/* */ /* WNN7 CLIENT LIBRARY--SOFTWARE LICENSE TERMS AND CONDITIONS Wnn7 Client Library : (C) Copyright OMRON Corporation. 1995,1998,2000,2001 all rights reserved. (C) Copyright OMRON Software Co., Ltd. 1995,1998,2000,2001 all rights reserved. Wnn Software : (C) Copyright Kyoto University Research Institute for Mathematical Sciences 1987, 1988, 1989, 1990, 1991, 1992, 1993 (C) Copyright OMRON Corporation. 1987, 1988, 1989, 1990, 1991, 1992, 1993 (C) Copyright ASCTEC, Inc. 1987, 1988, 1989, 1990, 1991, 1992, 1993 Preamble These Wnn7 Client Library--Software License Terms and Conditions (the "License Agreement") shall state the conditions under which you are permitted to copy, distribute or modify the software which can be used to create Wnn7 Client Library (the "Wnn7 Client Library"). The License Agreement can be freely copied and distributed verbatim, however, you shall NOT add, delete or change anything on the License Agreement. OMRON Corporation and OMRON Software Co., Ltd. (collectively referred to as "OMRON") jointly developed the Wnn7 Software (development code name is FI-Wnn), based on the Wnn Software. Starting from November, 1st, 1998, OMRON publishes the source code of the Wnn7 Client Library, and OMRON permits anyone to copy, distribute or change the Wnn7 Client Library under the License Agreement. Wnn7 Client Library is based on the original version of Wnn developed by Kyoto University Research Institute for Mathematical Sciences (KURIMS), OMRON Corporation and ASTEC Inc. Article 1. Definition. "Source Code" means the embodiment of the computer code, readable and understandable by a programmer of ordinary skills. It includes related source code level system documentation, comments and procedural code. "Object File" means a file, in substantially binary form, which is directly executable by a computer after linking applicable files. "Library" means a file, composed of several Object Files, which is directly executable by a computer after linking applicable files. "Software" means a set of Source Code including information on its use. "Wnn7 Client Library" the computer program, originally supplied by OMRON, which can be used to create Wnn7 Client Library. "Executable Module" means a file, created after linking Object Files or Library, which is directly executable by a computer. "User" means anyone who uses the Wnn7 Client Library under the License Agreement. Article 2. Copyright 2.1 OMRON Corporation and OMRON Software Co., Ltd. jointly own the Wnn7 Client Library, including, without limitation, its copyright. 2.2 Following words followed by the above copyright notices appear in all supporting documentation of software based on Wnn7 Client Library: This software is based on the original version of Wnn7 Client Library developed by OMRON Corporation and OMRON Software Co., Ltd. and also based on the original version of Wnn developed by Kyoto University Research Institute for Mathematical Sciences (KURIMS), OMRON Corporation and ASTEC Inc. Article 3. Grant 3.1 A User is permitted to make and distribute verbatim copies of the Wnn7 Client Library, including verbatim of copies of the License Agreement, under the License Agreement. 3.2 A User is permitted to modify the Wnn7 Client Library to create Software ("Modified Software") under the License Agreement. A User is also permitted to make or distribute copies of Modified Software, including verbatim copies of the License Agreement with the following information. Upon modifying the Wnn7 Client Library, a User MUST insert comments--stating the name of the User, the reason for the modifications, the date of the modifications, additional terms and conditions on the part of the modifications if there is any, and potential risks of using the Modified Software if they are known--right after the end of the License Agreement (or the last comment, if comments are inserted already). 3.3 A User is permitted to create Library or Executable Modules by modifying the Wnn7 Client Library in whole or in part under the License Agreement. A User is also permitted to make or distribute copies of Library or Executable Modules with verbatim copies of the License Agreement under the License Agreement. Upon modifying the Wnn7 Client Library for creating Library or Executable Modules, except for porting a computer, a User MUST add a text file to a package of the Wnn7 Client Library, providing information on the name of the User, the reason for the modifications, the date of the modifications, additional terms and conditions on the part of the modifications if there is any, and potential risks associated with using the modified Wnn7 Client Library, Library or Executable Modules if they are known. 