1 /* Copyright 1994 NEC Corporation, Tokyo, Japan. 2 * 3 * Permission to use, copy, modify, distribute and sell this software 4 * and its documentation for any purpose is hereby granted without 5 * fee, provided that the above copyright notice appear in all copies 6 * and that both that copyright notice and this permission notice 7 * appear in supporting documentation, and that the name of NEC 8 * Corporation not be used in advertising or publicity pertaining to 9 * distribution of the software without specific, written prior 10 * permission. NEC Corporation makes no representations about the 11 * suitability of this software for any purpose. It is provided "as 12 * is" without express or implied warranty. 13 * 14 * NEC CORPORATION DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, 15 * INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN 16 * NO EVENT SHALL NEC CORPORATION BE LIABLE FOR ANY SPECIAL, INDIRECT OR 17 * CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF 18 * USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR 19 * OTHER TORTUOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR 20 * PERFORMANCE OF THIS SOFTWARE. 21 */ 22 23 /* LINTLIBRARY */ 24 /* $Id: RKintern.h,v 1.15.2.2 2003/12/27 17:15:24 aida_s Exp $ */ 25 #ifndef _RKintern_h 26 #define _RKintern_h 27 28 #define BUNMATU 29 30 /* BUNMATU �ޥ���� define ����ȡ���Φ��ü�ʳص�����ر���ؾ���ʳ� 31 ����ʤ�ƣ���¹�(fujieda@jaist.ac.jp)�������ؤ���ʡ٤Τ��ʴ����� 32 ����Ψ����Τ���ˡ�1994 �ߤ��Ȥ߹������ʸ��������פ�ͭ���ˤʤ�� 33 ��������ˤ��ʸ�����ˤ�������ʤ�ʸ����ʸ�������˽Ф���뤳�Ȥ� 34 �ʤ��ʤ��Ѵ���Ψ�����夷�ޤ������Υ����ɤ����Ʋ������ޤ���ƣ�ޤ� 35 ��˴��դ��ޤ��� */ 36 37 #define LOGIC_HACK 38 /* ƣ�ޡ��ʣ��ɣӣԤΥϥå���ͭ���ˤ��� */ 39 40 #define EXTENSION_NEW 41 42 #include "cannaconf.h" 43 44 #if !defined(WINDOWS_STYLE_FILENAME) && !defined(USE_OBSOLETE_STYLE_FILENAME) 45 #define WINDOWS_STYLE_FILENAME 46 #endif 47 48 #ifdef __CYGWIN32__ 49 #define USE_MALLOC_FOR_BIG_ARRAY 50 #endif 51 52 typedef unsigned short Wchar; 53 54 #define RK_INTERNAL 55 typedef Wchar cannawc; 56 #define CANNAWC_DEFINED 57 #define CANNA_NEW_WCHAR_AWARE 58 #include "canna/RK.h" 59 60 #include "ccompat.h" 61 62 #include <unistd.h> 63 #ifdef HAVE_FCNTL_H 64 # include <fcntl.h> 65 #endif 66 67 #ifndef AIXV3 68 #include <ctype.h> 69 #endif 70 71 #ifdef NOT_DEF 72 #include <errno.h> 73 int Rk_errno; 74 #define RkSetErrno(number) {\ 75 if (number) 76 Rk_errno = (number); 77 else 78 Rk_errno = errno; 79 } 80 #else 81 #define RkSetErrno(number) 82 #endif 83 84 #ifndef RK_DEBUG 85 #define RkDebug(fmt, p, q, r) 86 #endif 87 #ifdef __STDC__ 88 #define QUOTE(s) #s 89 #else 90 #define QUOTE(s) "s" 91 #endif 92 #ifdef NDEBUG 93 #define RK_ASSERT(expr) ((void)0) 94 #else 95 #define RK_ASSERT(expr) ((expr) ? (void)0 : RkAssertFail(\ 96 __FILE__, __LINE__, QUOTE(expr))) 97 #endif /* NDEBUG */ 98 99 #define MKDIR_MODE 0775 100 #define CREAT_MODE 0664 101 102 typedef unsigned char *pointer; 103 typedef unsigned char Wrec; 104 105 #define WMASK (~0x0303) 106 #define RK_WMASK WMASK 107 #define WNILL (unsigned short)0x0000 108 #define WNULL (unsigned short *)0 109 #define us_iscodeG0(wc) (((wc) & 0x8080) == 0x0000) 110 #define us_iscodeG1(wc) (((wc) & 0x8080) == 0x8080) 111 #define us_iscodeG2(wc) (((wc) & 0x8080) == 0x0080) 112 #define us_iscodeG3(wc) (((wc) & 0x8080) == 0x8000) 113 114 #define RK_SS2 (unsigned char)0x8e 115 #define RK_SS3 (unsigned char)0x8f 116 117 #define RK_ESC_CHAR ((Wchar)'\\') 118 119 #define euc_iscodeG0(c) isascii(c) 120 #define euc_iscodeG1(c) (((c) & 0x80) && !((c) & RK_SS2) && !((c) & RK_SS3)) 121 #define euc_iscodeG2(c) ((c) & RK_SS2) 122 #define euc_iscodeG3(c) ((c) & RK_SS3) 123 124 /* RkUnion 125 * private data at each class. 126 */ 127 typedef union _rkunion { 128 pointer ptr; 129 long var; 130 unsigned long uvar; 131 } RkUnion; 132 133 /* kana kanji henkan jisho 134 * MS 870713 135 * 136 * +---------------+ 137 * | HEADER | jisho header (256 byte) 138 * +---------------+256L 139 * | | yomigana no index 140 * | DIRECTORY | 141 * +---------------+ 142 * | | tango jouhou 143 * | | yomi, {(row, col), tsuduri, hindo}... 