = XCHAR (ch);
}
ksv.buffer = (unsigned char *) key_buffer;
ksv.bytes_buffer = KEYTOSTRSIZE;
ksv.ks = &ks;
ksv.val = XFIXNUM (num);
jrKanjiControl (0, KC_DO, (char *) &ksv);
return storeResults (key_buffer, ksv.val, ksv.ks);
}
DEFUN ("canna-parse", Fcanna_parse, 1, 1, 0, /*
Parse customize string.
*/
(str))
{
Lisp_Object val;
Extbyte **p;
int n;
Extbyte *ext;
CHECK_STRING (str);
ext = LISP_STRING_TO_EXTERNAL (str, Qeuc_jp);
strncpy (key_buffer, ext, sizeof (key_buffer));
key_buffer[sizeof (key_buffer) - 1] = '\0';
p = (Extbyte **) key_buffer;
n = jrKanjiControl (0, KC_PARSE, (char *) &p);
val = Qnil;
while (n > 0)
{
n--;
val = Fcons (build_euc_string (p[n]), val);
}
return val;
}
DEFUN ("canna-query-mode", Fcanna_query_mode, 0, 0, 0, /*
Get current mode string.
*/
())
{
char buf[256];
jrKanjiControl (0, KC_QUERYMODE, buf);
return build_euc_string (buf);
}
/*
* Functions following this line are for KKCP interface compatible
* library. These functions may be used by MILK system.
*/
#define RKBUFSIZE 1024
static UExtbyte yomibuf[RKBUFSIZE];
static short kugiri[RKBUFSIZE / 2];
static int
confirmContext (void)
{
if (IRCP_context < 0)
{
int context;
if ((context = jrKanjiControl (0, KC_GETCONTEXT, (char *) 0)) == -1)
{
return 0;
}
IRCP_context = context;
}
return 1;
}
static int
byteLen (int bun, int len)
{
int i = 0, offset = 0, ch;
if (0 <= bun && bun < RKBUFSIZE)
{
offset = kugiri[bun];
}
while (len-- > 0 && (ch = (int) yomibuf[offset + i]))
{
i++;
if (ch & 0x80)
{
i++;
}
}
return i;
}
DEFUN ("canna-henkan-begin", Fcanna_henkan_begin, 1, 1, 0, /*
Return the result of kana-to-kanji conversion.
Clause separator is set.
*/
(yomi))
{
int nbun;
Extbyte *ext;
CHECK_STRING (yomi);
if (confirmContext () == 0)
{
return Qnil;
}
ext = LISP_STRING_TO_EXTERNAL (yomi, Qeuc_jp);
strncpy ((char *) yomibuf, ext, sizeof (yomibuf));
yomibuf[sizeof (yomibuf) - 1] = '\0';
nbun = RkBgnBun (IRCP_context, (char *) yomibuf, strlen ((char *) yomibuf),
(RK_XFER << RK_XFERBITS) | RK_KFER);
return kanjiYomiList (IRCP_context, nbun);
}
static Lisp_Object
kanjiYomiList (int context, int nbun)
{
Lisp_Object val, res = Qnil;
UExtbyte RkBuf[RKBUFSIZE];
int len, i, total;
for (i = nbun ; i > 0 ; )
{
i--;
RkGoTo (context, i);
len = RkGetKanji (context, RkBuf, RKBUFSIZE);
val = make_euc_string (RkBuf, len);
len = RkGetYomi (context, RkBuf, RKBUFSIZE);
res = Fcons (Fcons (val, make_euc_string (RkBuf, len)), res);
if (i < RKBUFSIZE / 2)
{
kugiri[i] = len;
}
}
for (i = 0, total = 0 ; i < nbun ; i++)
{
int temp = kugiri[i];
kugiri[i] = total;
total += temp;
}
return res;
}
DEFUN ("canna-henkan-next", Fcanna_henkan_next, 1, 1, 0, /*
Return the list of candidates.
*/
(bunsetsu))
{
int i, slen, len;
UExtbyte *p, RkBuf[RKBUFSIZE];
Lisp_Object res = Qnil;
CHECK_FIXNUM (bunsetsu);
if (confirmContext () == 0)
{
return Qnil;
}
RkGoTo (IRCP_context, XFIXNUM (bunsetsu));
len = RkGetKanjiList (IRCP_context, RkBuf, RKBUFSIZE);
p = RkBuf;
for (i = 0 ; i < len ; i++)
{
slen = strlen ((char *) p);
if (NILP(res))
{
res = Fcons (make_euc_string (p, slen), Qnil);
}
else
{
XCDR (res) = Fcons (make_euc_string (p, slen), Qnil);
}
p += slen + 1;
}
return res;
}
DEFUN ("canna-bunsetu-henkou", Fcanna_bunsetu_henkou, 2, 2, 0, /*
Specify the length of a clause.
*/
(bunsetsu, bunlen))
{
int nbun, len;
CHECK_FIXNUM (bunsetsu);
CHECK_FIXNUM (bunlen);
nbun = XFIXNUM (bunsetsu);
if (confirmContext () == 0)
{
return Qnil;
}
RkGoTo (IRCP_context, nbun);
len = byteLen (nbun, XFIXNUM (bunlen));
return kanjiYomiList (IRCP_context, RkResize (IRCP_context, len));
}
DEFUN ("canna-henkan-kakutei", Fcanna_henkan_kakutei, 2, 2, 0, /*
Select a candidate.