3.4 A User is permitted to incorporate the Wnn7 Client Library in whole or in part into another Software, although its license terms and conditions may be different from the License Agreement, if such incorporation or use associated with the incorporation does NOT violate the License Agreement. Article 4. Warranty THE WNN7 CLIENT LIBRARY IS PROVIDED BY OMRON ON AN "AS IS" BAISIS. OMRON EXPRESSLY DISLCIAMS ANY AND ALL WRRANTIES, EXPRESS OR IMPLIED, INCLUDING, WITHOUT LIMITATION, WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, IN CONNECTION WITH THE WNN7 CLIENT LIBRARY OR THE USE OR OTHER DEALING IN THE WNN7 CLIENT LIBRARY. IN NO EVENT SHALL OMRON BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, PUNITIVE OR CONSEQUENTIAL DAMAGES OF ANY KIND WHATSOEVER IN CONNECTION WITH THE WNN7 CLIENT LIBRARY OR THE USE OR OTHER DEALING IN THE WNN7 CLIENT LIBRARY. *************************************************************************** Wnn7 Client Library : (C) Copyright OMRON Corporation. 1995,1998,2000,2001 all rights reserved. (C) Copyright OMRON Software Co., Ltd. 1995,1998,2000,2001 all rights reserved. Wnn Software : (C) Copyright Kyoto University Research Institute for Mathematical Sciences 1987, 1988, 1989, 1990, 1991, 1992, 1993 (C) Copyright OMRON Corporation. 1987, 1988, 1989, 1990, 1991, 1992, 1993 (C) Copyright ASCTEC, Inc. 1987, 1988, 1989, 1990, 1991, 1992, 1993 *************************************************************************** Comments on Modifications: */ /* Version 4.0 */ /* Binary (Updatable, Stable) dictionary common routine. */ #if defined(JS) #ifdef WRITE_CHECK #define BDIC_WRITE_CHECK #endif /* WRITE_CHECK */ #endif /* JS */ #ifdef UX386 #include #else #include #endif #ifndef JS #include #include #include "commonhd.h" #include "jslib.h" #include "jh.h" #endif #include "jdata.h" #include "wnn_os.h" #include "wnn_string.h" #ifdef JS #ifndef BDIC_WRITE_CHECK #define vputc(X, pt) putc((X), (pt)) #endif /* !BDIC_WRITE_CHECK */ #define vgetc(pt) getc(pt) #else /* JS */ #define vputc(X, pt) putc((X), (pt)) #define vgetc(pt) getc(pt) #endif /* JS */ #ifndef min #define min(a, b) ((a > b)? b:a) #define max(a, b) ((a < b)? b:a) #endif /*:::DOC_START * * Function Name: dic_fopen * Description : open normal dictionary * Parameter : * file_name: (In) file_name * mode_str: (In) open mode * * Return value : file pointer for fopen-ed or popen-ed dictionary file * * Revision history: * 22-Sep-94: initial * *:::DOC_END */ #ifdef JS static #endif FILE * dic_fopen(file_name, mode_str) char *file_name; char *mode_str; { return(fopen(file_name , mode_str)); } /* End of dic_fopen */ /*:::DOC_START * * Function Name: dic_fclose * Description : close dictionary file * Parameter : * fp: (In) file pointer for dictionary file * * Return value : None. * * Revision history: * 22-Sep-94: initial * *:::DOC_END */ #ifdef JS static #endif void dic_fclose(fp) FILE *fp; { if (fp != (FILE*)-1 && fp != NULL) fclose(fp); } /* End of dic_fclose */ /*:::DOC_START * * Function Name: cd_convert_yomi * Description : convert or dis-convert one w_char in yomi * Parameter : * w_c: (In) a w_char to be converted or dis-converted. * deconvert: (In) 0 specify convert, !0 specify dis-convert. * * Return value : converted or dis-converted one w_char in yomi. or Null. * * Revision history: * 22-Sep-94: initial * *:::DOC_END */ #ifdef JS static #endif w_char cd_convert_yomi(w_c, deconvert) w_char w_c; int deconvert; { int j; /* data for conversion */ /* convert to ascii */ int cvt_tbl_size = 128-33-1; int cvt_tbl_offset = 33; static w_char cvt_tbl[] = { 0xa1aa, 0xa1af, 0xa1f4, 0xa1f0, 0xa1f3, 0xa1f5, 0xa1ad, /* 041 ! - ' */ 0xa1ca, 0xa1cb, 0xa1f6, 0xa1dc, 0xa1a4, 0xa1dd, 0xa1a5, 0xa1bf, /* 050 ( - / */ 0xa3b0, 0xa3b1, 0xa3b2, 0xa3b3, 0xa3b4, 0xa3b5, 0xa3b6, 0xa3b7, /* 060 0 - 7 */ 0xa3b8, 0xa3b9, 0xa1a7, 0xa1a8, 0xa1e3, 0xa1e1, 0xa1e4, 0xa1a9, /* 070 8 - ? */ 0xa1f7, 0xa3c1, 0xa3c2, 0xa3c3, 0xa3c4, 0xa3c5, 0xa3c6, 0xa3c7, /* 100 @ - G */ 0xa3c8, 0xa3c9, 0xa3ca, 0xa3cb, 0xa3cc, 0xa3cd, 0xa3ce, 0xa3cf, /* 110 H - O */ 0xa3d0, 0xa3d1, 0xa3d2, 0xa3d3, 0xa3d4, 0xa3d5, 0xa3d6, 0xa3d7, /* 120 P - W */ 0xa3d8, 0xa3d9, 0xa3da, 0xa1ce, 0xa1ef, 0xa1cf, 0xa1b0, 0xa1b2, /* 130 X - _ */ 0xa1ae, 0xa3e1, 0xa3e2, 0xa3e3, 0xa3e4, 0xa3e5, 0xa3e6, 0xa3e7, /* 140 ` - g */ 0xa3e8, 0xa3e9, 0xa3ea, 0xa3eb, 0xa3ec, 0xa3ed, 0xa3ee, 0xa3ef, /* 150 h - o */ 0xa3f0, 0xa3f1, 0xa3f2, 0xa3f3, 0xa3f4, 0xa3f5, 0xa3f6, 0xa3f7, /* 160 