144 * | WORD | 145 * | | 146 * | | 147 * +---------------+ 148 * | | setuzoku jouhou(swd nomi) 149 * | CONJUNCT | row... 150 * | | 151 * +---------------+ 152 */ 153 154 /* BASIC TYPE: 155 * subete no data ha MSB first(Motorolla order) de tenkai sareru 156 * unsigned char w 157 * unsigned short wx 158 * unsigned long wxyz 159 */ 160 #define LOMASK(x) ((x)&255) 161 /* #include "type.h" */ 162 /* 163 * byte stream <=> long or short 164 */ 165 #define l_to_bst4(src, dst) {\ 166 dst[0] = (unsigned char)(((long)(src) >> 24) & 0xff);\ 167 dst[1] = (unsigned char)(((long)(src) >> 16) & 0xff);\ 168 dst[2] = (unsigned char)(((long)(src) >> 8) & 0xff);\ 169 dst[3] = (unsigned char)( (long)(src) & 0xff);\ 170 } 171 172 #define bst4_to_l(src) \ 173 (unsigned long)(((long)(src)[0] << 24) |\ 174 ((long)(src)[1] << 16) |\ 175 ((long)(src)[2] << 8) |\ 176 (long)(src)[3]) 177 178 #define l_to_bst3(src, dst) {\ 179 dst[0] = (unsigned char)(((long)(src) >> 16) & 0xff);\ 180 dst[1] = (unsigned char)(((long)(src) >> 8) & 0xff);\ 181 dst[2] = (unsigned char)( (long)(src) & 0xff);\ 182 } 183 184 #define bst3_to_l(src) \ 185 (unsigned long)(((long)(src)[0] << 16) | ((long)(src)[1] << 8) | (long)(src)[2]) 186 187 #define s_to_bst2(src, dst) {\ 188 (dst)[0] = (unsigned char)((src >> 8) & 0xff);\ 189 (dst)[1] = (unsigned char)(src & 0xff);\ 190 } 191 192 #define bst2_to_s(src) \ 193 (unsigned short)(((unsigned short)(src)[0] << 8) | (src)[1]) 194 195 #define l_to_bst l_to_bst4 196 #define bst_to_l bst4_to_l 197 #define s_to_bst s_to_bst2 198 199 #define L4TOL(l4)\ 200 (((((((unsigned long)(l4)[0]<<8)|(l4)[1])<<8) | (l4)[2])<<8)|(l4)[3]) 201 #define L3TOL(l3)\ 202 (((((unsigned long)(l3)[0]<<8)|(l3)[1])<<8) | (l3)[2]) 203 #define S2TOS(s2) (((unsigned short)(s2)[0]<<8)|(s2)[1]) 204 #define LTOL4(l, l4) {\ 205 (l4)[0] = LOMASK((l)>>24); (l4)[1] = LOMASK((l)>>16);\ 206 (l4)[2] = LOMASK((l)>> 8); (l4)[3] = LOMASK((l));\ 207 } 208 #define LTOL3(l, l3) {\ 209 (l3)[0] = LOMASK((l)>>16);\ 210 (l3)[1] = LOMASK((l)>> 8);\ 211 (l3)[2] = LOMASK((l));\ 212 } 213 #define STOS2(s, s2) {\ 214 (s2)[0] = LOMASK((s)>> 8);\ 215 (s2)[1] = LOMASK((s));\ 216 } 217 218 #define RkNumber(ary) (sizeof(ary)/sizeof(ary[0])) 219 220 #define rk_isdigit(c) (!((c) & ~0xff) ? isdigit((int)(c)) : 0) 221 #define rk_isascii(c) (!((c) & ~0xff) ? isascii((int)(c)) : 0) 222 #define rk_isspace(c) (!((c) & ~0xff) ? isspace((int)(c)) : 0) 223 224 /* WARNING: ������¤��Ѥ���Ȥ���Hdrtag����դ��뤳��! */ 225 enum { 226 /* These must be first 5 tags in this order for new (>=300702L) dic */ 227 HD_MAG, /* mandatory */ 228 HD_SIZ, /* mandatory */ 229 HD_HSZ, /* mandatory */ 230 HD_CURV, /* mandatory for new dic, but must not exist in 300000L dic */ 231 HD_CMPV, /* mandatory for new dic, but must not exist in 300000L dic */ 232 /* Some of them are optional */ 233 HD_VER, /* only for 300000L format, must not exist in new format */ 234 HD_TIME, /* mandatory */ 235 HD_REC, /* mandatory */ 236 HD_CAN, /* mandatory */ 237 HD_L2P, /* mandatory except for freq file */ 238 HD_L2C, /* mandatory except for freq file */ 239 HD_PAG, /* mandatory except for freq file */ 240 HD_LND, /* mandatory except for freq file */ 241 HD_SND, /* mandatory except for freq file */ 242 HD_DROF, /* mandatory except for freq file */ 243 HD_PGOF, /* mandatory except for freq file */ 244 HD_DMNM, /* mandatory */ 245 HD_CODM, /* mandatory only in freq file, otherwise not referred */ 246 HD_LANG, /* record is set but not referred */ 247 HD_WWID, /* record is set but not referred */ 248 HD_WTYP, /* record is set but not referred */ 249 HD_COPY, /* optional */ 250 HD_NOTE, /* optional */ 251 HD_TYPE, /* record is set but not referred */ 252 /* Tags below must not appear in 300000L dic */ 253 HD_CRC, /* optional */ 254 HD_GRAM, /* optional */ 255 HD_GRSZ, /* optional */ 256 HD_MAXTAG 257 }; 258 259 #define HD_TAGSIZ 4 260 #define HD_MIN_TAGSIZ (3 * HD_TAGSIZ) 261 #define HD_VERSION(hd) (((hd)->flag[HD_CURV] == -1) \ 262 ? (hd)->data[HD_CURV].var : 0x300000L) 263 264 struct HD { 265 RkUnion data[HD_MAXTAG]; 266 int flag[HD_MAXTAG]; 267 }; 268 269 #define JMWD 1 270 #define JSWD 2 271 #define JPRE 3 272 #define JSUC 4 273 274 #define BYTE2 2 275 #define BYTE4 4 276 277 #define DEF_WWID 2 278 279 #define WORD_NODE (0x80) 280 #define LAST_NODE (0x40) 281 #define BIT_UNIT 8 282 283 #define NOLOCALE "NOLOCALE" 284 #define DEF_WTYP "W16 " 285 #define DEF_TYPE "jmwd" 286 287 #define RK_PG_LOADED 0x01 288 #define RK_PG_USED 0x02 289 290 #define isLoadedPage(p) ((p)->flags & RK_PG_LOADED) 291 #define isUsedPage(p) ((p)->flags & RK_PG_USED) 292 293 #define thisPWO(p) (unsigned long)((((unsigned long ) *(p) << 6) & 0x3fc0) \ 294 | ((*((p)+1) >> 2) & 0x3f)) 295 #define thisLVO(p) (unsigned long)((((unsigned long) *((p)+1) << 13) & 0x6000) \ 296 | (((unsigned long) *((p)+2) << 5) & 0x1fe0) \ 297 | ((*((p)+3) >> 3) & 0x1f)) 298 #define thisCSN(p) (unsigned long)((((unsigned long) *((p)+3) << 8) & 0x700) | *((p)+4)) 299 300 struct NP { 301 unsigned ndsz; 302 unsigned lnksz; 303 unsigned long lvo; 304 unsigned long csn; 305 unsigned flags; 306 int count; 307 unsigned char *buf; 308 }; 309 310 /* 311 * definition of off_t added by Kenji Rikitake 27-MAR-1995 312 * 313 * Include necessary headers for lseek() here. 314 * note: sys/types.h only applies for BSD/OS 2.0. 