*/
(bun, kouho))
{
int nbun, nkouho;
if (confirmContext () == 0)
{
return Qnil;
}
nbun = XFIXNUM(bun);
RkGoTo (IRCP_context, nbun);
nkouho = XFIXNUM(kouho);
RkXfer (IRCP_context, nkouho);
return Qt;
}
DEFUN ("canna-henkan-end", Fcanna_henkan_end, 0, 0, 0, /*
End conversion.
*/
())
{
if (confirmContext () == 0)
{
return Qnil;
}
RkEndBun (IRCP_context, 1); /* 学習はいつでも行って良いものなのか？
(is it OK to invoke learning function
at arbitrary times?) */
return Qt;
}
DEFUN ("canna-henkan-quit", Fcanna_henkan_quit, 0, 0, 0, /*
Quit conversion.
*/
())
{
if (confirmContext () == 0)
{
return Qnil;
}
RkEndBun (IRCP_context, 0);
return Qt;
}
/* variables below this line is constants of Canna */
static Fixnum canna_mode_AlphaMode;
static Fixnum canna_mode_EmptyMode;
static Fixnum canna_mode_KigoMode;
static Fixnum canna_mode_YomiMode;
static Fixnum canna_mode_JishuMode;
static Fixnum canna_mode_TankouhoMode;
static Fixnum canna_mode_IchiranMode;
static Fixnum canna_mode_YesNoMode;
static Fixnum canna_mode_OnOffMode;
#ifdef CANNA_MODE_AdjustBunsetsuMode
static Fixnum canna_mode_AdjustBunsetsuMode;
#endif
#ifdef CANNA_MODE_ChikujiYomiMode
static Fixnum canna_mode_ChikujiYomiMode;
static Fixnum canna_mode_ChikujiTanMode;
#endif
static Fixnum canna_mode_HenkanMode;
#ifdef CANNA_MODE_HenkanNyuryokuMode
static Fixnum canna_mode_HenkanNyuryokuMode;
#endif
#ifdef CANNA_MODE_ZenHiraHenkanMode
static Fixnum canna_mode_ZenHiraHenkanMode;
#ifdef CANNA_MODE_HanHiraHenkanMode
static Fixnum canna_mode_HanHiraHenkanMode;
#endif
static Fixnum canna_mode_ZenKataHenkanMode;
static Fixnum canna_mode_HanKataHenkanMode;
static Fixnum canna_mode_ZenAlphaHenkanMode;
static Fixnum canna_mode_HanAlphaHenkanMode;
#endif
static Fixnum canna_mode_ZenHiraKakuteiMode;
#ifdef CANNA_MODE_HanHiraKakuteiMode
static Fixnum canna_mode_HanHiraKakuteiMode;
#endif
static Fixnum canna_mode_ZenKataKakuteiMode;
static Fixnum canna_mode_HanKataKakuteiMode;
static Fixnum canna_mode_ZenAlphaKakuteiMode;
static Fixnum canna_mode_HanAlphaKakuteiMode;
static Fixnum canna_mode_HexMode;
static Fixnum canna_mode_BushuMode;
static Fixnum canna_mode_ExtendMode;
static Fixnum canna_mode_RussianMode;
static Fixnum canna_mode_GreekMode;
static Fixnum canna_mode_LineMode;
static Fixnum canna_mode_ChangingServerMode;
static Fixnum canna_mode_HenkanMethodMode;
static Fixnum canna_mode_DeleteDicMode;
static Fixnum canna_mode_TourokuMode;
static Fixnum canna_mode_TourokuEmptyMode;
static Fixnum canna_mode_TourokuHinshiMode;
static Fixnum canna_mode_TourokuDicMode;
static Fixnum canna_mode_QuotedInsertMode;
static Fixnum canna_mode_BubunMuhenkanMode;
static Fixnum canna_mode_MountDicMode;
static Fixnum canna_fn_SelfInsert;
static Fixnum canna_fn_FunctionalInsert;
static Fixnum canna_fn_QuotedInsert;
static Fixnum canna_fn_JapaneseMode;
static Fixnum canna_fn_AlphaMode;
static Fixnum canna_fn_HenkanNyuryokuMode;
static Fixnum canna_fn_Forward;
static Fixnum canna_fn_Backward;
static Fixnum canna_fn_Next;
static Fixnum canna_fn_Prev;
static Fixnum canna_fn_BeginningOfLine;
static Fixnum canna_fn_EndOfLine;
static Fixnum canna_fn_DeleteNext;
static Fixnum canna_fn_DeletePrevious;
static Fixnum canna_fn_KillToEndOfLine;
static Fixnum canna_fn_Henkan;
static Fixnum canna_fn_Kakutei;
static Fixnum canna_fn_Extend;
static Fixnum canna_fn_Shrink;
#ifdef CANNA_FN_AdjustBunsetsu
static Fixnum canna_fn_AdjustBunsetsu;
#endif
static Fixnum canna_fn_Quit;
static Fixnum canna_fn_ConvertAsHex;
static Fixnum canna_fn_ConvertAsBushu;
static Fixnum canna_fn_KouhoIchiran;
static Fixnum canna_fn_BubunMuhenkan;
static Fixnum canna_fn_Zenkaku;
static Fixnum canna_fn_Hankaku;
