/*
* Copyright (C) 2008-2012 OMRON SOFTWARE Co., Ltd.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
#define NJ_VERSION "iWnn Version 1.1.2"
#ifndef _NJ_LIB_H_
#define _NJ_LIB_H_
typedef signed char NJ_INT8;
typedef unsigned char NJ_UINT8;
typedef signed short NJ_INT16;
typedef unsigned short NJ_UINT16;
typedef signed long NJ_INT32;
typedef unsigned long NJ_UINT32;
typedef unsigned short NJ_CHAR;
#define NJ_CHAR_NUL 0x0000
#define NJ_TERM_LEN 1
#define NJ_TERM_SIZE (NJ_TERM_LEN)
#ifndef NULL
#define NULL 0
#endif
#ifdef NJ_STACK_CHECK_FILE
typedef NJ_VOID VOID;
#endif
#ifndef NJ_CHAR_WAVE_DASH_BIG
#define NJ_CHAR_WAVE_DASH_BIG 0xFF5E
#endif
#ifndef NJ_CHAR_WAVE_DASH_SMALL
#define NJ_CHAR_WAVE_DASH_SMALL 0x007E
#endif
typedef NJ_INT16 NJ_HINDO;
#define NJ_INDEX_SIZE 2
#define NJ_LEARN_DIC_HEADER_SIZE 72
#ifndef NJ_MAX_DIC
#define NJ_MAX_DIC 20
#endif
#ifndef NJ_MAX_CHARSET
#define NJ_MAX_CHARSET 200
#endif
#ifndef NJ_SEARCH_CACHE_SIZE
#define NJ_SEARCH_CACHE_SIZE 200
#endif
#ifndef NJ_CACHE_VIEW_CNT
#define NJ_CACHE_VIEW_CNT 2
#endif
#ifndef NJ_MAX_RESULT_LEN
#define NJ_MAX_RESULT_LEN 50
#endif
#ifndef NJ_MAX_LEN
#define NJ_MAX_LEN 50
#endif
#ifndef NJ_MAX_KEYWORD
#define NJ_MAX_KEYWORD (NJ_MAX_RESULT_LEN + NJ_TERM_LEN)
#endif
#ifndef NJ_MAX_PHRASE
#define NJ_MAX_PHRASE NJ_MAX_LEN
#endif
#ifndef NJ_MAX_PHR_CONNECT
#define NJ_MAX_PHR_CONNECT 5
#endif
#ifndef NJ_MAX_USER_LEN
#define NJ_MAX_USER_LEN 50
#endif
#ifndef NJ_MAX_USER_KOUHO_LEN
#define NJ_MAX_USER_KOUHO_LEN 50
#endif
#ifndef NJ_MAX_USER_COUNT
#define NJ_MAX_USER_COUNT 100
#endif
#define NJ_USER_QUE_SIZE (((NJ_MAX_USER_LEN + NJ_MAX_USER_KOUHO_LEN) * sizeof(NJ_CHAR)) + 5)
#define NJ_USER_DIC_SIZE ((NJ_USER_QUE_SIZE + NJ_INDEX_SIZE + NJ_INDEX_SIZE) * NJ_MAX_USER_COUNT + NJ_INDEX_SIZE + NJ_INDEX_SIZE + NJ_LEARN_DIC_HEADER_SIZE + 4)
typedef NJ_UINT8 * NJ_DIC_HANDLE;
typedef struct {
NJ_UINT16 base;
NJ_UINT16 high;
} NJ_DIC_FREQ;
typedef struct {
NJ_UINT32 current;
NJ_UINT32 top;
NJ_UINT32 bottom;
NJ_UINT8 *node;
NJ_UINT8 *now;
NJ_UINT16 idx_no;
} NJ_CACHE_INFO;
typedef struct {
NJ_UINT8 statusFlg;
#define NJ_STATUSFLG_CACHEOVER ((NJ_UINT8)0x01)
#define NJ_STATUSFLG_AIMAI ((NJ_UINT8)0x02)
#define NJ_STATUSFLG_HINDO ((NJ_UINT8)0x04)
NJ_UINT8 viewCnt;
NJ_UINT16 keyPtr[NJ_MAX_KEYWORD];
NJ_CACHE_INFO storebuff[NJ_SEARCH_CACHE_SIZE];
} NJ_SEARCH_CACHE;
#define NJ_GET_CACHEOVER_FROM_SCACHE(s) ((s)->statusFlg & NJ_STATUSFLG_CACHEOVER)
#define NJ_GET_AIMAI_FROM_SCACHE(s) ((s)->statusFlg & NJ_STATUSFLG_AIMAI)
#define NJ_SET_CACHEOVER_TO_SCACHE(s) ((s)->statusFlg |= NJ_STATUSFLG_CACHEOVER)