315 * Use the appropriate files for other systems. 316 */ 317 318 #include <sys/types.h> 319 320 struct ND { 321 unsigned long time; 322 unsigned long crc; 323 int crc_found; 324 unsigned long rec; 325 unsigned long can; 326 unsigned long sz; 327 off_t doff; 328 unsigned long drsz; 329 unsigned long pgsz; 330 unsigned long ttlpg; 331 int fd; 332 unsigned char *buf; 333 struct NP *pgs; 334 long version; 335 }; 336 337 /* HEADER: 338 * unsigned char magic[2]; 339 * unsigned char pakeuc; key ga asshuku sareteiru 340 * unsigned char name[]; jisho mei 341 * xxx.mwd xxx.swd xxx.pre xxx.suc 342 * \n de shuuryou 343 */ 344 #define ND_HDMAGICSIZ 4 345 #define ND_HDRSIZ 256 /* header size */ 346 #if 0 /* iranai? */ 347 #define ND_HDRMAG (('H'<<8)|'N')/* magic number */ 348 #endif 349 /* jisho class */ 350 #define ND_MWD RK_MWD 351 #define ND_SWD RK_SWD 352 #define ND_PRE RK_PRE 353 #define ND_SUC RK_SUC 354 #define ND_EMP 4 /* kuugo */ 355 #define ND_OPN 5 /* hiraki kakko */ 356 #define ND_CLS 6 /* toji kakko */ 357 #define ND_PUN 7 /* kutouten */ 358 359 360 struct wcand { 361 unsigned char *addr; 362 unsigned short row; 363 unsigned char klen; 364 }; 365 366 struct RkXwrec { 367 unsigned ncands, wrecsz; 368 unsigned char *wrec; 369 }; 370 371 /* DIRECTORY: 372 * xxxx NODE.... 373 * xxxx niha, DIRECTORY no ookisa ga byte de hairu. 374 * 375 * 4 byte no NODE kara kousei 376 * 377 * +--+--+--+--+ 378 * |KY|X1 X2 X3| 379 * +--+--+--+--+ 380 * ! ! 381 * ! +------------- X1 382 * ! word record/directory offset 383 * ! (X1<<16) | (X2<<8) | (X3) 384 * ! 385 * +---------------- yomi (ascii/euc hiragara lower byte) 386 * 0 387 */ 388 #define ND_NODSIZ 6 /* node size in byte */ 389 #define ND_DSPENT 189 /* #entry in the dispatch table */ 390 /* mask values */ 391 #define ND_OFFMASK 0x00ffffffL /* offset mask (24 bit) */ 392 /* X1 bit flags */ 393 394 #define ND_NULLOFF ND_OFFMASK /* tango ga sakujo sareta */ 395 #define VMASK 0x7fffffL 396 397 /* predicators */ 398 #define ND_LAST 0x0080L /* directory no saishuu node (entry) */ 399 #define ND_WORD 0x0040L /* offset ha tango joushou wo sasu */ 400 #define ND_RFU 0x0020L /* Mishiyou (offset ni tuika ?) */ 401 #define ISLASTNOD(flag) ((flag)&ND_LAST) 402 #define ISWORDNOD(flag) ((flag)&ND_WORD) 403 404 405 #define HN (unsigned long) 256 406 #define HashFunc(key) (unsigned long)((key) % HN) 407 408 struct WRT{ 409 unsigned long sz; 410 unsigned long cs; 411 unsigned long frst; 412 unsigned long tm; 413 unsigned char *buf; 414 }; 415 416 struct CTdata{ 417 struct CTdata *next; 418 unsigned long ct[2]; 419 }; 420 421 struct RUT{ 422 unsigned long sz; 423 unsigned long cs; 424 unsigned long frst; 425 unsigned long tm; 426 struct CTdata **dp; 427 }; 428 429 #define a_csn(x) (unsigned long) \ 430 (((((unsigned long)(x)[0] << 8) | (x)[1]) << 4) | (((unsigned long)(x)[2] & 0xf0) >> 4)) 431 432 #define a_tick(x) (unsigned long) \ 433 ((((((unsigned long)(x)[2] & 0x0f) << 8) | (unsigned long)(x)[3]) << 8) | (x)[4]) 434 435 #define WriteVal(csn, tick, buf){\ 436 (buf)[0] = (unsigned char)(((csn)>>12) & 0xff);\ 437 (buf)[1] = (unsigned char)(((csn)>>4) & 0xff);\ 438 (buf)[2] = (unsigned char)((((csn)<< 4) & 0xf0)|(((tick)>>16) & 0x0f));\ 439 (buf)[3] = (unsigned char)(((tick)>>8) & 0xff);\ 440 (buf)[4] = (unsigned char)((tick) & 0xff);\ 441 } 442 443 #define WriteCT(csn, tick, arr){\ 444 (arr)[0] = (unsigned long) (csn);\ 445 (arr)[1] = (unsigned long) (tick);\ 446 } 447 448 #define freeWRT(wruc) {\ 449 free(wruc->buf);\ 450 free(wruc);\ 451 } 452 453 #define RKmaxDN (unsigned long) 0xff 454 #define RKmaxCN (unsigned long) 0xffffff 455 456 457 /* WORD: 458 * xxxx {yomi nkouho {flags row col freq kouho}...}... 459 * xxxx niha, WORD no ookisa ga byte de hairu. 460 * 461 * tango: 462 * unsigned char yomi[]; yomigana 463 * unsigned char nkouho; kouho no kazu 464 * unsigned char flags; kouho no nagasa + flags 465 * unsigned char row; kouho no row bangou 466 * unsigned char col; kouho no col bangou 467 * unsigned char freq kouho no shiyou hindo 468 * unsigned char kouho[]; 469 * 470 */ 471 472 #define NW_PREFIX 2 /* the length of kouho prefix in byte */ 473 474 /* flags */ 475 #define NW_LEN 0x7f /* kouho no nagasa ( zenkaku 31 moji) */ 476 #ifdef LOGIC_HACK 477 #define NW_RCBITS 9 /* bits of maximum rowcol number */ 478 #endif 479 480 #define candlen(flag) ((flag) & NW_LEN) 481 #define wordlen(flag) ((candlen(flag) << 1) + NW_PREFIX) 482 /* RkWcand 483 * data structure used to handle the word record 484 */ 485 typedef struct RkWcand { 486 Wrec *addr; /* houho sentou address */ 487 short rcnum; /* row column number */ 488 unsigned char klen; /* kouho no nagasa */ 489 } Candidate; 490 491 /* CONJUNCT: 492 * xxxx rrcc 493 row_0 row_1 ... row_rr-1 494 * name_0 name_1 ... name_rr-1 495 * xxxx niha, CONJUNCT no ookisa ga byte de hairu. 