static Fixnum canna_fn_ToUpper;
static Fixnum canna_fn_Capitalize;
static Fixnum canna_fn_ToLower;
static Fixnum canna_fn_Hiragana;
static Fixnum canna_fn_Katakana;
static Fixnum canna_fn_Romaji;
#ifdef CANNA_FN_BaseHiragana
static Fixnum canna_fn_BaseHiragana;
static Fixnum canna_fn_BaseKatakana;
static Fixnum canna_fn_BaseEisu;
static Fixnum canna_fn_BaseZenkaku;
static Fixnum canna_fn_BaseHankaku;
static Fixnum canna_fn_BaseKana;
static Fixnum canna_fn_BaseKakutei;
static Fixnum canna_fn_BaseHenkan;
static Fixnum canna_fn_BaseHiraKataToggle;
static Fixnum canna_fn_BaseZenHanToggle;
static Fixnum canna_fn_BaseKanaEisuToggle;
static Fixnum canna_fn_BaseKakuteiHenkanToggle;
static Fixnum canna_fn_BaseRotateForward;
static Fixnum canna_fn_BaseRotateBackward;
#endif
static Fixnum canna_fn_ExtendMode;
static Fixnum canna_fn_Touroku;
static Fixnum canna_fn_HexMode;
static Fixnum canna_fn_BushuMode;
static Fixnum canna_fn_KigouMode;
#ifdef CANNA_FN_Mark
static Fixnum canna_fn_Mark;
#endif
#ifdef CANNA_FN_TemporalMode
static Fixnum canna_fn_TemporalMode;
#endif
static Fixnum canna_key_Nfer;
static Fixnum canna_key_Xfer;
static Fixnum canna_key_Up;
static Fixnum canna_key_Left;
static Fixnum canna_key_Right;
static Fixnum canna_key_Down;
static Fixnum canna_key_Insert;
static Fixnum canna_key_Rollup;
static Fixnum canna_key_Rolldown;
static Fixnum canna_key_Home;
static Fixnum canna_key_Help;
static Fixnum canna_key_KP_Key;
static Fixnum canna_key_Shift_Nfer;
static Fixnum canna_key_Shift_Xfer;
static Fixnum canna_key_Shift_Up;
static Fixnum canna_key_Shift_Left;
static Fixnum canna_key_Shift_Right;
static Fixnum canna_key_Shift_Down;
static Fixnum canna_key_Cntrl_Nfer;
static Fixnum canna_key_Cntrl_Xfer;
static Fixnum canna_key_Cntrl_Up;
static Fixnum canna_key_Cntrl_Left;
static Fixnum canna_key_Cntrl_Right;
static Fixnum canna_key_Cntrl_Down;
Lisp_Object VCANNA; /* by MORIOKA Tomohiko
1996/6/7 */
/*
* Each dynamically loaded Emacs module is given a name at compile
* time. This is a short name, and must be a valid part of a C
* identifier. This name is used to construct the name of several
* functions which must appear in the module source code.
* The first such function, modules_of_XXXX, should load in any dependent
* modules. This function is optional, and the module will still load if
* it is not present in the module.
*
* The second function, which is NOT optional, is syms_of_XXXX, in which
* all functions that the module will be provided are declared. This
* function will contain calls to DEFSUBR().
*
* The third function, which is also NOT optional, is vars_of_XXXX, in
* which you declare all variables that the module provides. This
* function will contain calls to DEFVAR_LISP(), DEFVAR_BOOL() etc.
*
* When declaring functions and variables in the syms_of_XXXX and
* vars_of_XXXX functions, you use the exact same syntax that you
* would as if this module were being compiled into the pure Emacs.
*
* The fourth function, which is optional, is unload_XXXX, in which actions
* that must be taken to unload the module are listed. XEmacs will unbind
* functions and variables for you. Anything else that must be done should
* appear in this function.
*
* All four of these functions are declared as void functions,
* taking no parameters. Since this sample module is called 'sample',
* the functions will be named 'modules_of_sample', 'syms_of_sample',
* 'vars_of_sample', and 'unload_sample'.
*/
#if 0
void
modules_of_canna_api (void)
{
/*
* This function isn't actually required as we will not be loading
* in any dependent modules, but if we were, we would do something like:
