/* * cdinfo - CD Information Management Library * * Copyright (C) 1993-2004 Ti Kan * E-mail: xmcd@amb.org * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This program 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 this program; if not, write to the Free Software * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. * */ #ifndef lint static char *_cdinfo_i_c_ident_ = "@(#)cdinfo_i.c 7.190 04/04/20"; #endif #ifdef __VMS typedef char * caddr_t; #endif #define _CDINFO_INTERN /* Expose internal function protos in cdinfo.h */ #define XMCD_CDDB /* Enable correct includes in CDDB2API.h */ #include "common_d/appenv.h" #include "common_d/version.h" #include "common_d/util.h" #include "libdi_d/libdi.h" #include "cdda_d/cdda.h" #include "cdinfo_d/cdinfo.h" #include "cddb_d/CDDB2API.h" #if defined(_AIX) || defined(__QNX__) #include #endif /* Time interval to run workproc while waiting for I/O */ #define CDINFO_WAIT_SEC 0 #define CDINFO_WAIT_USEC 200000 extern appdata_t app_data; extern FILE *errfp; /* Internal data not to be used outside of libcdinfo */ cdinfo_client_t *cdinfo_clinfo; /* Client info */ cdinfo_incore_t *cdinfo_dbp; /* In core CD info struct */ cdinfo_cddb_t *cdinfo_cddbp; /* Opened CDDB handle */ w_ent_t *cdinfo_discog, /* Local discog menu ptr */ *cdinfo_scddb; /* Search CDDB menu ptr */ bool_t cdinfo_ischild; /* Is a child process */ STATIC bool_t cdinfo_ctrl_initted = FALSE, /* CDDB ctrl initialized */ cdinfo_genurl_initted = FALSE, /* Gen URLs list initialized */ cdinfo_glist_initted = FALSE, /* Genre list initialized */ cdinfo_relist_initted = FALSE, /* Region list initialized */ cdinfo_langlist_initted = FALSE, /* Language list initialized */ cdinfo_rolist_initted = FALSE, /* Role list initialized */ cdinfo_user_regd = FALSE; /* User registered */ /* Data structure used for checking wwwwarp.cfg entries */ typedef struct w_entchk { w_ent_t *ent; struct w_entchk *next; } w_entchk_t; STATIC w_entchk_t *cdinfo_wentchk_head = NULL; /* Data structure for play lists */ typedef struct playls { char *path; /* File path string */ struct playls *prev; /* List link pointer */ struct playls *next; /* List link pointer */ struct playls *prev2; /* Sorted list link pointer */ struct playls *next2; /* Sorted list link pointer */ } playls_t; /* CDDB1 to CDDB2 genre mapping table - This assumes that the * CDDB2 genre ID is invariant. */ struct { char *cddb1_genre; /* CDDB1 category name */ char *cddb2_genre; /* CDDB2 genre ID */ } cdinfo_genre_map[] = { { "blues", "32" /* Blues -> General Blues */ }, { "classical", "46" /* Classical -> General Classical */ }, { "country", "60" /* Country -> General Country */ }, { "data", "71" /* Data -> General Data */ }, { "folk", "96" /* Folk -> General Folk */ }, { "jazz", "160" /* Jazz -> General Jazz */ }, { "misc", "221" /* Unclassifiable -> General Unclass */ }, { "newage", "169" /* New Age -> General New Age */ }, { "reggae", "246" /* Reggae -> General Reggae */ }, { "rock", "191" /* Rock -> General Rock */ }, { "soundtrack", "214" /* Sountrack -> General Soundtrack */ }, { "unclass", "221" /* Unclassifiable -> General Unclass */ }, { NULL, NULL } }; /*********************** * internal routines * ***********************/ /* * cdinfo_line_filter * Given a string, process it such that becomes only one * single line (i.e., filter out all text including and * following any newline character). A newline character * is denotes as the characters '\' and 'n' (NOT '\n'). * Used for handling local CD info file data. * * Arg: * str - The string to be processed * * Return: * Nothing. The input string may be modified. */ STATIC void cdinfo_line_filter(char *str) { if (str == NULL) return; for (; *str != '\0'; str++) { if (*str == '\\' && *(str+1) == 'n') { *str = '\0'; break; } } } /* * cdinfo_concatstr * Concatenate two text strings with special handling for newline * and tab character translations. s1 will be dynamically allocated * or reallocated as needed, and must not point to statically-allocated * or stack space. Used for handling local CD info file data. * * Args: * s1 - Location of the pointer to the first text string. * s2 - The second text string. * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_concatstr(char **s1, char *s2) { int n; char *str; bool_t proc_slash; if (s1 == NULL || s2 == NULL) return FALSE; if (*s1 == NULL) { *s1 = (char *) MEM_ALLOC("s1", strlen(s2) + 1); if (*s1 != NULL) *s1[0] = '\0'; } else { *s1 = (char *) MEM_REALLOC("s1", *s1, strlen(*s1) + strlen(s2) + 1); } if (*s1 == NULL) return FALSE; /* Concatenate the two strings, with special handling for newline * and tab characters. */ str = *s1; proc_slash = FALSE; n = strlen(str); str += n; if (n > 0 && *(str - 1) == '\\') { proc_slash = TRUE; /* Handle broken escape sequences */ str--; } for (; *s2 != '\0'; str++, s2++) { if (*s2 == '\\') { if (proc_slash) { proc_slash = FALSE; continue; } proc_slash = TRUE; s2++; } if (proc_slash) { proc_slash = FALSE; switch (*s2) { case 'n': *str = '\n'; break; case 't': *str = '\t'; break; case '\\': *str = '\\'; break; case '\0': *str = '\\'; s2--; break; default: *str++ = '\\'; *str = *s2; break; } } else *str = *s2; } *str = '\0'; return TRUE; } /* * cdinfo_sort_playlist * Given a linked list of playls_t structures, sort them * alphabetically based on the path field. The sorted list head * is returned. The original list links are not modified. * To traverse the sorted list, use returned listhead and follow the * next2 pointers of the playls_t structure. * * Args: * listhead - The original playlist head pointer. * * Return: * The sorted playlist head pointer. */ STATIC playls_t * cdinfo_sort_playlist(playls_t *listhead) { playls_t *hp, *sp, *sp2; for (sp = hp = listhead; sp != NULL; sp = sp->next) { for (sp2 = hp; sp2 != NULL; sp2 = sp2->next2) { if (sp == sp2) continue; if (strcmp(sp->path, sp2->path) > 0) continue; sp->prev2 = sp2->prev2; sp->next2 = sp2; if (sp2 == hp) hp = sp; else sp2->prev2->next2 = sp; break; } } return (hp); } /* * cdinfo_onterm * Signal handler for SIGTERM * * Args: * signo - The signal number * * Return: * Nothing. */ void cdinfo_onterm(int signo) { (void) util_signal(signo, SIG_IGN); DBGPRN(DBG_CDI)(errfp, "\ncdinfo_onterm: SIGTERM received\n"); /* Close CDDB connection if necessary */ if (cdinfo_cddbp != NULL) cdinfo_closecddb(cdinfo_cddbp); _exit(0); } /* * cdinfo_sum * Convert an integer to its text string representation, and * compute its checksum. Used by cdinfo_discid. * * Args: * n - The integer value. * * Return: * The integer checksum. */ int cdinfo_sum(int n) { int ret; /* For backward compatibility this algorithm must not change */ for (ret = 0; n > 0; n /= 10) ret += n % 10; return (ret); } /* * cdinfo_free_glist * Deallocate genre list. * * Args: * None * * Return: * Nothing */ STATIC void cdinfo_free_glist(void) { cdinfo_genre_t *p, *q, *a, *b; for (p = q = cdinfo_dbp->genrelist; p != NULL; p = q) { q = p->next; if (p->id != NULL) MEM_FREE(p->id); if (p->name != NULL) MEM_FREE(p->name); for (a = b = p->child; a != NULL; a = b) { b = a->next; if (a->id != NULL) MEM_FREE(a->id); if (a->name != NULL) MEM_FREE(a->name); MEM_FREE(a); } MEM_FREE(p); } cdinfo_dbp->genrelist = NULL; } /* * cdinfo_free_relist * Deallocate region list. * * Args: * None * * Return: * Nothing */ STATIC void cdinfo_free_relist(void) { cdinfo_region_t *p, *q; for (p = q = cdinfo_dbp->regionlist; p != NULL; p = q) { q = p->next; if (p->id != NULL) MEM_FREE(p->id); if (p->name != NULL) MEM_FREE(p->name); MEM_FREE(p); } cdinfo_dbp->regionlist = NULL; } /* * cdinfo_free_langlist * Deallocate language list. * * Args: * None * * Return: * Nothing */ STATIC void cdinfo_free_langlist(void) { cdinfo_lang_t *p, *q; for (p = q = cdinfo_dbp->langlist; p != NULL; p = q) { q = p->next; if (p->id != NULL) MEM_FREE(p->id); if (p->name != NULL) MEM_FREE(p->name); MEM_FREE(p); } cdinfo_dbp->langlist = NULL; } /* * cdinfo_free_rolist * Deallocate role list. * * Args: * None * * Return: * Nothing */ STATIC void cdinfo_free_rolist(void) { cdinfo_role_t *p, *q, *a, *b; for (p = q = cdinfo_dbp->rolelist; p != NULL; p = q) { q = p->next; if (p->id != NULL) MEM_FREE(p->id); if (p->name != NULL) MEM_FREE(p->name); for (a = b = p->child; a != NULL; a = b) { b = a->next; if (a->id != NULL) MEM_FREE(a->id); if (a->name != NULL) MEM_FREE(a->name); MEM_FREE(a); } MEM_FREE(p); } cdinfo_dbp->rolelist = NULL; } /* * cdinfo_set_errstr * Set the error message string in the incore structure based on the * CDDB service result code. * * Args: * code - The CDDB result code * * Return: * Nothing */ /*ARGSUSED*/ STATIC void cdinfo_set_errstr(CddbResult code) { if (code == Cddb_OK) return; if (cdinfo_dbp->cddb_errstr != NULL) MEM_FREE(cdinfo_dbp->cddb_errstr); cdinfo_dbp->cddb_errstr = (char *) MEM_ALLOC( "CddbErrorString", ERR_BUF_SZ ); if (cdinfo_dbp->cddb_errstr == NULL) return; cdinfo_dbp->cddb_errstr[0] = '\0'; CddbGetErrorString(code, cdinfo_dbp->cddb_errstr, ERR_BUF_SZ); if (cdinfo_dbp->cddb_errstr[0] == '\0') { MEM_FREE(cdinfo_dbp->cddb_errstr); cdinfo_dbp->cddb_errstr = NULL; } else { DBGPRN(DBG_CDI)(errfp, "%s\n", cdinfo_dbp->cddb_errstr); } } #ifndef SYNCHRONOUS /* * cdinfo_waitio * Check if read data is pending. If no data and a workproc is * specified, then call workproc. Keep waiting until there is * data or until timeout. * * Args: * pp - Pointer to the cdinfo_pipe_t structure * tmout - Timeout interval (in seconds). If set to 0, no * timeout will occur. * * Return: * TRUE - There is data pending. */ STATIC bool_t cdinfo_waitio(cdinfo_pipe_t *pp, int tmout) { int ret; fd_set rfds; fd_set efds; struct timeval to; time_t start = 0, now; if (tmout > 0) start = time(NULL); do { errno = 0; FD_ZERO(&efds); FD_ZERO(&rfds); FD_SET(pp->r.fd, &rfds); to.tv_sec = CDINFO_WAIT_SEC; to.tv_usec = CDINFO_WAIT_USEC; #ifdef __hpux ret = select(pp->r.fd+1, (int *) &rfds, NULL, (int *) &efds, &to); #else ret = select(pp->r.fd+1, &rfds, NULL, &efds, &to); #endif if (tmout > 0 && ret == 0) { now = time(NULL); if ((now - start) > tmout) { /* Timeout */ DBGPRN(DBG_CDI)(errfp, "Timed out waiting for data.