p - w */ 0xa3f8, 0xa3f9, 0xa3fa, 0xa1d0, 0xa1c3, 0xa1d1, 0xa1b1, /* 170 x - ~ */ }; int cvt_tbl2_size = 3; int cvt_tbl2_offset = 0; static w_char cvt_tbl2[][2] = { { 0xa1bc, 0xf8, }, { 0xa5f4, 0xf9, }, { 0xa1ab, 0xfa, }, /* 1/28 "ー" 5/84 "ヴ" unused f8, 1/x "゛" dakuten */ }; if( deconvert == 0 ) { if( w_c > 0x20 && w_c < 0x7f ) { /* already ascii, do nothing */ return w_c; } else if( w_c > 0xa4a0 && w_c < 0xa4f4 ) { /* "hiragana", re-move first byte */ return w_c&0xff; } else if( w_c > 0xa5a0 && w_c < 0xa5f4 ) { /* "katakana", print warning and re-move first byte */ return w_c&0xff; } else { for(j=0; j 0x20 && w_c < 0x7f ) { /* convert to ascii */ return cvt_tbl[w_c-cvt_tbl_offset]; } else if( w_c > 0xa0 && w_c < 0xf4 ) { /* "hiragana" or "katakana", insert first byte */ return w_c|0xa400; } else { for(j=0; j 0) { #ifdef BDIC_WRITE_CHECK if (vputc('\0', ofpter) == -1) return(-1); #else /* BDIC_WRITE_CHECK */ vputc('\0', ofpter); #endif /* BDIC_WRITE_CHECK */ } #ifdef BDIC_WRITE_CHECK return(0); #endif /* BDIC_WRITE_CHECK */ } #ifdef JS static #endif #ifdef BDIC_WRITE_CHECK int #else /* BDIC_WRITE_CHECK */ void #endif /* BDIC_WRITE_CHECK */ put_n_str(ofpter, c, n) register FILE *ofpter; register int n; register char *c; { while (n-- > 0) { #ifdef BDIC_WRITE_CHECK if (vputc(*c++, ofpter) == -1) return(-1); #else /* BDIC_WRITE_CHECK */ vputc(*c++, ofpter); #endif /* BDIC_WRITE_CHECK */ } #ifdef BDIC_WRITE_CHECK return(0); #endif /* BDIC_WRITE_CHECK */ } #ifdef JS static #endif #ifdef BDIC_WRITE_CHECK int #else /* BDIC_WRITE_CHECK */ void #endif /* BDIC_WRITE_CHECK */ put_n_EU_str(ofpter, c, n) register FILE *ofpter; register w_char *c; register int n; { while (n-- > 0) { #ifdef BDIC_WRITE_CHECK if (put_short(ofpter, (int)(*c++)) == -1) return(-1); #else /* BDIC_WRITE_CHECK */ put_short(ofpter, (int)(*c++)); #endif /* BDIC_WRITE_CHECK */ } #ifdef BDIC_WRITE_CHECK return(0); #endif /* BDIC_WRITE_CHECK */ } #ifdef JS static #endif #ifdef BDIC_WRITE_CHECK int #else /* BDIC_WRITE_CHECK */ void #endif /* BDIC_WRITE_CHECK */ put_short(ofpter, i) register FILE *ofpter; register int i; { #ifdef BDIC_WRITE_CHECK if ((vputc(i >> 8, ofpter) == -1) || (vputc(i , ofpter) == -1)) return(-1); return(0); #else /* BDIC_WRITE_CHECK */ vputc(i >> 8, ofpter); vputc(i , ofpter); #endif /* BDIC_WRITE_CHECK */ } #ifdef JS static #endif #ifdef BDIC_WRITE_CHECK int #else /* BDIC_WRITE_CHECK */ void #endif /* BDIC_WRITE_CHECK */ putint(ofpter, i) register FILE *ofpter; register int i; { #ifdef BDIC_WRITE_CHECK if ((vputc(i >> 24, ofpter) == -1) || (vputc(i >> 16, ofpter) == -1) || (vputc(i >> 8 , ofpter) == -1) || (vputc(i , ofpter) == -1)) return(-1); return(0); #else /* BDIC_WRITE_CHECK */ vputc(i >> 24, ofpter); vputc(i >> 16, ofpter); vputc(i >> 8 , ofpter); vputc(i , ofpter); #endif /* BDIC_WRITE_CHECK */ } #ifdef JS static #endif #ifdef BDIC_WRITE_CHECK int #else /* BDIC_WRITE_CHECK */ void #endif /* BDIC_WRITE_CHECK */ put_n_int(ofpter, n) register FILE *ofpter; register int n; { #ifdef BDIC_WRITE_CHECK return(putnull(ofpter, n)); #else /* BDIC_WRITE_CHECK */ putnull(ofpter, n); #endif /* BDIC_WRITE_CHECK */ } #ifdef JS static #endif int getnull(ifpter, n) register FILE *ifpter; register int n; { register int k; while (n-- > 0) { k = vgetc(ifpter); if(k == -1)return(-1); } return(0); } #ifdef JS static #endif int getnstr(ifpter, n, st) register FILE *ifpter; register int n; register char *st; { int k; while (n-- > 0) { k = vgetc(ifpter); *st++ = k; if(k == -1)return(-1); } return(0); } #if !defined(JS) && !defined(JSERVER) int get_n_EU_str(ifpter, n, st) register FILE *ifpter; register int n; register w_char *st; { register int k; extern int get_short(short *sp, FILE *ifpter); while (n-- > 0) { k = get_short((short *)st++, ifpter); if(k == -1)return(-1); } return(0); } int get_short(sp,ifpter) register short *sp; FILE *ifpter; { register int i = 0; register int k; i |= (k = vgetc(ifpter)) << 8; if(k == -1)return(-1); i |= (k = vgetc(ifpter)); if(k == -1)return(-1); *sp = i; return(0); } #endif #ifdef JS static #endif int getint(ip,ifpter) register FILE *ifpter; int *ip; { register int i = 0; register int k; i |= (k = vgetc(ifpter)) << 24; if(k == -1)return(-1); i |= (k = vgetc(ifpter)) << 16; if(k == -1)return(-1); i |= (k = vgetc(ifpter)) << 8; if(k == -1)return(-1); i |= (k = vgetc(ifpter)); if(k == -1)return(-1); *ip = i; return(0); } #ifndef JS void udytoS(yomi,tnum,hostart,tary) register w_char *yomi; register int tnum; char *hostart; register struct uind1 *tary; { struct uind2 *hop; int len; hop = (struct uind2 *)((char *)hostart + tary[tnum].pter); yomi[0] = tary[tnum].yomi1 >> 16; yomi[1] = tary[tnum].yomi1 & 0xffff; if(yomi[1]){ yomi[2] = tary[tnum].yomi2 >> 16; if(yomi[2]){ yomi[3] = tary[tnum].yomi2 & 0xffff; } } len = hop->yomi[0]; /*Strncpy(yomi + 4, (hop->yomi) + 1, len - 4); In order not to use ../etc/strings.c*/ memcpy((char *)(yomi + 4), (char *)((hop->yomi) + 1), max(0, ((len - 4)) * 2)); yomi[len] = 0; } #endif #ifdef BDIC_WRITE_CHECK static char * make_tmp_name(n) char *n; { static char buf[MAXPATHLEN]; if (n == NULL || *n == '\0') return NULL; snprintf(buf, sizeof(buf), "%s~", n); return(buf); } static char * make_backup_name(n) char *n; { static char buf[MAXPATHLEN]; if (n == NULL || *n == '\0') return NULL; snprintf(buf, sizeof(buf), "%s#", n); return(buf); } #ifdef JS static #endif void check_backup(n) char *n; { char *p; if ((p = make_tmp_name(n)) && (access(p, F_OK) != -1)) unlink(p); if ((p = make_backup_name(n)) && (access(p, F_OK) != -1)) { unlink(n); link(p, n); unlink(p); } } #ifdef JS static #endif copy_file_to_file(from, to) FILE *from, *to; { char buf[1024]; int r_len, w_len, i; for (;;) { r_len = fread(buf, 1, sizeof(buf), from); if (r_len <= 0) break; for ( i = 0; i < r_len; i += w_len) { w_len = fwrite(&buf[i], 1, r_len - i, to); if (w_len <= 0) { fseek(from, 0, 0); fseek(to, 0, 0); return(-1); } if (w_len >= r_len) break; } } fseek(from, 0, 0); fseek(to, 0, 0); return(0); } #ifdef JS static #endif void delete_tmp_file(n) char *n; { if (n && *n) unlink(n); } #ifdef JS static #endif char * make_backup_file(n) char *n; { FILE *fp, *fp2; char *p, *p2; if ((p = make_backup_name(n)) == NULL) return(NULL); if ((p2 = make_tmp_name(n)) == NULL) return(NULL); fp = fp2 = NULL; if (((fp = fopen(p2, "w+")) == NULL) || ((fp2 = fopen(n, "r")) == NULL)) { if(fp) fclose(fp); if(fp2) fclose(fp2); return NULL; } if (copy_file_to_file(fp2, fp) == -1) { fclose(fp); fclose(fp2); return(NULL); } fclose(fp); fclose(fp2); if (access(p, F_OK) != -1) unlink(p); link(p2, p); unlink(p2); return(p); } #ifdef JS static #endif char * make_tmp_file(n, copy, ret_fp) char *n; int copy; FILE **ret_fp; { FILE *fp, *fp2; struct wnn_file_head fh; char *p; p = make_tmp_name(n); if ((fp = fopen(p, "w+")) == NULL) { *ret_fp = NULL; return NULL; } if (copy && (fp2 = fopen(n, "r")) != NULL) { input_file_header(fp2, &fh); fseek(fp2, 0, 0); if ((copy_file_to_file(fp2, fp) == -1) || (create_file_header(fp, fh.file_type, fh.file_passwd) == -1)) { fclose(fp); fclose(fp2); *ret_fp = NULL; return NULL; } fseek(fp, 0, 0); fclose(fp2); } *ret_fp = fp; return p; } #ifdef JS static #endif void move_tmp_to_org(tmp_name, org_name, copy) char *tmp_name, *org_name; int copy; { FILE *org, *tmp; org = tmp = NULL; if (copy) { if (((tmp = fopen(tmp_name, "r")) == NULL) || ((org = fopen(org_name, "w+")) == NULL)) { if(tmp) fclose(tmp); if(org) fclose(org); return; } copy_file_to_file(tmp, org); fclose(tmp); fclose(org); } else { unlink(org_name); link(tmp_name, org_name); } unlink(tmp_name); } #ifdef JS static #endif void write_file_move_tmp_to_org(tmp_name, org_name, file_type, file_passwd, file_uniq) char *tmp_name, *org_name; int file_type; char *file_passwd; struct wnn_file_uniq *file_uniq; { FILE *org, *tmp; org = tmp = NULL; if (((tmp = fopen(tmp_name, "r")) == NULL) || ((org = fopen(org_name, "w+")) == NULL)) { if(tmp) fclose(tmp); if(org) fclose(org); return; } copy_file_to_file(tmp, org); #ifndef WNN_CHECK_INODE rewind(org); change_file_uniq1(org, file_type, file_passwd, file_uniq); #endif fclose(tmp); fclose(org); unlink(tmp_name); } #endif /* BDIC_WRITE_CHECK */ #ifdef JS static #endif int set_file_header(fh, ofpter, file_type, file_passwd) FILE *ofpter; int file_type; char *file_passwd; struct wnn_file_head *fh; { /* WNN_HOSTLEN" is "fh->file_uniq.createhost" size */ char hostname[WNN_HOSTLEN]; struct stat buf; if(fstat(fileno(ofpter), &buf) == -1){ return(-1); } gethostname(hostname, sizeof(hostname) - 1); hostname[sizeof(hostname) - 1] = '\0'; fh->file_uniq.time = (int)buf.st_ctime; fh->file_uniq.dev = (int)buf.st_dev; fh->file_uniq.inode = (int)buf.st_ino; memset(fh->file_uniq.createhost, 0, WNN_HOSTLEN); strncpy(fh->file_uniq.createhost, hostname, WNN_HOSTLEN - 1); /* file_uniq_org */ fh->file_uniq_org.time = (int)buf.st_ctime; fh->file_uniq_org.dev = (int)buf.st_dev; fh->file_uniq_org.inode = (int)buf.st_ino; memset(fh->file_uniq_org.createhost, 0, WNN_HOSTLEN); strncpy(fh->file_uniq_org.createhost, hostname, WNN_HOSTLEN - 1); fh->file_type = file_type; if(file_passwd){ strncpy(fh->file_passwd, file_passwd, WNN_PASSWD_LEN); } else{ memset(fh->file_passwd, 0, WNN_PASSWD_LEN); } return(0); } #ifdef JS static #endif int create_file_header(ofpter, file_type, file_passwd) FILE *ofpter; int file_type; char *file_passwd; { struct wnn_file_head fh; if(set_file_header(&fh, ofpter, file_type, file_passwd) == -1) return(-1); if(output_file_header(ofpter, &fh) == -1) return(-1); return(0); } /* 128 Bytes File Header */ #ifdef JS static #endif int output_file_header(ofpter, hp) FILE *ofpter; struct wnn_file_head *hp; { #ifdef BDIC_WRITE_CHECK #ifdef WNN7_MAKE_DICT if ((put_n_str(ofpter, WNN7_FILE_STRING, WNN_FILE_STRING_LEN) == -1) || #else if ((put_n_str(ofpter, WNN_FILE_STRING, WNN_FILE_STRING_LEN) == -1) || #endif (putint(ofpter, hp->file_type) == -1) || (output_file_uniq(&hp->file_uniq, ofpter) == -1) || (output_file_uniq(&hp->file_uniq_org, ofpter) == -1) || (put_n_str(ofpter, hp->file_passwd, WNN_PASSWD_LEN) == -1) || (putnull(ofpter, 36) == -1)) return(-1); /* Future Use */ #else /* BDIC_WRITE_CHECK */ #ifdef WNN7_MAKE_DICT put_n_str(ofpter, WNN7_FILE_STRING, WNN_FILE_STRING_LEN); #else put_n_str(ofpter, WNN_FILE_STRING, WNN_FILE_STRING_LEN); #endif putint(ofpter, hp->file_type); output_file_uniq(&hp->file_uniq, ofpter); output_file_uniq(&hp->file_uniq_org, ofpter); put_n_str(ofpter, hp->file_passwd, WNN_PASSWD_LEN); putnull(ofpter, 36); /* Future Use */ #endif /* BDIC_WRITE_CHECK */ return(0); } #ifdef JS static #endif int input_file_header(ifpter, hp) FILE *ifpter; struct wnn_file_head *hp; { char wnn_file_string[WNN_FILE_STRING_LEN + 1]; int err = 0; getnstr(ifpter, WNN_FILE_STRING_LEN, wnn_file_string); if(strncmp(wnn_file_string, WNN_FILE_STRING, WNN_FILE_STRING_LEN)) { if(strncmp(wnn_file_string, WNN7_FILE_STRING, WNN_FILE_STRING_LEN)) err = -1; } if(getint((&hp->file_type), ifpter) == -1) err = -1; if(input_file_uniq(&(hp->file_uniq), ifpter) == -1) err = -1; if(input_file_uniq(&(hp->file_uniq_org), ifpter) == -1) err = -1; getnstr(ifpter, WNN_PASSWD_LEN, hp->file_passwd); getnull(ifpter, 36); return(err); } #ifdef JS static #endif #ifdef BDIC_WRITE_CHECK int #else /* BDIC_WRITE_CHECK */ void #endif /* BDIC_WRITE_CHECK */ output_file_uniq(funiq, ofpter) struct wnn_file_uniq *funiq; FILE *ofpter; { #ifdef BDIC_WRITE_CHECK if ((putint(ofpter, funiq->time) == -1) || (putint(ofpter, funiq->dev) == -1) || (putint(ofpter, funiq->inode) == -1) || (put_n_str(ofpter, funiq->createhost, strlen(funiq->createhost)) == -1) || (putnull(ofpter, WNN_HOSTLEN - strlen(funiq->createhost)) == -1)) return(-1); return(0); #else /* BDIC_WRITE_CHECK */ putint(ofpter, funiq->time); putint(ofpter, funiq->dev); putint(ofpter, funiq->inode); put_n_str(ofpter, funiq->createhost, strlen(funiq->createhost)); putnull(ofpter, WNN_HOSTLEN - strlen(funiq->createhost)); #endif /* BDIC_WRITE_CHECK */ } #ifdef JS static #endif int input_file_uniq(funiq, ifpter) struct wnn_file_uniq *funiq; FILE *ifpter; { if( getint(&(funiq->time), ifpter) == -1 || getint(&(funiq->dev), ifpter) == -1 || getint(&(funiq->inode), ifpter) == -1 || getnstr(ifpter, WNN_HOSTLEN, funiq->createhost) == -1) return(-1); return(0); } #ifdef WNN_CHECK_INODE static #else #ifdef JS static #endif #endif int change_file_uniq1(ofpter, file_type, file_passwd, file_uniq) FILE *ofpter; int file_type; char *file_passwd; struct wnn_file_uniq *file_uniq; { struct stat buf; char hostname[WNN_HOSTLEN]; struct wnn_file_head fh; if(fstat(fileno(ofpter), &buf) == -1){ return(-1); } gethostname(hostname, sizeof(hostname) - 1); hostname[sizeof(hostname) - 1] = '\0'; fh.file_uniq.time = (int)buf.st_ctime; fh.file_uniq.dev = (int)buf.st_dev; fh.file_uniq.inode = (int)buf.st_ino; memset(fh.file_uniq.createhost, 0, WNN_HOSTLEN); strncpy(fh.file_uniq.createhost, hostname, WNN_HOSTLEN - 1); /* file_uniq_org */ fh.file_uniq_org.time = file_uniq->time; fh.file_uniq_org.dev = file_uniq->dev; fh.file_uniq_org.inode = file_uniq->inode; memset(fh.file_uniq_org.createhost, 0, WNN_HOSTLEN); strncpy(fh.file_uniq_org.createhost, file_uniq->createhost, WNN_HOSTLEN - 1); fh.file_type = file_type; if(file_passwd){ strncpy(fh.file_passwd, file_passwd, WNN_PASSWD_LEN); } else{ memset(fh.file_passwd, 0, WNN_PASSWD_LEN); } if(output_file_header(ofpter, &fh) == -1) return(-1); return(0); } #ifdef WNN_CHECK_INODE static int check_inode(f, fh) FILE *f; struct wnn_file_head *fh; { struct stat buf; if(fstat(fileno(f), &buf) == -1){ return(-1); } if((int)buf.st_ino != fh->file_uniq.inode){ return(-1); } return(0); } /*:::DOC_START * * Function Name: dic_check_inode * Description : check i-node of file * Parameter : * f: (In) file