* emodules_load ("dependent.ell", "canna2", "1.0.0");
*/
}
#endif
void
syms_of_canna_api (void)
{
DEFSUBR (Fcanna_key_proc);
DEFSUBR (Fcanna_initialize);
DEFSUBR (Fcanna_finalize);
DEFSUBR (Fcanna_touroku_string);
DEFSUBR (Fcanna_set_width);
DEFSUBR (Fcanna_change_mode);
DEFSUBR (Fcanna_store_yomi);
DEFSUBR (Fcanna_do_function);
DEFSUBR (Fcanna_parse);
DEFSUBR (Fcanna_query_mode);
DEFSUBR (Fcanna_set_bunsetsu);
DEFSUBR (Fcanna_henkan_begin);
DEFSUBR (Fcanna_henkan_next);
DEFSUBR (Fcanna_bunsetu_henkou);
DEFSUBR (Fcanna_henkan_kakutei);
DEFSUBR (Fcanna_henkan_end);
DEFSUBR (Fcanna_henkan_quit);
DEFSYMBOL (Qeuc_jp);
}
void
vars_of_canna_api (void)
{
DEFVAR_LISP ("CANNA", &VCANNA); /* hir@nec, 1992.5.21 */
VCANNA = Qt; /* hir@nec, 1992.5.21 */
DEFVAR_LISP ("canna-kakutei-string", &Vcanna_kakutei_string /*
*/ );
Vcanna_kakutei_string = Qnil;
DEFVAR_LISP ("canna-kakutei-yomi", &Vcanna_kakutei_yomi /*
*/ );
Vcanna_kakutei_yomi = Qnil;
DEFVAR_LISP ("canna-kakutei-romaji", &Vcanna_kakutei_romaji /*
*/ );
Vcanna_kakutei_romaji = Qnil;
DEFVAR_LISP ("canna-henkan-string", &Vcanna_henkan_string /*
*/ );
Vcanna_henkan_string = Qnil;
DEFVAR_INT ("canna-henkan-length", &canna_henkan_length /*
*/ );
canna_henkan_length = 0;
DEFVAR_INT ("canna-henkan-revpos", &canna_henkan_revPos /*
*/ );
canna_henkan_revPos = 0;
DEFVAR_INT ("canna-henkan-revlen", &canna_henkan_revLen /*
*/ );
canna_henkan_revLen = 0;
DEFVAR_LISP ("canna-ichiran-string", &Vcanna_ichiran_string /*
*/ );
Vcanna_ichiran_string = Qnil;
DEFVAR_INT ("canna-ichiran-length", &canna_ichiran_length /*
*/ );
canna_ichiran_length = 0;
DEFVAR_INT ("canna-ichiran-revpos", &canna_ichiran_revPos /*
*/ );
canna_ichiran_revPos = 0;
DEFVAR_INT ("canna-ichiran-revlen", &canna_ichiran_revLen /*
*/ );
canna_ichiran_revLen = 0;
DEFVAR_LISP ("canna-mode-string", &Vcanna_mode_string /*
*/ );
Vcanna_mode_string = Qnil;
DEFVAR_BOOL ("canna-empty-info", &canna_empty_info /*
For canna
*/ );
canna_empty_info = 0;
DEFVAR_BOOL ("canna-through-info", &canna_through_info /*
For canna
*/ );
canna_through_info = 0;
DEFVAR_BOOL ("canna-underline", &canna_underline /*
For canna
*/ );
canna_underline = 0;
DEFVAR_BOOL ("canna-inhibit-hankakukana", &canna_inhibit_hankakukana /*
For canna
*/ );
canna_inhibit_hankakukana = 0;
DEFVAR_INT ("canna-mode-alpha-mode", &canna_mode_AlphaMode /*
*/ );
canna_mode_AlphaMode = IROHA_MODE_AlphaMode;
DEFVAR_INT ("canna-mode-empty-mode", &canna_mode_EmptyMode /*
*/ );
canna_mode_EmptyMode = IROHA_MODE_EmptyMode;
DEFVAR_INT ("canna-mode-kigo-mode", &canna_mode_KigoMode /*
*/ );
canna_mode_KigoMode = IROHA_MODE_KigoMode;
DEFVAR_INT ("canna-mode-yomi-mode", &canna_mode_YomiMode /*
*/ );
canna_mode_YomiMode = IROHA_MODE_YomiMode;
DEFVAR_INT ("canna-mode-jishu-mode", &canna_mode_JishuMode /*
*/ );
canna_mode_JishuMode = IROHA_MODE_JishuMode;
DEFVAR_INT ("canna-mode-tankouho-mode", &canna_mode_TankouhoMode /*
*/ );
canna_mode_TankouhoMode = IROHA_MODE_TankouhoMode;
DEFVAR_INT ("canna-mode-ichiran-mode", &canna_mode_IchiranMode /*
*/ );
canna_mode_IchiranMode = IROHA_MODE_IchiranMode;
DEFVAR_INT ("canna-mode-yes-no-mode", &canna_mode_YesNoMode /*
*/ );
canna_mode_YesNoMode = IROHA_MODE_YesNoMode;
DEFVAR_INT ("canna-mode-on-off-mode", &canna_mode_OnOffMode /*
*/ );
canna_mode_OnOffMode = IROHA_MODE_OnOffMode;
#ifdef CANNA_MODE_AdjustBunsetsuMode
DEFVAR_INT ("canna-mode-adjust-bunsetsu-mode",
&canna_mode_AdjustBunsetsuMode /*
*/ );
canna_mode_AdjustBunsetsuMode = CANNA_MODE_AdjustBunsetsuMode;
#endif
#ifdef CANNA_MODE_ChikujiYomiMode
DEFVAR_INT ("canna-mode-chikuji-yomi-mode", &canna_mode_ChikujiYomiMode /*
*/ );