496 * rr, cc ha sorezore, row, col no kosuu wo simesu. 497 * row_i ha byte kyoukai kara hajimaru cc bit karanaru bit retu 498 * name_i ha EOS de owaru mojiretu 499 * 500 */ 501 502 struct RkKxGram; 503 struct RkGramIterator { 504 int rowcol; 505 }; 506 #define RkNextGram(iter) ((void)++(iter)->rowcol) 507 508 /* hinshi no bunrui 509 * renbunsetu henkan de siyou sareru 510 */ 511 #define IsShuutan(g, r) RkTestGram(g, r, 0) 512 #ifdef BUNMATU 513 #define IsBunmatu(g, r) RkTestGram(g, r, 1) 514 #endif 515 516 /* RkGram -- grammatical information 517 */ 518 519 struct RkGram { 520 int refcount; /* reference counter */ 521 struct RkKxGram *gramdic; /* grammar dictionary */ 522 int P_BB, P_NN, P_T00, P_T30, P_T35; /* hinshi codes */ 523 #ifdef LOGIC_HACK 524 int P_KJ; /* tankanji */ 525 #endif 526 int P_Ftte; /* FIXME: should go away */ 527 }; 528 529 extern struct RkGram SG; 530 531 532 /* ncache 533 * tango record no caching list 534 * ncache ha, jisho kara itido yomikomareta tango record wo cache kanri suru 535 * tameno jouhou kouzou dearu. 536 * tango record ha key (dicnum, address) de skibetu sareru. 537 * taiou suru tango record ha nc_word ni yori simesareru HEAP ryouiki ni aru. 538 * +------------+ 539 * | nc_dicnum | key part 540 * | nc_address | 541 * +------------+ 542 * | nc_word | value part 543 * +------------+ 544 * ncache ha 2tu no souhoukou list hash/free list ni tunagareru. 545 * (* koreha UNIX i/o system no buffer cache kara hint wo eta *) 546 * hash list ha key no kensaku wo kousoku ka suru tame ni shiyou sareru. 547 * free list ha kaihou sareta cache ga tunagareru. 548 */ 549 struct ncache { 550 struct ncache *nc_hnext; /* hash list */ 551 struct ncache *nc_hprev; 552 struct ncache *nc_anext; /* free list */ 553 struct ncache *nc_aprev; 554 Wrec *nc_word; /* heap jouno tango record */ 555 struct DM *nc_dic; /* yomikomareta jisho */ 556 unsigned short nc_flags; 557 unsigned long nc_count; /* word karano sanshou dosuu */ 558 long nc_address; /* word record no file address */ 559 }; 560 /* flags */ 561 #define NC_DIRTY 1 /* word no naiyou ga henkou sareta */ 562 #define NC_ERROR 2 /* cache no naiyou ga tadasiku nai */ 563 #define NC_NHEAP 4 /* word ha heap wo sasite inai */ 564 565 struct nread { 566 struct ncache *cache; 567 unsigned long offset; 568 unsigned long csn; 569 int nk; 570 }; 571 572 /* nword 573 * bunsetsu kaiseki kekka 574 * jisho kara no tango yomidasi kekka 575 * nword ha, jisho kara search sareta tango record wo kirokusi, 576 * bunsetsu kaiseki ni yori sakusei sareru bunsetsu tree wo hyougen suru. 577 */ 578 struct nword { 579 struct ncache *nw_cache; /* tango record wo fukumu cache */ 580 short nw_rowcol; /* setsuzoku jouhou */ 581 unsigned char nw_ylen; /* #chars in yomi */ 582 unsigned char nw_klen; /* #chars in kanji */ 583 unsigned char nw_class; /* word class */ 584 unsigned char nw_flags; /* word flags (see below) */ 585 unsigned char nw_lit; /* literal conversion */ 586 unsigned long nw_prio; /* kouzou ni yoru priority */ /* True ? by tamano */ 587 unsigned long nw_csn; 588 unsigned char nw_count; /* setsuzoku suu */ 589 struct nword *nw_left; /* hidari ni tunagaru word */ 590 struct nword *nw_next; /* onaji nw_len wo motu list */ 591 unsigned char *nw_kanji; /* kanji kouho ichi/douteki na kouho */ 592 /* nw_klen ha fuyou ni naru kanousei ari */ 593 struct DM *nw_freq; /* pointer to frequncy file */ 594 }; 595 /* 596 * word flags 597 */ 598 #define NW_MWD 0x80 599 #define NW_SWD 0x40 600 #define NW_PRE 0x20 601 #define NW_SUC 0x10 602 #define NW_LOWPRI 0x08 603 #ifdef BUNMATU 604 #define NW_BUNMATU 0x04 605 #endif 606 #define NW_FOLLOW 0x02 /* has some words following to me */ 607 #define NW_NEVER_SPLIT 0x01 /* cannot terminate here */ 608 /* accessor & predicates */ 609 #define IsFollowed(w) ((w)->nw_flags&NW_FOLLOW) 610 #define DontSplitWord(w) ((w)->nw_flags |= NW_NEVER_SPLIT) 611 #define CanSplitWord(w) (!