pointer for dictionary file * fh: (In) file header * * Return value : check result, 0: same, -1: different * * Revision history: * 22-Sep-94: initial * *:::DOC_END */ #ifdef JS static #endif int dic_check_inode(f, fh) FILE *f; struct wnn_file_head *fh; { return(check_inode(f, fh)); } /* End of dic_check_inode */ #ifdef JS static #endif int change_file_uniq(fh, n) struct wnn_file_head *fh; char *n; { int x; FILE *fp; #ifdef BDIC_WRITE_CHECK char *tmp, *backup = NULL; backup = make_backup_file(n); if ((tmp = make_tmp_file(n, 1, &fp)) == NULL) { delete_tmp_file(backup); #else /* BDIC_WRITE_CHECK */ if((fp = fopen(n,"r+")) == NULL){ #endif /* BDIC_WRITE_CHECK */ return(-1); } /* file_uniq_org は変更しない */ #ifdef BDIC_WRITE_CHECK if (change_file_uniq1(fp, fh->file_type, fh->file_passwd, &(fh->file_uniq_org)) == -1) { fclose(fp); delete_tmp_file(tmp); delete_tmp_file(backup); return(-1); } #else /* BDIC_WRITE_CHECK */ change_file_uniq1(fp, fh->file_type, fh->file_passwd, &(fh->file_uniq_org)); #endif /* BDIC_WRITE_CHECK */ fseek(fp, 0, 0); x = input_file_header(fp, fh);/* It must not occur. */ fclose(fp); #ifdef BDIC_WRITE_CHECK if(x == -1) { delete_tmp_file(tmp); delete_tmp_file(backup); return(-1); } move_tmp_to_org(tmp, n, 0); delete_tmp_file(backup); #else /* BDIC_WRITE_CHECK */ if(x == -1) return(-1); #endif /* BDIC_WRITE_CHECK */ return(0); } #endif /* WNN_CHECK_INODE */ #if !defined(JS) && !defined(JSERVER) void vputs(c, fp) register char *c; register FILE *fp; { while(*c){ vputc(*c++, fp); } } int vputws(w, fp) register w_char *w; register FILE *fp; { register int n; UCHAR tmp[LENGTHYOMI*3]; n = wnn_sStrncpy(tmp, sizeof(tmp) - 1, w, -1); vputs(tmp, fp); return(n); } #endif extern char *wnn_get_hinsi_name(int k); #if !defined(JS) && !defined(JSERVER) int put_yomi_str(yomi, ofpter) w_char *yomi; FILE *ofpter; { register int c; register int i = 0; UCHAR tmp[LENGTHYOMI*3], *p; wnn_sStrncpy(tmp, sizeof(tmp) - 1, yomi, -1); for(p = tmp;*p;p++){ c = (int)*p; if(c == '\\'){ vputc('\\', ofpter); vputc('\\', ofpter); i += 2; } else if(c > 0x20){ vputc(c, ofpter); i += 1; } else{ char tmp[8]; snprintf(tmp, sizeof(tmp), "\\0%o" , c); vputs(tmp, ofpter); i += strlen(tmp); } } return(i); } #endif #ifndef JS /*:::DOC_START * * Function Name: Get_knj2 * Description : get KOUHO string , YOMI string and comment string from * "kptr" with "kanji2" offset * Parameter : * kptr: (In) wchar pointer of those strings * kanji2: (In) offset of terget entry. 上記、ポインターの * 何番め先の候補・読み・コメントのストリングを得たいかを指定する。 * 0: jentptrそのもの。 * 1: 次 * . * n: n番目 * kouho: (Out) return of the HOUHO(候補) string * yomi: (Out) return of the YOMI(読み) string * com: (Out) return of the comment string * * Return value : None. * * Revision history: * 31-AUG-94: just wrote this comment. no changes souces * *:::DOC_END */ void Get_knj2(kptr,kanji2, kouho, yomi, comment) UCHAR *kptr; int kanji2; w_char *kouho, *comment, *yomi; { extern void get_kanji_str(); int tcnt; for (tcnt = 0; tcnt < kanji2; tcnt++){ kptr += *kptr; } get_kanji_str(kptr, kouho, yomi, comment); return; } static void copy_kanji_str_from_cd(kptr, kanji) UCHAR *kptr; w_char *kanji; { int n , k; n = *kptr++ - 1; for(k = 0 ; k < n ;) { if(kanji) *kanji++ = ((int) *kptr << 8 | *(kptr + 1)); kptr += 2; k+= 2; } if(kanji)*kanji = 0; } void get_kanji_str(kptr, kanji, yomi, comment) UCHAR *kptr; w_char *kanji, *comment, *yomi; { w_char *tmpy; w_char *tmpk; w_char *tmpc; extern void Get_kanji_str_r(); /* 漢字・読み・コメント情報を初期化 */ if(kanji) kanji[0] = (w_char)0; if(yomi) yomi[0] = (w_char)0; if(comment) comment[0] = (w_char)0; /* CAUTION: jisho syurui is not checked, but ... */ /* not compact dictionary case */ if( (((int) (*kptr)) % 2 ) == 0){ Get_kanji_str_r(kptr, &tmpk, &tmpy, &tmpc); if(kanji && tmpk)wnn_Sreverse(kanji, tmpk); if(yomi && tmpy)wnn_Sreverse(yomi, tmpy); if(comment && tmpc)wnn_Strcpy(comment, tmpc); } else{ w_char *c; w_char tmpk_dt[LENGTHKANJI]; c = tmpk = &tmpk_dt[0]; copy_kanji_str_from_cd(kptr, c); if(kanji && tmpk)wnn_Sreverse(kanji, tmpk); } } /* ?? need doc. CAUTION: *tmpk is IO */ void Get_kanji_str_r_cd (kptr, tmpk, tmpy, tmpc) UCHAR *kptr; w_char **tmpk, **tmpy, **tmpc; { /* CAUTION: jisho syurui is not checked, but ... */ /* not compact dictionary case */ if( (((int) (*kptr)) % 2 ) == 0){ printf("Get_kanji_str_r_cd: do not call me for non-compact dictionary.