canna_mode_ChikujiYomiMode = CANNA_MODE_ChikujiYomiMode;
DEFVAR_INT ("canna-mode-chikuji-bunsetsu-mode",
&canna_mode_ChikujiTanMode /*
*/ );
canna_mode_ChikujiTanMode = CANNA_MODE_ChikujiTanMode;
#endif
DEFVAR_INT ("canna-mode-henkan-mode", &canna_mode_HenkanMode /*
*/ );
canna_mode_HenkanMode = IROHA_MODE_HenkanMode;
#ifdef CANNA_MODE_HenkanNyuryokuMode
DEFVAR_INT ("canna-mode-henkan-nyuuryoku-mode",
&canna_mode_HenkanNyuryokuMode /*
*/ );
canna_mode_HenkanNyuryokuMode = CANNA_MODE_HenkanNyuryokuMode;
#endif
#ifdef CANNA_MODE_ZenHiraHenkanMode
DEFVAR_INT ("canna-mode-zen-hira-henkan-mode",
&canna_mode_ZenHiraHenkanMode /*
*/ );
canna_mode_ZenHiraHenkanMode = CANNA_MODE_ZenHiraHenkanMode;
#ifdef CANNA_MODE_HanHiraHenkanMode
DEFVAR_INT ("canna-mode-han-hira-henkan-mode",
&canna_mode_HanHiraHenkanMode /*
*/ );
canna_mode_HanHiraHenkanMode = CANNA_MODE_HanHiraHenkanMode;
#endif
DEFVAR_INT ("canna-mode-zen-kata-henkan-mode",
&canna_mode_ZenKataHenkanMode /*
*/ );
canna_mode_ZenKataHenkanMode = CANNA_MODE_ZenKataHenkanMode;
DEFVAR_INT ("canna-mode-han-kata-henkan-mode",
&canna_mode_HanKataHenkanMode /*
*/ );
canna_mode_HanKataHenkanMode = CANNA_MODE_HanKataHenkanMode;
DEFVAR_INT ("canna-mode-zen-alpha-henkan-mode",
&canna_mode_ZenAlphaHenkanMode /*
*/ );
canna_mode_ZenAlphaHenkanMode = CANNA_MODE_ZenAlphaHenkanMode;
DEFVAR_INT ("canna-mode-han-alpha-henkan-mode",
&canna_mode_HanAlphaHenkanMode /*
*/ );
canna_mode_HanAlphaHenkanMode = CANNA_MODE_HanAlphaHenkanMode;
#endif
DEFVAR_INT ("canna-mode-zen-hira-kakutei-mode",
&canna_mode_ZenHiraKakuteiMode /*
*/ );
canna_mode_ZenHiraKakuteiMode = IROHA_MODE_ZenHiraKakuteiMode;
#ifdef CANNA_MODE_HanHiraKakuteiMode
DEFVAR_INT ("canna-mode-han-hira-kakutei-mode",
&canna_mode_HanHiraKakuteiMode /*
*/ );
canna_mode_HanHiraKakuteiMode = CANNA_MODE_HanHiraKakuteiMode;
#endif
DEFVAR_INT ("canna-mode-zen-kata-kakutei-mode",
&canna_mode_ZenKataKakuteiMode /*
*/ );
canna_mode_ZenKataKakuteiMode = IROHA_MODE_ZenKataKakuteiMode;
DEFVAR_INT ("canna-mode-han-kata-kakutei-mode",
&canna_mode_HanKataKakuteiMode /*
*/ );
canna_mode_HanKataKakuteiMode = IROHA_MODE_HanKataKakuteiMode;
DEFVAR_INT ("canna-mode-zen-alpha-kakutei-mode",
&canna_mode_ZenAlphaKakuteiMode /*
*/ );
canna_mode_ZenAlphaKakuteiMode = IROHA_MODE_ZenAlphaKakuteiMode;
DEFVAR_INT ("canna-mode-han-alpha-kakutei-mode",
&canna_mode_HanAlphaKakuteiMode /*
*/ );
canna_mode_HanAlphaKakuteiMode = IROHA_MODE_HanAlphaKakuteiMode;
DEFVAR_INT ("canna-mode-hex-mode", &canna_mode_HexMode /*
*/ );
canna_mode_HexMode = IROHA_MODE_HexMode;
DEFVAR_INT ("canna-mode-bushu-mode", &canna_mode_BushuMode /*
*/ );
canna_mode_BushuMode = IROHA_MODE_BushuMode;
DEFVAR_INT ("canna-mode-extend-mode", &canna_mode_ExtendMode /*
*/ );
canna_mode_ExtendMode = IROHA_MODE_ExtendMode;
DEFVAR_INT ("canna-mode-russian-mode", &canna_mode_RussianMode /*
*/ );
canna_mode_RussianMode = IROHA_MODE_RussianMode;
DEFVAR_INT ("canna-mode-greek-mode", &canna_mode_GreekMode /*
*/ );
canna_mode_GreekMode = IROHA_MODE_GreekMode;
DEFVAR_INT ("canna-mode-line-mode", &canna_mode_LineMode /*
*/ );
canna_mode_LineMode = IROHA_MODE_LineMode;
DEFVAR_INT ("canna-mode-changing-server-mode",
&canna_mode_ChangingServerMode /*
*/ );
canna_mode_ChangingServerMode = IROHA_MODE_ChangingServerMode;
DEFVAR_INT ("canna-mode-henkan-method-mode",
&canna_mode_HenkanMethodMode /*
*/ );
canna_mode_HenkanMethodMode = IROHA_MODE_HenkanMethodMode;
DEFVAR_INT ("canna-mode-delete-dic-mode", &canna_mode_DeleteDicMode /*
*/ );
canna_mode_DeleteDicMode = IROHA_MODE_DeleteDicMode;
DEFVAR_INT ("canna-mode-touroku-mode", &canna_mode_TourokuMode /*
*/ );
canna_mode_TourokuMode = IROHA_MODE_TourokuMode;