((w)->nw_flags&NW_NEVER_SPLIT)) 612 #ifdef BUNMATU 613 #define OnlyBunmatu(w) ((w)->nw_flags & NW_BUNMATU) 614 #endif 615 616 /* conversion number */ 617 #define LIT2GRP(cn) ((cn)>>4) 618 #define LIT2MEM(cn) ((cn)&15) 619 #define MAKELIT(g, w) (((g)<<4)|(w)) 620 #define MAXLIT 16 621 622 #define LIT_NONE 0 623 #define LIT_NUM 1 624 #define LIT_ALPHA 2 625 #define LIT_HIRA 3 626 627 /* nbun 628 * bunsetsu queue 629 * renbunsetsu henkan kekka wo kiroku 630 */ 631 struct nbun { 632 struct nword *nb_cand; /* kouho wo kousei suru word 633 * nw_next niyori sort sareru */ 634 unsigned short nb_yoff; /* yomigana offset in buffer */ 635 unsigned short nb_curlen; /* current candidate length in char */ 636 unsigned short nb_maxcand; /* number of candidates */ 637 unsigned short nb_curcand; /* current candidate */ 638 unsigned short nb_flags; /* ?? */ 639 }; 640 641 /* DM/DF/DD 642 */ 643 /* MS1214 644 * now DM supports frequency files as well 645 */ 646 typedef struct DM { 647 /* pointers for the file structure */ 648 struct DM *dm_next; 649 struct DM *dm_prev; 650 struct DF *dm_file; /* ptr to the file containing this */ 651 /* attributes */ 652 char *dm_dicname; 653 char *dm_nickname; 654 unsigned dm_class; /* MWD/SWD/PRE/SUC */ 655 unsigned dm_flags; /* flags */ 656 unsigned char dm_packbyte; /* shouryaku sareta joui byte */ 657 /* reference count from MD */ 658 int dm_rcount; 659 /* setuzoku jouhou (SWD nomi) */ 660 struct RkGram *dm_gram; 661 RkUnion dm_extdata; 662 unsigned char *dm_qbits; /* MS1214 gakushuu jouhou */ 663 /* */ 664 struct DDT *dm_line; /* pointer to dd line */ 665 long dm_offset; 666 struct RUT *dm_rut; 667 struct NV *dm_nv; 668 } DM; 669 /* flag values */ 670 #define DM_EXIST 0x01 /* member exists */ 671 #define DM_WRITABLE (DM_EXIST << 1) /* jisho ga write dekiru */ 672 #define DM_LOADWORD (DM_EXIST << 2) /* word rec wo memory ni yomi */ 673 #define DM_UPDATED (DM_EXIST << 4) /* member changed */ 674 #define DM_READOK (DM_EXIST << 5) /* jisho no read ken */ 675 #define DM_WRITEOK (DM_EXIST << 6) /* jisho no write ken */ 676 677 typedef struct DF { 678 /* DF doubly linked list */ 679 struct DF *df_next; 680 struct DF *df_prev; 681 struct DD *df_direct; /* backward pointer to the directory */ 682 struct DM df_members; /* the header of the dictionary */ 683 /* attributes */ 684 char *df_link; /* link name of the file */ 685 unsigned df_type; /* type of file */ 686 unsigned df_flags; /* access mode */ 687 int df_rcount; /* # the mounted members */ 688 RkUnion df_extdata; 689 long df_size; 690 } DF; 691 #define DM2TYPE(dm) ((dm)->dm_file->df_type) 692 /* jisho no shurui */ 693 #define DF_PERMDIC 0 /* file ni aru jisho */ 694 #define DF_TEMPDIC 1 /* zantei jisho */ 695 #define DF_FREQDIC 2 /* gakushuu hindo jisho MS1214 */ 696 #define DF_RUCDIC 3 /* gakushuu hindo jisho MS1214 */ 697 698 /* flag values */ 699 #define DF_EXIST 1 /* file exists */ 700 #define DF_WRITABLE 2 /* file is writable */ 701 702 /* 703 * DD 704 */ 705 struct DDT { 706 struct DDT *ddt_next; 707 struct DDT *ddt_prev; 708 int ddt_status; 709 char *ddt_spec; 710 }; 711 712 typedef struct DD { 713 /* DD doubly linked list */ 714 struct DD *dd_next; 715 struct DD *dd_prev; 716 char *dd_path; /* path name of the directory */ 717 char *dd_name; /* unique name of the directory */ 718 int dd_rcount; /* # opened files+reference from DDP */ 719 struct DF dd_files; /* the header of the file list */ 720 unsigned dd_flags; /* flag */ 721 /* dics.dir file */ 722 struct DDT dd_text; 723 } DD, *DDP; 724 725 #define DD_WRITEOK 1 /* directory is allowed to write */ 726 #define DD_READOK 2 727 728 /* MD ---------------------------------------------------------------- 729 * context ni mount sareta jisho/jisho wo mount siteiru jisho list no taiou 730 * ---------------------------------------------------------------- */ 731 typedef struct MD { 732 struct MD *md_next; /* dictionary list */ 733 struct MD *md_prev; 734 struct DM *md_dic; /* jisho heno pointer */ 735 struct DM *md_freq; /* MS1214 gakushuu jisho heno pointer */ 736 int md_flags; /* mount flags */ 737 } MD, *MDP; 738 #define MD_WRITE 1 /* gakushuu shitei */ 739 #define MD_MPEND 2 /* mount pending */ 740 #define MD_UPEND 4 /* unmount pending */ 741 742 /* RkParam 743 * common parameter block 744 */ 745 struct RkParam { 746 /* cache */ 747 struct ncache *cache; 748 int maxcache; 749 /* heap */ 750 unsigned char *heap; 751 int maxheap; 752 unsigned char *ham; 753 int maxham; 754 /* word */ 755 struct nword *word; /* henkyaku sareta word wo tunageru */ 756 struct nword *page; /* word page list */ 757 int word_in_use; 758 int page_in_use; 759 /* jisho */ 760 struct DD dd; 761 char *ddhome; /* dictionary home directory */ 762 struct DD **ddpath; /* system ddpath */ 763 /* flags */ 764 unsigned flag; /* checks initialize */ 765 /* */ 766 }; 767 768 extern struct RkParam SX; 769 770 #define SX_INITED 1 771 772 #define RK_REARRANGED 0x01 773 774 struct NVE { 775 unsigned char *data; 776 struct NVE *left; 777 struct NVE *right; 778 struct NVE *next; 779 }; 780 781 struct NV { 782 unsigned long sz; 783 unsigned long tsz; 784 long csz; 785 long cnt; 786 /* int lst; delete by tamano(tajima) */ 787 struct NVE head; 788 struct NVE **buf; 789 }; 790 791 #ifdef RK_LOG 792 struct henkanlog { 793 int n; 794 char *henkan; 795 struct henkanlog *next; 796 }; 797 #endif 798 799 struct nstore { 800 Wchar *yomi; /* yomigana buffer */ 801 #ifdef RK_LOG 802 unsigned nblog; 803 char **blog; 804 struct henkanlog *hlog; 805 struct henkanlog dmi; 806 #endif 807 unsigned nyomi; /* number of yomigana chars */ 808 unsigned maxyomi; /* maximum number of yomigana chars */ 809 struct nbun *bunq; /* ʸ�ᥭ�塼 */ 810 unsigned maxbunq; /* saidai bunnsetu suu */ 811 unsigned maxbun; /* saidai bunsetsu suu */ 812 int curbun; /* ������ʸ�� */ 813 int maxxq; /* saidai queue == bunsetu moji suu */ 814 struct nqueue *xq; /* henkan queue */ 815 struct nword **xqh; /* used in _RkparseBun() */ 816 int word_in_use; /* #words used in context */ 817 }; 818 819 /* context 820 * ncontext ha rennbunnsetu hennkann client wo seigyo suru jouhou 821 * jisho kankyou 822 * renbunsetsu henkan sagyou ryouiki 823 */ 824 struct nqueue { 825 struct nword *tree; 826 short maxlen; 827 short status; 828 }; 829 830 typedef struct RkContext { 831 struct nstore *store; 832 struct MD *md[4]; /* mwd/swd/pre/suc */ 833 struct DD **ddpath; /* dictionary search path */ 834 struct DM *dmprev; /* dictionary search path : dic */ 835 struct DM *qmprev; /* dictionary search path : freq */ 836 unsigned long time; /* tic */ 837 unsigned flags; /* context control flags */ 838 unsigned long kouhomode; /* kana kouho mode */ 839 unsigned long *litmode; /* literal conversion table */ 840 int concmode; /* connect words mode */ 841 int poss_cont; /* */ 842 RkUnion cx_extdata; /* etc data */ 843 struct NV *nv; 844 struct RkGram *gram; 845 } RkContext; 846 847 /* Extension Data in DM */ 848 typedef struct TD { 849 struct TN *td_node; /* array of node TN */ 850 unsigned td_n; /* # effective nodes */ 851 unsigned td_max; /* # maximum nodes in the array */ 852 } TD; 853 854 struct TW { 855 Wrec *word; 856 unsigned long lucks[2]; 857 }; 858 859 typedef struct TN { 860 unsigned char tn_flags; /* type of node (see blow) */ 861 Wchar tn_key; 862 union { 863 struct TD *tree; 864 struct TW *word; 865 } tn_value; /* type specific data */ 866 /* syntax sugar */ 867 #define tn_tree tn_value.tree 868 #define tn_word tn_value.word 869 } TN; 870 /* flags values */ 871 #define TN_WORD 1 /* is a word */ 872 #define TN_WDEF 2 /* wrec has been defined */ 873 #define TN_WDEL 4 /* wrec has been deleted */ 874 #define IsWordNode(tn) ((tn)->tn_flags&TN_WORD) 875 876 /* td_and_n structure 877 * 878 * tupple of td and n for RkGetWordTextDic() 879 */ 880 struct td_n_tupple { 881 char *td; /* in fact this type is (struct TD *) */ 882 int n; 883 struct td_n_tupple *next; 884 }; 885 886 /* jishowo 1gyouzutu yomu tokino pointer :used in RkGetWordTextDic */ 887 typedef struct _rec { 888 int gwt_cx; 889 unsigned char *gwt_dicname; 890 struct td_n_tupple *tdn; 891 } GWT; 892 893 /* flag values */ 894 #define CTX_LIVE 1 /* allocate sareta */ 895 #define CTX_XFER 2 /* bunsetu henkann chuu */ 896 #define CTX_XAUT 4 /* jidou henkan chuu */ 897 #define CTX_XFSH 010 898 #define CTX_NODIC 020 /* have never tried to mount dic */ 899 900 #define MAX_CONTEXT 256 901 #define INIT_CONTEXT 32 902 #define ADD_CONTEXT 32 903 904 #ifndef SYSTEM_DDHOME_NAME 905 #define SYSTEM_DDHOME_NAME "canna" 906 #endif 907 908 #define USER_DIC_DIR "user" 909 #define GROUP_DIC_DIR "group" 910 911 #define IS_LIVECTX(cx) ((cx)->flags & CTX_LIVE) 912 #define IS_XFERCTX(cx) (IS_LIVECTX(cx) && ((cx)->flags & CTX_XFER)) 913 #define IS_XAUTCTX(cx) (IS_LIVECTX(cx) && ((cx)->flags & CTX_XAUT)) 914 #define RK_CONNECT_WORD 0x01 915 #define IsCxNum(cn) (0<=((unsigned long)cn)&&((unsigned long)cn)<now_context) 916 #define IsLiveCxNum(cn) (IsCxNum(cn) && IS_LIVECTX(&CX[cn])) 917 #define IsXferCxNum(cn) (IsLiveCxNum(cn) && IS_XFERCTX(&CX[cn])) 918 #define Is_Word_Connect(cx)\ 919 ((cx) && (((cx)->concmode & RK_CONNECT_WORD) == RK_CONNECT_WORD)) 920 #define Is_Word_Make(cx)\ 921 ((cx) && (((cx)->concmode & RK_MAKE_WORD) == RK_MAKE_WORD)) 922 923 924 /* RkDST 925 * dictionary switch table 926 */ 927 struct RkDST { 928 int (*d_open) /* jisho ga open sareta toki */ 929 pro((struct DM *, char *, int, struct RkKxGram *)); 930 int (*d_close) /* jisho ga close sareta toki */ 931 pro((struct DM *, char *, struct RkKxGram *)); 932 int (*d_search) /* jisho kara tango wo search suru */ 933 pro((struct RkContext *, struct DM *, Wchar *, 934 int, struct nread *, int, int *)); 935 int (*d_io) /* jisho he tango to cache no io */ 936 pro((struct DM *, struct ncache *, int)); 937 int (*d_ctl) /* jisho koyuuno sousa */ 938 pro((struct DM *, struct DM *, int, Wchar *, struct RkKxGram *)); 939 int (*d_sync) /* jisho sync suru */ 940 pro((struct RkContext *, struct DM *, struct DM *)); 941 }; 942 extern struct RkDST _RkDST[]; 943 944 #define _RkEnrefCache(a) ((a)->nc_count++) 945 #define DST_PROC(dm) _RkDST[DM2TYPE(dm)] 946 #define DST_OPEN(dm, file, mode, gram)\ 947 (DST_PROC(dm).d_open)(dm, file, mode, gram) 948 #define DST_CLOSE(dm, file, gram) (DST_PROC(dm).d_close)(dm, file, gram) 949 #define DST_SEARCH(cx, dm, k, n, cp, max, cf)\ 950 (DST_PROC(dm).d_search)(cx, dm, k, n, cp, max, cf) 951 #define DST_IO(dm, cp, io) (DST_PROC(dm).d_io)(dm, cp, io) 952 #define DST_READ(dm, cp) DST_IO(dm, cp, 0) 953 #define DST_WRITE(dm, cp) DST_IO(dm, cp, 1) 954 #define DST_CTL(dm, qm, what, arg, gram)\ 955 (DST_PROC(dm).d_ctl)(dm, qm, what, arg, gram) 956 #define DST_SYNC(cx, dm, qm) (DST_PROC(dm).d_sync)(cx, dm, qm) 957 958 /* ctl command */ 959 #define DST_DoDefine 0 /* define words */ 960 #define DST_DoDelete 1 /* delete words */ 961 /* more commands (not implemented) */ 962 #define DST_DoQuery 2 /* query on the dictionary info */ 963 964 #define DST_DoPrint 9999 /* print debug information */ 965 966 967 968 /* Internal Functions */ 969 struct RkParam *RkGetSystem(); 970 struct DD *RkGetSystemDD(); 971 struct DD *RkGetUserDD(); 972 struct RkContext *RkGetContext(); 973 struct RkContext *RkGetXContext(); 974 struct RkKxGram *RkReadGram pro((int, size_t)); 975 struct RkKxGram *RkOpenGram(); 976 struct RkKxGram *RkDuplicateGram(); 977 void RkCloseGram(); 978 979 int _RkInitializeCache(); 980 void _RkFinalizeCache(); 981 struct ncache *_RkFindCache(); 982 struct ncache *_RkReadCache(); 983 void _RkFreeCache(); 984 void _RkKillCache(); 985 void _RkPurgeCache(); 986 void _RkDerefCache(); 987 988 int _RkRenbun2(); 989 void _RkLearnBun(); 990 991 int RkScanWcand(); 992 int RkUniqWcand(); 993 int RkUnionWcand(); 994 int RkSubtractWcand(); 995 996 unsigned char *RkGetGramName(); 997 int RkGetGramNum(); 998 Wchar *RkUparseWrec(); 999 Wchar *_RkUparseWrec(); 1000 Wrec *RkParseWrec(); 1001 Wrec *RkParseOWrec(); 1002 Wchar *RkUparseGramNum(); 1003 Wchar *RkParseGramNum(); 1004 1005 /* Context */ 1006 char *allocStr(); 1007 void _RkEndBun(); 1008 void freeDF(); 1009 1010 int _RkCandNumber(); 1011 int _RkWordLength(); 1012 int _RkCalcLog2 pro((int)); 1013 int _RkCalcUnlog2(); 1014 1015 /* etc. */ 1016 1017 #ifdef OPTIMIZE 1018 #define RkGetContext(cx_num)\ 1019 ((IsCxNum(cn) && IS_LIVECTX(&CX[cn])) ? \ 1020 (&CX[cx_num]) : ((struct RkContext *)0)) 1021 1022 #define RkGetXContext(cx_num)\ 1023 ((IsCxNum(cn) && IS_LIVECTX(&CX[cn]) && \ 1024 ((IS_XFERCTX(cx)) || (IS_XAUTCTX(cx))) ? \ 1025 (&CX[cx_num]) : ((struct RkContext *)0)) 1026 1027 #define RkGetNXContext(cx_num)\ 1028 ((IsCxNum(cn) && IS_LIVECTX(&CX[cn]) && \ 1029 !(IS_XFERCTX(cx)) && !(IS_XAUTCTX(cx))) ? \ 1030 (&CX[cx_num]) : ((struct RkContext *)0)) 1031 1032 #endif 1033 1034 1035 /* lang dep part */ 1036 #define IS_WC_G1_HYPHEN(wc) ((wc) == 0xa1bc) 1037 #define IS_HYPHEN(wc) (IS_WC_G1_HYPHEN(wc) || ((wc) == '-')) 1038 /* space �����Ȥ��ƻȤ����������ν�� space */ 1039 #define IS_DIC_PUNCT(euc) isspace(euc) 1040 1041 int _RkRealizeDF(); 1042 1043 struct DM *_RkSearchDDQ(); 1044 struct DM *_RkSearchDDP(); 1045 struct DM *_RkSearchUDDP(); 1046 struct DM *_RkSearchDDMEM(); 1047 1048 int _RkIsinDDP(); 1049 struct DD **_RkCopyDDP(); 1050 struct DD **_RkCreateDDP(); 1051 void _RkFreeDDP(); 1052 1053 struct DM *DMcreate(); 1054 int DMremove(); 1055 int DMrename(); 1056 1057 int _RkMountMD(); 1058 void _RkUmountMD(); 1059 1060 char *_RkCreatePath(); 1061 char *_RkCreateUniquePath(); 1062 char *_RkMakePath(); 1063 1064 unsigned char *_RkCreateHeader pro((struct HD *, size_t *size)); 1065 int _RkReadHeader pro((int, struct HD *, off_t)); 1066 void _RkClearHeader pro((struct HD *)); 1067 void _RkRehashCache(); 1068 1069 /* 1070 * limits 1071 */ 1072 /* 1073 * NOTE: The following number does not includes EOS at the end of string. 