#define NJ_SET_AIMAI_TO_SCACHE(s) ((s)->statusFlg |= NJ_STATUSFLG_AIMAI)
#define NJ_UNSET_CACHEOVER_TO_SCACHE(s) ((s)->statusFlg &= ~NJ_STATUSFLG_CACHEOVER)
#define NJ_UNSET_AIMAI_TO_SCACHE(s) ((s)->statusFlg &= ~NJ_STATUSFLG_AIMAI)
typedef struct {
NJ_UINT8 type;
#define NJ_DIC_H_TYPE_NORMAL 0x00
NJ_UINT8 limit;
NJ_DIC_HANDLE handle;
#define NJ_MODE_TYPE_MAX 1
NJ_DIC_FREQ dic_freq[NJ_MODE_TYPE_MAX];
#define NJ_MODE_TYPE_HENKAN 0
NJ_SEARCH_CACHE * srhCache;
} NJ_DIC_INFO;
typedef struct {
NJ_DIC_INFO dic[NJ_MAX_DIC];
NJ_DIC_HANDLE rHandle[NJ_MODE_TYPE_MAX];
NJ_UINT16 mode;
#define NJ_CACHE_MODE_NONE 0x0000
#define NJ_CACHE_MODE_VALID 0x0001
NJ_CHAR keyword[NJ_MAX_KEYWORD];
} NJ_DIC_SET;
typedef struct {
NJ_UINT16 charset_count;
NJ_CHAR *from[NJ_MAX_CHARSET];
NJ_CHAR *to[NJ_MAX_CHARSET];
} NJ_CHARSET;
typedef struct {
NJ_UINT8 operation;
#define NJ_CUR_OP_COMP 0
#define NJ_CUR_OP_FORE 1
#define NJ_CUR_OP_LINK 2
NJ_UINT8 mode;
#define NJ_CUR_MODE_FREQ 0
#define NJ_CUR_MODE_YOMI 1
NJ_DIC_SET *ds;
struct {
NJ_UINT8 *fore;
NJ_UINT16 foreSize;
NJ_UINT16 foreFlag;
NJ_UINT8 *rear;
NJ_UINT16 rearSize;
NJ_UINT16 rearFlag;
NJ_UINT8 *yominasi_fore;
} hinsi;
NJ_CHAR *yomi;
NJ_UINT16 ylen;
NJ_UINT16 yclen;
NJ_CHAR *kanji;
NJ_CHARSET *charset;
} NJ_SEARCH_CONDITION;
typedef struct {
NJ_DIC_HANDLE handle;
NJ_UINT32 current;
NJ_UINT32 top;
NJ_UINT32 bottom;
NJ_UINT32 relation[NJ_MAX_PHR_CONNECT];
NJ_UINT8 current_cache;
NJ_UINT8 current_info;
NJ_UINT8 status;
NJ_UINT8 type;
} NJ_SEARCH_LOCATION;
typedef struct {
NJ_HINDO cache_freq;
NJ_DIC_FREQ dic_freq;
NJ_SEARCH_LOCATION loct;
} NJ_SEARCH_LOCATION_SET;
typedef struct {
NJ_SEARCH_CONDITION cond;
NJ_SEARCH_LOCATION_SET loctset[NJ_MAX_DIC];
} NJ_CURSOR;
typedef struct {
NJ_UINT8 hinsi_group;
#define NJ_HINSI_MEISI 0
#define NJ_HINSI_JINMEI 1
#define NJ_HINSI_MEISI_NO_CONJ 2
#define NJ_HINSI_CHIMEI 2
#define NJ_HINSI_KIGOU 3
NJ_CHAR yomi[NJ_MAX_LEN + NJ_TERM_LEN];
NJ_CHAR kouho[NJ_MAX_RESULT_LEN + NJ_TERM_LEN];
struct {
NJ_UINT16 yomi_len;
NJ_UINT16 kouho_len;
NJ_UINT32 hinsi;
NJ_UINT32 attr;
NJ_INT16 freq;
} stem;
struct {
NJ_UINT16 yomi_len;
NJ_UINT16 kouho_len;
NJ_UINT32 hinsi;
NJ_INT16 freq;
} fzk;
NJ_INT16 connect;
} NJ_WORD_INFO;
typedef struct {
NJ_CHAR *yomi;
struct NJ_STEM {
NJ_UINT16 info1;
NJ_UINT16 info2;
NJ_HINDO hindo;
NJ_SEARCH_LOCATION loc;
NJ_UINT8 type;
} stem;
struct NJ_FZK {
NJ_UINT16 info1;
NJ_UINT16 info2;
NJ_HINDO hindo;
} fzk;
} NJ_WORD;
#define NJ_GET_FPOS_FROM_STEM(s) ((NJ_UINT16)((s)->stem.info1 >> 7))