DEFVAR_INT ("canna-mode-touroku-empty-mode",
&canna_mode_TourokuEmptyMode /*
*/ );
canna_mode_TourokuEmptyMode = IROHA_MODE_TourokuEmptyMode;
DEFVAR_INT ("canna-mode-touroku-hinshi-mode",
&canna_mode_TourokuHinshiMode /*
*/ );
canna_mode_TourokuHinshiMode = IROHA_MODE_TourokuHinshiMode;
DEFVAR_INT ("canna-mode-touroku-dic-mode", &canna_mode_TourokuDicMode /*
*/ );
canna_mode_TourokuDicMode = IROHA_MODE_TourokuDicMode;
DEFVAR_INT ("canna-mode-quoted-insert-mode",
&canna_mode_QuotedInsertMode /*
*/ );
canna_mode_QuotedInsertMode = IROHA_MODE_QuotedInsertMode;
DEFVAR_INT ("canna-mode-bubun-muhenkan-mode",
&canna_mode_BubunMuhenkanMode /*
*/ );
canna_mode_BubunMuhenkanMode = IROHA_MODE_BubunMuhenkanMode;
DEFVAR_INT ("canna-mode-mount-dic-mode", &canna_mode_MountDicMode /*
*/ );
canna_mode_MountDicMode = IROHA_MODE_MountDicMode;
DEFVAR_INT ("canna-func-self-insert", &canna_fn_SelfInsert /*
*/ );
canna_fn_SelfInsert = IROHA_FN_SelfInsert;
DEFVAR_INT ("canna-func-functional-insert", &canna_fn_FunctionalInsert /*
*/ );
canna_fn_FunctionalInsert = IROHA_FN_FunctionalInsert;
DEFVAR_INT ("canna-func-quoted-insert", &canna_fn_QuotedInsert /*
*/ );
canna_fn_QuotedInsert = IROHA_FN_QuotedInsert;
DEFVAR_INT ("canna-func-japanese-mode", &canna_fn_JapaneseMode /*
*/ );
canna_fn_JapaneseMode = IROHA_FN_JapaneseMode;
DEFVAR_INT ("canna-func-alpha-mode", &canna_fn_AlphaMode /*
*/ );
canna_fn_AlphaMode = IROHA_FN_AlphaMode;
DEFVAR_INT ("canna-func-henkan-nyuryoku-mode",
&canna_fn_HenkanNyuryokuMode /*
*/ );
canna_fn_HenkanNyuryokuMode = IROHA_FN_HenkanNyuryokuMode;
DEFVAR_INT ("canna-func-forward", &canna_fn_Forward /*
*/ );
canna_fn_Forward = IROHA_FN_Forward;
DEFVAR_INT ("canna-func-backward", &canna_fn_Backward /*
*/ );
canna_fn_Backward = IROHA_FN_Backward;
DEFVAR_INT ("canna-func-next", &canna_fn_Next /*
*/ );
canna_fn_Next = IROHA_FN_Next;
DEFVAR_INT ("canna-func-previous", &canna_fn_Prev /*
*/ );
canna_fn_Prev = IROHA_FN_Prev;
DEFVAR_INT ("canna-func-beginning-of-line", &canna_fn_BeginningOfLine /*
*/ );
canna_fn_BeginningOfLine = IROHA_FN_BeginningOfLine;
DEFVAR_INT ("canna-func-end-of-line", &canna_fn_EndOfLine /*
*/ );
canna_fn_EndOfLine = IROHA_FN_EndOfLine;
DEFVAR_INT ("canna-func-delete-next", &canna_fn_DeleteNext /*
*/ );
canna_fn_DeleteNext = IROHA_FN_DeleteNext;
DEFVAR_INT ("canna-func-delete-previous", &canna_fn_DeletePrevious /*
*/ );
canna_fn_DeletePrevious = IROHA_FN_DeletePrevious;
DEFVAR_INT ("canna-func-kill-to-end-of-line", &canna_fn_KillToEndOfLine /*
*/ );
canna_fn_KillToEndOfLine = IROHA_FN_KillToEndOfLine;
DEFVAR_INT ("canna-func-henkan", &canna_fn_Henkan /*
*/ );
canna_fn_Henkan = IROHA_FN_Henkan;
DEFVAR_INT ("canna-func-kakutei", &canna_fn_Kakutei /*
*/ );
canna_fn_Kakutei = IROHA_FN_Kakutei;
DEFVAR_INT ("canna-func-extend", &canna_fn_Extend /*
*/ );
canna_fn_Extend = IROHA_FN_Extend;
DEFVAR_INT ("canna-func-shrink", &canna_fn_Shrink /*
*/ );
canna_fn_Shrink = IROHA_FN_Shrink;
#ifdef CANNA_FN_AdjustBunsetsu
DEFVAR_INT ("canna-func-adjust-bunsetsu", &canna_fn_AdjustBunsetsu /*
*/ );
canna_fn_AdjustBunsetsu = CANNA_FN_AdjustBunsetsu;
#endif
DEFVAR_INT ("canna-func-quit", &canna_fn_Quit /*
*/ );
canna_fn_Quit = IROHA_FN_Quit;
DEFVAR_INT ("canna-func-convert-as-hex", &canna_fn_ConvertAsHex /*
*/ );
canna_fn_ConvertAsHex = IROHA_FN_ConvertAsHex;
DEFVAR_INT ("canna-func-convert-as-bushu", &canna_fn_ConvertAsBushu /*
*/ );
canna_fn_ConvertAsBushu = IROHA_FN_ConvertAsBushu;
DEFVAR_INT ("canna-func-kouho-ichiran", &canna_fn_KouhoIchiran /*
*/ );
canna_fn_KouhoIchiran = IROHA_FN_KouhoIchiran;
DEFVAR_INT ("canna-func-bubun-muhenkan", &canna_fn_BubunMuhenkan /*