\n" ); } else{ /* compact dictionary case */ } copy_kanji_str_from_cd(kptr, *tmpk); } void Get_kanji_str_r(kptr, tmpk, tmpy, tmpc) UCHAR *kptr; w_char **tmpk, **tmpy, **tmpc; { int state = *(kptr + 1); static w_char dmy = 0; /* Must not be allocated on Stack!! */ int adres; /* CAUTION: jisho syurui is not checked, but ... */ /* not compact dictionary case */ if( (((int) (*kptr)) % 2 ) == 0){ } else{ /* compact dictionary case */ printf("Get_kanji_str_r: do not call me for compact dictionary.\n" ); } if(state & FORWARDED){ /* Forward occures when comment-set is used */ adres = (*(w_char *)(kptr + 2)) << 16 | (*(w_char *)(kptr + 4)); Get_kanji_str_r(kptr + adres, tmpk, tmpy, tmpc); return; } /* get_kanji_str_r(kptr, tmpk, tmpy, comment); */ if(state & HAS_YOMI){ *tmpy = ((w_char *)(kptr + 2)); *tmpk = *tmpy + wnn_Strlen(*tmpy) + 1; } else{ *tmpy = &dmy; *tmpk = ((w_char *)(kptr + 2)); } if(state & HAS_COMMENT){ *tmpc = *tmpk + wnn_Strlen(*tmpk) + 1; } else{ *tmpc = &dmy; } } UCHAR kanjiaddr(d0, kanji, yomi, comment) UCHAR *d0; w_char *kanji, *yomi, *comment; { w_char *dest = (w_char *)(d0 + 2); int state = 0; w_char *pt; if(yomi && *yomi){ pt = yomi + wnn_Strlen(yomi) - 1; for(;pt >= yomi;){ *dest++ = *pt--; } state |= HAS_YOMI; *dest++ = 0; } pt = kanji + wnn_Strlen(kanji) - 1; for(;pt >= kanji;){ *dest++ = *pt--; } *dest++ = 0; if(comment && *comment){ pt = comment; for(;*pt;){ *dest++ = *pt++; } state |= HAS_COMMENT; *dest++ = 0; } *d0 = (UCHAR)((UCHAR *)dest - d0); *(d0 + 1) = state; return(*d0); } #endif /*:::DOC_START * * Function Name: create_null_dic * Description : 辞書ファイルを作成する * Parameter : * fn : (In) 作成辞書ファイル名 * comm : (In) 作成辞書ファイルコメント * passwd (In) 作成辞書ファイルパスワード * hpasswd : (In) 作成辞書内頻度パスワード * which : (In) 作成辞書ファイルタイプ * * Return value : 0==SUCCESS, -1==ERROR * * Revision history: * *:::DOC_END */ #ifdef JS static #endif int create_null_dic(fn, comm, passwd, hpasswd, which) char *fn; w_char *comm; char *passwd, *hpasswd; /* not encoded passwd */ int which; { FILE *fp; struct JT jt; char epasswd[WNN_PASSWD_LEN]; extern void new_pwd(); /* マージ辞書にはシステム辞書マスクを立てる */ if(which == WNN_MERGE_DICT) which |= WNN_SYSTEM_DICT; jt.total = 0; jt.gosuu = 0; if(hpasswd){ new_pwd(hpasswd, jt.hpasswd); } else{ memset(jt.hpasswd, 0, WNN_PASSWD_LEN); } jt.syurui = which; jt.maxserial = 0; jt.maxtable = 0; jt.maxhontai = (which == WNN_UD_DICT)? 4: 0; jt.maxkanji = 0; if(comm){ jt.maxcomment = wnn_Strlen(comm); } else{ jt.maxcomment = 0; } jt.maxhinsi_list = 0; jt.maxri1[D_YOMI] = 0; jt.maxri1[D_KANJI] = 0; jt.maxri2 = 0; if((fp = fopen(fn, "w+")) == NULL){ return(-1); } if(passwd){ new_pwd(passwd, epasswd); } else{ memset(epasswd, 0, WNN_PASSWD_LEN); } if(create_file_header(fp, WNN_FT_DICT_FILE,epasswd) == -1 || output_header_jt(fp, &jt) == -1){ fclose(fp); return(-1); } #ifdef BDIC_WRITE_CHECK if (put_n_EU_str(fp, comm, jt.maxcomment) == -1) { fclose(fp); return(-1); } #else /* BDIC_WRITE_CHECK */ put_n_EU_str(fp, comm, jt.maxcomment); #endif /* BDIC_WRITE_CHECK */ if(which == WNN_UD_DICT){ #ifdef BDIC_WRITE_CHECK if (putint(fp, 0) == -1) { /* hontai[0] */ fclose(fp); return(-1); } #else /* BDIC_WRITE_CHECK */ putint(fp, 0); /* hontai[0] */ #endif /* BDIC_WRITE_CHECK */ } #ifdef BSD42 fchmod(fileno(fp), 0644); fclose(fp); #else /* SYSV */ fclose(fp); chmod(fn, 0644); #endif /* BSD42 */ return(0); } /* End of create_null_dic */ #ifdef JS static #endif int create_hindo_file(funiq, fn, comm, passwd, serial) struct wnn_file_uniq *funiq; char *fn; w_char *comm; char *passwd; /* Not encoded */ int serial; { FILE *fp; struct HJT hjt; char epasswd[WNN_PASSWD_LEN]; w_char tmp[1]; int i; tmp[0] = 0; if(comm == NULL) comm = tmp; memcpy(&(hjt.dic_file_uniq), funiq, WNN_F_UNIQ_LEN); hjt.maxcomment = wnn_Strlen(comm); hjt.maxserial = serial; hjt.hindo_area = (int)((serial + MAX_HINDO_DATA_AREA - 1) / MAX_HINDO_DATA_AREA); if(hjt.hindo_area != 0) { if((hjt.curserial = (unsigned char *) malloc(hjt.hindo_area * sizeof(unsigned char))) == NULL) return(-1); for(i = 0; i < hjt.hindo_area; i++) (hjt.curserial)[i] = 0; } else hjt.curserial = NULL; if((fp = fopen(fn, "w+")) == NULL){ return(-1); } if(passwd){ new_pwd(passwd, epasswd); } else{ memset(epasswd, 0, WNN_PASSWD_LEN); } if(create_file_header(fp, WNN_FT_HINDO_FILE, epasswd) == -1){ fclose(fp); return(-1); } #ifdef BDIC_WRITE_CHECK if ((output_header_hjt(fp, &hjt) == -1) || (put_n_EU_str(fp, comm, hjt.maxcomment) == -1) || (put_n_int(fp, 0) == -1)) { fclose(fp); return(-1); } #else /* BDIC_WRITE_CHECK */ output_header_hjt(fp, &hjt); put_n_EU_str(fp, comm, hjt.maxcomment); put_n_int(fp, 0); #endif /* BDIC_WRITE_CHECK */ #ifdef BSD42 fchmod(fileno(fp), 0644); fclose(fp); #else /* SYSV */ fclose(fp); chmod(fn, 0644); #endif /* BSD42 */ return(0); } /* Header Total 128 Bytes */ #ifndef JS int