1074 * RK_PATH_BMAX maximum path name length 1075 * RK_LINK_BMAX maximum file name length 1076 * RK_MEMBER_BMAX maximum member name length 1077 * RK_NICK_BMAX maximum nickname length 1078 */ 1079 #ifdef PATH_MAX 1080 #define RK_PATH_BMAX PATH_MAX 1081 #else 1082 #define RK_PATH_BMAX 1024 1083 #endif 1084 #ifdef NAME_MAX 1085 #define RK_LINK_BMAX NAME_MAX 1086 #else 1087 #ifdef MAXNAMLEN 1088 #define RK_LINK_BMAX MAXNAMLEN 1089 #else 1090 #define RK_LINK_BMAX 14 1091 #endif 1092 #endif 1093 #define RK_MEMBER_BMAX 255 1094 #define RK_NICK_BMAX 255 1095 1096 #define RK_LINE_BMAX 1024 1097 #define RK_BUFFER_SIZE 1024 1098 1099 /* 1100 * RK_KEY_WMAX <= RK_LEN_WMAX 1101 */ 1102 #define RK_KEY_WMAX 0x7f 1103 #define RK_LEFT_KEY_WMAX 0x3f 1104 #define RK_LEN_WMAX 0x7f 1105 /* 1106 * RK_CAND_WMAX <= RK_LEN_WMAX 1107 */ 1108 /* ����� */ 1109 #define NW_MAXCAND 0x07 /* 7 */ 1110 #define EX_NW_MAXCAND 0xfff /* 4096 */ 1111 1112 /* ����Ĺ */ 1113 #define NW_MAXCANDLEN 0x7f 1114 #define RK_CAND_WMAX 0x7f 1115 #define RK_CAND_NMAX 0xfff /* 4095 */ 1116 1117 /* wrec len */ 1118 #define NW_MAXWREC 0x3f /* 63 */ 1119 #define EX_NW_MAXWREC 0x1fff /* 8191 */ 1120 1121 #define RK_RCNAME_BMAX 16 /* essential ?! */ 1122 1123 #define RK_DIV_NMAX 2048 1124 /* 1125 #define MAX_TEXT_LEN \ 1126 ((EX_NW_MAXCAND * \ 1127 ((NW_MAXCANDLEN + 2) * sizeof(unsigned short) + RK_RCNAME_BMAX)) + \ 1128 (RK_LEFT_KEY_WMAX * sizeof(unsigned short) \ 1129 + 2 * sizeof(unsigned short))) 1130 */ 1131 #define RK_WREC_BMAX EX_NW_MAXWREC 1132 #define RK_MAX_TEXT_LEN MAX_WREC_BMAX 1133 1134 #define RK_CONC_NMAX 16 /* ��³������°��ο�(�����Ƥ�Τ��ʡ�) */ 1135 1136 #define RK_OLD_MAX_HDRSIZ 1024 1137 1138 #ifndef _RK_INTERN_FUNCTIONS_DEF_ 1139 #define _RK_INTERN_FUNCTIONS_DEF_ 1140 1141 struct DM *_RkSearchDicWithFreq pro((struct DD **, char *, struct DM **)); 1142 #ifdef __STDC__ 1143 void _Rkpanic pro((const char *, ...)); 1144 #else 1145 void _Rkpanic(); 1146 #endif 1147 void RkAssertFail pro((const char *, int, const char *)); 1148 unsigned long _RkGetTick pro((int)); 1149 struct TW *RkCopyWrec pro((struct TW *)); 1150 struct TW *RkUnionWrec pro((struct TW *, struct TW *)); 1151 struct TW *RkSubtractWrec pro((struct TW *, struct TW *)); 1152 void _RkFreeQue pro((struct nstore *, int, int)); 1153 void freeTdn pro((struct RkContext *)); 1154 void _RkFreeBunq pro((struct nstore *)); 1155 int _RkRealizeDD pro((struct DD *)); 1156 int RkCvtWide pro((Wchar *, int, char *, int)); 1157 int RkCvtNarrow pro((char *, int, Wchar *, int)); 1158 1159 #if defined(MMAP) 1160 int _RkDoInvalidateCache pro((long, unsigned long)); 1161 #endif 1162 1163 int _RkGetLink pro((struct ND *, long, unsigned long, 1164 unsigned long *, unsigned long *)); 1165 long _RkUnpackBits pro((unsigned *, unsigned char *, long, int, int)); 1166 long _RkPackBits pro((unsigned char *, long, int, unsigned *, int)); 1167 int _RkSetBitNum pro((unsigned char *, unsigned long, int, int, int)); 1168 int FQsync pro((struct RkContext *, struct DM *, struct DM *, char *)); 1169 1170 int RkwCvtSuuji pro((Wchar *, int, Wchar *, int, int)); 1171 int RkwCvtNone pro((Wchar *, int, Wchar *, int)); 1172 1173 int _RkRowNumber pro((unsigned char *)); 1174 int RkTestGram pro((const struct RkKxGram *, int, int)); 1175 #ifdef LOGIC_HACK 1176 int RkCheckNegGram pro((const struct RkKxGram *, int, int, int)); 1177 #endif 1178 void RkFirstGram pro((struct RkGramIterator *, const struct RkKxGram *)); 1179 void RkEndGram pro((struct RkGramIterator *, const struct RkKxGram *)); 1180 int _RkRegisterNV pro((struct NV *, Wrec *, int, int)); 1181 int FQopen pro((struct DM *, struct DM *, char *, int)); 1182 void FQclose pro((struct RkContext *, struct DM *, struct DM *, char *)); 1183 int _RkSubstYomi pro((struct RkContext *, int, int, Wchar *, int)); 1184 long _RkCopyBits 1185 pro((unsigned char *, long, int, unsigned char *, long, int)); 1186 int _RkIsInDDP pro((struct DD **, struct DD *)); 1187 int _RkEql pro((Wchar *, unsigned char *, int)); 1188 int DMcheck pro((char *, char *)); 1189 int copyFile pro((struct DM *, struct DM *)); 1190 int DDchmod pro((struct DD *, int)); 1191 int DMchmod pro((struct DM *, int)); 1192 int uslen pro((Wchar *)); 1193 unsigned char *ustoeuc pro((Wchar *, int, unsigned char *, int)); 1194 int _RkSubstYomi pro((struct RkContext *, int, int, Wchar *, int)); 1195 int HowManyChars pro((Wchar *, int)); 1196 int HowManyBytes pro((Wchar *, int)); 1197 int _RkFlushYomi pro((struct RkContext *)); 1198 int parse_string pro((char *)); 1199 1200 #endif /* _RK_INTERN_FUNCTIONS_DEF_ */ 1201 1202 #endif /* _RKintern_h */ 1203 /* vim: set sw=2: */ 1204 /* don't add stuff after this line */ 1205