*/ );
canna_fn_BubunMuhenkan = IROHA_FN_BubunMuhenkan;
DEFVAR_INT ("canna-func-zenkaku", &canna_fn_Zenkaku /*
*/ );
canna_fn_Zenkaku = IROHA_FN_Zenkaku;
DEFVAR_INT ("canna-func-hankaku", &canna_fn_Hankaku /*
*/ );
canna_fn_Hankaku = IROHA_FN_Hankaku;
DEFVAR_INT ("canna-func-to-upper", &canna_fn_ToUpper /*
*/ );
canna_fn_ToUpper = IROHA_FN_ToUpper;
DEFVAR_INT ("canna-func-capitalize", &canna_fn_Capitalize /*
*/ );
canna_fn_Capitalize = IROHA_FN_Capitalize;
DEFVAR_INT ("canna-func-to-lower", &canna_fn_ToLower /*
*/ );
canna_fn_ToLower = IROHA_FN_ToLower;
DEFVAR_INT ("canna-func-hiragana", &canna_fn_Hiragana /*
*/ );
canna_fn_Hiragana = IROHA_FN_Hiragana;
DEFVAR_INT ("canna-func-katakana", &canna_fn_Katakana /*
*/ );
canna_fn_Katakana = IROHA_FN_Katakana;
DEFVAR_INT ("canna-func-romaji", &canna_fn_Romaji /*
*/ );
canna_fn_Romaji = IROHA_FN_Romaji;
#ifdef CANNA_FN_BaseHiragana
DEFVAR_INT ("canna-func-base-hiragana", &canna_fn_BaseHiragana /*
*/ );
canna_fn_BaseHiragana = CANNA_FN_BaseHiragana;
DEFVAR_INT ("canna-func-base-katakana", &canna_fn_BaseKatakana /*
*/ );
canna_fn_BaseKatakana = CANNA_FN_BaseKatakana;
DEFVAR_INT ("canna-func-base-eisu", &canna_fn_BaseEisu /*
*/ );
canna_fn_BaseEisu = CANNA_FN_BaseEisu;
DEFVAR_INT ("canna-func-base-zenkaku", &canna_fn_BaseZenkaku /*
*/ );
canna_fn_BaseZenkaku = CANNA_FN_BaseZenkaku;
DEFVAR_INT ("canna-func-base-hankaku", &canna_fn_BaseHankaku /*
*/ );
canna_fn_BaseHankaku = CANNA_FN_BaseHankaku;
DEFVAR_INT ("canna-func-base-kana", &canna_fn_BaseKana /*
*/ );
canna_fn_BaseKana = CANNA_FN_BaseKana;
DEFVAR_INT ("canna-func-base-kakutei", &canna_fn_BaseKakutei /*
*/ );
canna_fn_BaseKakutei = CANNA_FN_BaseKakutei;
DEFVAR_INT ("canna-func-base-henkan", &canna_fn_BaseHenkan /*
*/ );
canna_fn_BaseHenkan = CANNA_FN_BaseHenkan;
DEFVAR_INT ("canna-func-base-hiragana-katakana-toggle",
&canna_fn_BaseHiraKataToggle /*
*/ );
canna_fn_BaseHiraKataToggle = CANNA_FN_BaseHiraKataToggle;
DEFVAR_INT ("canna-func-base-zenkaku-hankaku-toggle",
&canna_fn_BaseZenHanToggle /*
*/ );
canna_fn_BaseZenHanToggle = CANNA_FN_BaseZenHanToggle;
DEFVAR_INT ("canna-func-base-kana-eisu-toggle",
&canna_fn_BaseKanaEisuToggle /*
*/ );
canna_fn_BaseKanaEisuToggle = CANNA_FN_BaseKanaEisuToggle;
DEFVAR_INT ("canna-func-base-kakutei-henkan-toggle",
&canna_fn_BaseKakuteiHenkanToggle /*
*/ );
canna_fn_BaseKakuteiHenkanToggle = CANNA_FN_BaseKakuteiHenkanToggle;
DEFVAR_INT ("canna-func-base-rotate-forward",
&canna_fn_BaseRotateForward /*
*/ );
canna_fn_BaseRotateForward = CANNA_FN_BaseRotateForward;
DEFVAR_INT ("canna-func-base-rotate-backward",
&canna_fn_BaseRotateBackward /*
*/ );
canna_fn_BaseRotateBackward = CANNA_FN_BaseRotateBackward;
#endif
DEFVAR_INT ("canna-func-extend-mode", &canna_fn_ExtendMode /*
*/ );
canna_fn_ExtendMode = IROHA_FN_ExtendMode;
DEFVAR_INT ("canna-func-touroku", &canna_fn_Touroku /*
*/ );
canna_fn_Touroku = IROHA_FN_Touroku;
DEFVAR_INT ("canna-func-hex-mode", &canna_fn_HexMode /*
*/ );
canna_fn_HexMode = IROHA_FN_HexMode;
DEFVAR_INT ("canna-func-bushu-mode", &canna_fn_BushuMode /*
*/ );
canna_fn_BushuMode = IROHA_FN_BushuMode;
DEFVAR_INT ("canna-func-kigo-mode", &canna_fn_KigouMode /*
*/ );
canna_fn_KigouMode = IROHA_FN_KigouMode;
#ifdef CANNA_FN_Mark
DEFVAR_INT ("canna-func-mark", &canna_fn_Mark /*
*/ );
canna_fn_Mark = CANNA_FN_Mark;
#endif
#ifdef CANNA_FN_TemporalMode
DEFVAR_INT ("canna-func-temporal-mode", &canna_fn_TemporalMode /*
*/ );
canna_fn_TemporalMode = CANNA_FN_TemporalMode;
#endif
DEFVAR_INT ("canna-key-nfer", &canna_key_Nfer /*
*/ );
canna_key_Nfer = IROHA_KEY_Nfer;
DEFVAR_INT ("canna-key-xfer", &canna_key_Xfer /*
*/ );