input_header_jt(ifpter, jt1) FILE *ifpter; struct JT *jt1; { if( getint(&jt1->syurui , ifpter) == -1 || getint(&jt1->maxcomment, ifpter) == -1 || getint(&jt1->maxhinsi_list, ifpter) == -1 || getint(&jt1->maxserial , ifpter) == -1 || getint(&jt1->maxkanji , ifpter) == -1 || getint(&jt1->maxtable , ifpter) == -1 || getint(&jt1->maxhontai , ifpter) == -1 || getint(&jt1->gosuu , ifpter) == -1 || getnstr(ifpter, WNN_PASSWD_LEN, jt1->hpasswd) == -1 || getint(&jt1->total , ifpter) == -1 || getint(&jt1->maxri1[D_YOMI] , ifpter) == -1 || getint(&jt1->maxri1[D_KANJI] , ifpter) == -1 || getint(&jt1->maxri2, ifpter) == -1 || getnull(ifpter, 56) == -1) return(-1); return(0); } #endif #ifdef JS static #endif int output_header_jt(ofpter, jt1) FILE *ofpter; struct JT *jt1; { #ifdef BDIC_WRITE_CHECK if ((putint(ofpter, jt1->syurui) == -1) || (putint(ofpter, jt1->maxcomment) == -1) || (putint(ofpter, jt1->maxhinsi_list) == -1) || (putint(ofpter, jt1->maxserial) == -1) || (putint(ofpter, jt1->maxkanji) == -1) || (putint(ofpter, jt1->maxtable) == -1) || (putint(ofpter, jt1->maxhontai) == -1) || (putint(ofpter, jt1->gosuu) == -1) || (put_n_str(ofpter, jt1->hpasswd, WNN_PASSWD_LEN) == -1) || (putint(ofpter, jt1->total) == -1) || (putint(ofpter, jt1->maxri1[D_YOMI]) == -1) || (putint(ofpter, jt1->maxri1[D_KANJI]) == -1) || (putint(ofpter, jt1->maxri2) == -1) || (putnull(ofpter, 56) == -1)) return(-1); #else /* BDIC_WRITE_CHECK */ putint(ofpter, jt1->syurui); putint(ofpter, jt1->maxcomment); putint(ofpter, jt1->maxhinsi_list); putint(ofpter, jt1->maxserial); putint(ofpter, jt1->maxkanji); putint(ofpter, jt1->maxtable); putint(ofpter, jt1->maxhontai); putint(ofpter, jt1->gosuu); put_n_str(ofpter, jt1->hpasswd, WNN_PASSWD_LEN); putint(ofpter, jt1->total); putint(ofpter, jt1->maxri1[D_YOMI]); putint(ofpter, jt1->maxri1[D_KANJI]); putint(ofpter, jt1->maxri2); putnull(ofpter, 56); #endif /* BDIC_WRITE_CHECK */ return(0); } /* Header 64 Byte */ #ifndef JS int input_header_hjt(ifpter, hjt1) FILE *ifpter; struct HJT *hjt1; { int i; if( input_file_uniq(&hjt1->dic_file_uniq, ifpter) == -1 || /* 7 * 4 */ getint(&hjt1->maxcomment, ifpter) == -1 || getint(&hjt1->maxserial, ifpter) == -1) return(-1); if(getint(&hjt1->hindo_area, ifpter) == -1) return(-1); if(hjt1->hindo_area != 0) { if((hjt1->curserial = (unsigned char *) malloc(hjt1->hindo_area * sizeof(unsigned char))) == NULL) return(-1); for(i = 0; i < hjt1->hindo_area; i++) (hjt1->curserial)[i] = vgetc(ifpter); } else hjt1->curserial = NULL; return(0); } #endif #ifdef JS static #endif int output_header_hjt(ofpter, hjt1) FILE *ofpter; struct HJT *hjt1; { int i; #ifdef BDIC_WRITE_CHECK if ((output_file_uniq(&hjt1->dic_file_uniq, ofpter) == -1) || (putint(ofpter, hjt1->maxcomment) == -1) || (putint(ofpter, hjt1->maxserial) == -1) || (putint(ofpter, hjt1->hindo_area) == -1)) return(-1); for(i = 0; i < hjt1->hindo_area; i++) { if(vputc((hjt1->curserial)[i], ofpter) == -1) return(-1); } #else /* BDIC_WRITE_CHECK */ output_file_uniq(&hjt1->dic_file_uniq, ofpter); putint(ofpter, hjt1->maxcomment); putint(ofpter, hjt1->maxserial); putint(ofpter, hjt1->hindo_area); for(i = 0; i < hjt1->hindo_area; i++) vputc((hjt1->curserial)[i], ofpter); #endif /* BDIC_WRITE_CHECK */ return(0); } #if !defined(JS) && !defined(JSERVER) /* Only use JUTIL */ void Print_entry(yomi, kstr, cstr, hindo, ima, hinsi, serial, ofpter, esc_exp) w_char *yomi, *kstr,*cstr; int serial, hindo, ima, hinsi; FILE *ofpter; int esc_exp; { register int len; char *k; char buf[32]; static w_char revy[LENGTHKANJI]; extern void kanji_esc_str(); if ((yomi == 0) || (kstr == 0)) return; if(serial != -1){ snprintf(buf, sizeof(buf), "%d\t", serial); vputs(buf, ofpter); } len = put_yomi_str(yomi, ofpter); if(len < 8)vputc('\t' , ofpter); if(len < 16)vputc('\t' , ofpter); vputc('\t' , ofpter); if(esc_exp){ wnn_Sreverse(revy, yomi); kanji_esc_str(kstr, revy, wnn_Strlen(yomi)); len = put_yomi_str(kstr, ofpter); } else{ len = vputws(kstr, ofpter); } if(len < 8)vputc('\t' , ofpter); if(len < 16)vputc('\t' , ofpter); vputc('\t' , ofpter); k = wnn_get_hinsi_name(hinsi); if(k){ vputs(k, ofpter); if((int)strlen(k) < 8)vputc('\t' , ofpter); vputc('\t' , ofpter); } else{ snprintf(buf, sizeof(buf), "%d\t\t", hinsi); vputs(buf, ofpter); } if(ima) vputc('*', ofpter); if(hindo == -1){ /* Real hindo == -1 means Not to use it */ vputs("-", ofpter); } else{ snprintf(buf, sizeof(buf), "%d", hindo); vputs(buf, ofpter); } if(cstr && cstr[0]){ vputc('\t', ofpter); len = vputws(cstr, ofpter); } vputc('\n', ofpter); } #endif #ifdef BDIC_WRITE_CHECK #undef BDIC_WRITE_CHECK #endif