#define NJ_GET_BPOS_FROM_STEM(s) ((NJ_UINT16)((s)->stem.info2 >> 7))
#define NJ_SET_FPOS_TO_STEM(s,v) ((s)->stem.info1 = ((s)->stem.info1 & 0x007F) | (NJ_UINT16)((v) << 7))
#define NJ_GET_YLEN_FROM_STEM(s) ((NJ_UINT8)((s)->stem.info1 & 0x7F))
#define NJ_GET_KLEN_FROM_STEM(s) ((NJ_UINT8)((s)->stem.info2 & 0x7F))
#define NJ_SET_YLEN_TO_STEM(s,v) ((s)->stem.info1 = ((s)->stem.info1 & 0xFF80) | (NJ_UINT16)((v) & 0x7F))
#define NJ_SET_BPOS_TO_STEM(s,v) ((s)->stem.info2 = ((s)->stem.info2 & 0x007F) | (NJ_UINT16)((v) << 7))
#define NJ_SET_KLEN_TO_STEM(s,v) ((s)->stem.info2 = ((s)->stem.info2 & 0xFF80) | (NJ_UINT16)((v) & 0x7F))
#define NJ_GET_YLEN_FROM_FZK(f) ((NJ_UINT8)((f)->fzk.info1 & 0x7F))
#define NJ_GET_BPOS_FROM_FZK(f) ((NJ_UINT16)((f)->fzk.info2 >> 7))
typedef struct {
NJ_UINT16 operation_id;
#define NJ_OP_MASK 0x000f
#define NJ_GET_RESULT_OP(id) ((id) & NJ_OP_MASK)
#define NJ_OP_SEARCH 0x0000
#define NJ_FUNC_MASK 0x00f0
#define NJ_GET_RESULT_FUNC(id) ((id) & NJ_FUNC_MASK)
#define NJ_FUNC_SEARCH 0x0000
#define NJ_DIC_MASK 0xf000
#define NJ_GET_RESULT_DIC(id) ((id) & 0xF000)
#define NJ_DIC_STATIC 0x1000
#define NJ_DIC_CUSTOMIZE 0x2000
#define NJ_DIC_LEARN 0x3000
#define NJ_DIC_USER 0x4000
NJ_WORD word;
} NJ_RESULT;
typedef struct {
NJ_UINT16 mode;
#define NJ_DEFAULT_MODE (NJ_NO_RENBUN|NJ_NO_TANBUN|NJ_RELATION_ON|NJ_YOMINASI_ON)
NJ_UINT16 forecast_learn_limit;
#define NJ_DEFAULT_FORECAST_LEARN_LIMIT 30
NJ_UINT16 forecast_limit;
#define NJ_DEFAULT_FORECAST_LIMIT 100
NJ_UINT8 char_min;
#define NJ_DEFAULT_CHAR_MIN 0
NJ_UINT8 char_max;
#define NJ_DEFAULT_CHAR_MAX NJ_MAX_LEN
} NJ_ANALYZE_OPTION;
#define NJ_STATE_MAX_FREQ 1000
#define NJ_STATE_MIN_FREQ 0
#include "njx_lib.h"
#define NJ_EXTERN extern
NJ_EXTERN NJ_INT16 njx_get_stroke(NJ_CLASS *iwnn, NJ_RESULT *result, NJ_CHAR *buf, NJ_UINT16 buf_size);
NJ_EXTERN NJ_INT16 njx_get_candidate(NJ_CLASS *iwnn, NJ_RESULT *result, NJ_CHAR *buf, NJ_UINT16 buf_size);
NJ_EXTERN NJ_INT16 njx_search_word(NJ_CLASS *iwnn, NJ_CURSOR *cursor);
NJ_EXTERN NJ_INT16 njx_get_word(NJ_CLASS *iwnn, NJ_CURSOR *cursor, NJ_RESULT *result);
NJ_EXTERN NJ_INT16 njx_check_dic(NJ_CLASS *iwnn, NJ_DIC_HANDLE handle, NJ_UINT8 restore, NJ_UINT32 size);
NJ_EXTERN NJ_INT16 njx_add_word(NJ_CLASS *iwnn, NJ_WORD_INFO *word, NJ_UINT8 type, NJ_UINT8 connect);
NJ_EXTERN NJ_INT16 njx_delete_word(NJ_CLASS *iwnn, NJ_RESULT *result);
NJ_EXTERN NJ_INT16 njx_create_dic(NJ_CLASS *iwnn, NJ_DIC_HANDLE handle, NJ_INT8 type, NJ_UINT32 size);
NJ_EXTERN NJ_INT16 njx_init(NJ_CLASS *iwnn);
NJ_EXTERN NJ_INT16 njx_select(NJ_CLASS *iwnn, NJ_RESULT *r_result);
#endif