canna_key_Xfer = IROHA_KEY_Xfer;
DEFVAR_INT ("canna-key-up", &canna_key_Up /*
*/ );
canna_key_Up = IROHA_KEY_Up;
DEFVAR_INT ("canna-key-left", &canna_key_Left /*
*/ );
canna_key_Left = IROHA_KEY_Left;
DEFVAR_INT ("canna-key-right", &canna_key_Right /*
*/ );
canna_key_Right = IROHA_KEY_Right;
DEFVAR_INT ("canna-key-down", &canna_key_Down /*
*/ );
canna_key_Down = IROHA_KEY_Down;
DEFVAR_INT ("canna-key-insert", &canna_key_Insert /*
*/ );
canna_key_Insert = IROHA_KEY_Insert;
DEFVAR_INT ("canna-key-rollup", &canna_key_Rollup /*
*/ );
canna_key_Rollup = IROHA_KEY_Rollup;
DEFVAR_INT ("canna-key-rolldown", &canna_key_Rolldown /*
*/ );
canna_key_Rolldown = IROHA_KEY_Rolldown;
DEFVAR_INT ("canna-key-home", &canna_key_Home /*
*/ );
canna_key_Home = IROHA_KEY_Home;
DEFVAR_INT ("canna-key-help", &canna_key_Help /*
*/ );
canna_key_Help = IROHA_KEY_Help;
DEFVAR_INT ("canna-key-kp-key", &canna_key_KP_Key /*
*/ );
canna_key_KP_Key = IROHA_KEY_KP_Key;
DEFVAR_INT ("canna-key-shift-nfer", &canna_key_Shift_Nfer /*
*/ );
canna_key_Shift_Nfer = IROHA_KEY_Shift_Nfer;
DEFVAR_INT ("canna-key-shift-xfer", &canna_key_Shift_Xfer /*
*/ );
canna_key_Shift_Xfer = IROHA_KEY_Shift_Xfer;
DEFVAR_INT ("canna-key-shift-up", &canna_key_Shift_Up /*
*/ );
canna_key_Shift_Up = IROHA_KEY_Shift_Up;
DEFVAR_INT ("canna-key-shift-left", &canna_key_Shift_Left /*
*/ );
canna_key_Shift_Left = IROHA_KEY_Shift_Left;
DEFVAR_INT ("canna-key-shift-right", &canna_key_Shift_Right /*
*/ );
canna_key_Shift_Right = IROHA_KEY_Shift_Right;
DEFVAR_INT ("canna-key-shift-down", &canna_key_Shift_Down /*
*/ );
canna_key_Shift_Down = IROHA_KEY_Shift_Down;
DEFVAR_INT ("canna-key-control-nfer", &canna_key_Cntrl_Nfer /*
*/ );
canna_key_Cntrl_Nfer = IROHA_KEY_Cntrl_Nfer;
DEFVAR_INT ("canna-key-control-xfer", &canna_key_Cntrl_Xfer /*
*/ );
canna_key_Cntrl_Xfer = IROHA_KEY_Cntrl_Xfer;
DEFVAR_INT ("canna-key-control-up", &canna_key_Cntrl_Up /*
*/ );
canna_key_Cntrl_Up = IROHA_KEY_Cntrl_Up;
DEFVAR_INT ("canna-key-control-left", &canna_key_Cntrl_Left /*
*/ );
canna_key_Cntrl_Left = IROHA_KEY_Cntrl_Left;
DEFVAR_INT ("canna-key-control-right", &canna_key_Cntrl_Right /*
*/ );
canna_key_Cntrl_Right = IROHA_KEY_Cntrl_Right;
DEFVAR_INT ("canna-key-control-down", &canna_key_Cntrl_Down /*
*/ );
canna_key_Cntrl_Down = IROHA_KEY_Cntrl_Down;
Fprovide (intern ("CANNA"));
}
#if 0
#ifdef HAVE_SHLIB
void unload_canna_api (void);
void
unload_canna_api (void)
{
/* We don't need to do anything here in the sample case. However, if you
create any new types with INIT_LRECORD_IMPLEMENTATION (sample_type), then
UNDEF_LRECORD_IMPLEMENTATION (sample_type) must appear here. Also, any
symbols declared with DEFSYMBOL (Qsample_var), or one of its variants,
must have a corresponding unstaticpro_nodump (&Qsample_var) here. */
}
#endif
#endif
#ifdef CANNA_MULE
/* Return the number of characters in an EUC-JP string. */
static int
euc_jp_num_chars (unsigned char *p, int l)
{
unsigned char ch, *cp = p;
int len = 0;
while ((cp < p + l) && (ch = *cp))
{
if ((unsigned char) ch == ISO_CODE_SS2)
{
len++;
cp += 2;
}
else if ((unsigned char) ch == ISO_CODE_SS3)
{
len++;
cp += 3;
}
else if (ch & 0x80)
{
len++;
cp += 2;
}
else
{
len++;
cp++;
}
}
return (len);
}
/* count number of characters */
static void
count_char (unsigned char *p, int len, int pos, int rev,
Fixnum *clen, Fixnum *cpos, Fixnum *crev)
{
unsigned char *q = p;
*clen = *cpos = *crev = 0;
if (len == 0) return;
while (q < p + pos)
{
(*clen)++;
(*cpos)++;
if (*q++ & 0x80) q++;
}
while (q < p + pos + rev)
{
(*clen)++;
(*crev)++;
if (*q++ & 0x80) q++;
}
while (q < p + len)
{
(*clen)++;
if (*q++ & 0x80) q++;
}
}
#endif /* CANNA_MULE */