\n"); errno = ETIME; ret = -1; } } if (ret == 0 && !cdinfo_ischild && cdinfo_clinfo->workproc != NULL) cdinfo_clinfo->workproc(cdinfo_clinfo->arg); } while (ret == 0); /* Hack: some implementations of select() does not work * on non-socket file descriptors, so just fake a * success status. */ return TRUE; } /* * cdinfo_getc * Return a character from the file stream. Perform buffered * read from file if necessary. * * Args: * pp - Pointer to the cdinfo_pipe_t structure. * * Return: * The character, or -1 on EOF or failure. */ STATIC int cdinfo_getc(cdinfo_pipe_t *pp) { static int i = 0; /* Do some work every 10 characters read */ if (!cdinfo_ischild && (i % 10) == 0 && cdinfo_clinfo->workproc != NULL) cdinfo_clinfo->workproc(cdinfo_clinfo->arg); if (++i > 100) i = 0; /* Reset count */ if (pp->r.cache == NULL) { /* Allocate read cache */ pp->r.cache = (unsigned char *) MEM_ALLOC( "read_cache", CDINFO_CACHESZ ); if (pp->r.cache == NULL) return -1; } if (pp->r.pos == pp->r.cnt) { /* Wait for data */ if (!cdinfo_waitio(pp, 0)) return -1; /* Load cache */ pp->r.cnt = read(pp->r.fd, pp->r.cache, CDINFO_CACHESZ); if (pp->r.cnt <= 0) { pp->r.cnt = pp->r.pos; return -1; } pp->r.pos = 1; } else { pp->r.pos++; } return ((int) pp->r.cache[pp->r.pos - 1]); } /* * cdinfo_gets * Read a line of text from the stream. The read terminates * when it encounters a newline character, EOF, or if len * characters have been read. * * Args: * pp - The pipe descriptor obtained via cdinfo_openpipe() * buf - Pointer to return string buffer * len - Maximum number of characters to read * * Return: * TRUE - Successfully read a line of text * FALSE - Reached EOF or read failure */ STATIC bool_t cdinfo_gets(cdinfo_pipe_t *pp, char *buf, int len) { int tot = 0, c = 0; while ((c = cdinfo_getc(pp)) > 0) { *buf = (char) c; tot++; buf++; len--; if (c == '\n') { /* Translate CR-LF into just LF */ if (*(buf-2) == '\r') { *(buf-2) = '\n'; *(buf-1) = '\0'; tot--; buf--; } break; } if (len <= 0) break; } *buf = '\0'; return ((bool_t) (tot > 0)); } /* * cdinfo_puts * Write a text string into the pipe. * * Args: * pp - The pipe descriptor obtained via cdinfo_openpipe() * buf - Pointer to string buffer * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_puts(cdinfo_pipe_t *pp, char *buf) { char prevchar; bool_t done; if (buf == NULL) return FALSE; if (pp->w.cache == NULL) { /* Allocate write cache */ pp->w.cache = (unsigned char *) MEM_ALLOC( "write_cache", CDINFO_CACHESZ ); if (pp->w.cache == NULL) return FALSE; } prevchar = '\0'; done = FALSE; while (!done) { if (*buf == '\0') { /* Insert a newline at end of string if the * string doesn't already have one */ if (prevchar != '\n') buf = "\n"; else break; } if (pp->w.pos == CDINFO_CACHESZ) { unsigned char *p; int resid, n = 0; /* Flush write cache */ p = pp->w.cache; for (resid = pp->w.pos; resid > 0; resid -= n) { if ((n = write(pp->w.fd, p, resid)) < 0) { pp->w.pos = 0; return FALSE; } p += n; } pp->w.pos = 0; } pp->w.cache[pp->w.pos] = (unsigned char) *buf; pp->w.pos++; prevchar = *buf; buf++; } return TRUE; } /* * cdinfo_getline * Read a line from pipe buffer and allocate data structure element * to store the data. This version is used for single-line character * string elements. * * Args: * pp - Pointer to cdinfo_pipe_t * name - Name of element * ptr - Incore CD info structure element location * * Return: * TRUE - success * FALSE - failure */ /*ARGSUSED*/ STATIC bool_t cdinfo_getline(cdinfo_pipe_t *pp, char *name, char **ptr) { size_t n; bool_t ret = FALSE; static char buf[2048]; while ((ret = cdinfo_gets(pp, buf, sizeof(buf))) == TRUE) { if (buf[0] == '\n') /* Null string */ return TRUE; n = strlen(buf); if (buf[n-1] == '\n') { buf[n-1] = '\0'; /* Zap newline */ ret = TRUE; } else ret = FALSE; if (*ptr == NULL) { *ptr = (char *) MEM_ALLOC(name, n + 1); if (*ptr != NULL) *ptr[0] = '\0'; } else { *ptr = (char *) MEM_REALLOC(name, *ptr, strlen(*ptr) + n + 1); } if (*ptr == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) strcat(*ptr, buf); if (ret) break; } return (ret); } /* * cdinfo_getmultiline * Read lines from pipe buffer and allocate data structure * element to store the data. This version is used for multi-line * character string elements. * * Args: * pp - Pointer to cdinfo_pipe_t * name - Name of element * ptr - Incore CD info structure element location * * Return: * TRUE - success * FALSE - failure */ /*ARGSUSED*/ STATIC bool_t cdinfo_getmultiline(cdinfo_pipe_t *pp, char *name, char **ptr) { bool_t ret; char *cp; static char buf[2048]; while ((ret = cdinfo_gets(pp, buf, sizeof(buf))) == TRUE) { if (strncmp(buf, XMCD_PIPESIG, strlen(XMCD_PIPESIG)) == 0) { /* End of multi-line */ if (*ptr != NULL) { /* Zap the last newline */ cp = *ptr + strlen(*ptr) - 1; if (*cp == '\n') *cp = '\0'; } break; } if (*ptr == NULL) { *ptr = (char *) MEM_ALLOC(name, strlen(buf) + 1); if (*ptr != NULL) *ptr[0] = '\0'; } else { *ptr = (char *) MEM_REALLOC(name, *ptr, strlen(*ptr) + strlen(buf) + 1); } if (*ptr == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) strcat(*ptr, buf); } return (ret); } /* * cdinfo_geturl_ents * Read URL elements from pipe, used by the parent. * * Args: * pp - Pointer to cdinfo_pipe_t * key - match element key string * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_geturl_ents(cdinfo_pipe_t *pp, char *key) { static cdinfo_url_t *p, *q = NULL; if (strcmp(key, ".gen.new") == 0) { p = (cdinfo_url_t *)(void *) MEM_ALLOC("cdinfo_url_t", sizeof(cdinfo_url_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_url_t)); p->wtype = WTYPE_GEN; if (cdinfo_dbp->gen_url_list == NULL) cdinfo_dbp->gen_url_list = q = p; else { q->next = p; q = p; } cdinfo_genurl_initted = TRUE; } else if (strcmp(key, ".gen.type") == 0) { if (!cdinfo_getline(pp, "url.gen.type", &p->type)) return FALSE; } else if (strcmp(key, ".gen.href") == 0) { if (!cdinfo_getline(pp, "url.gen.href", &p->href)) return FALSE; } else if (strcmp(key, ".gen.displink") == 0) { if (!cdinfo_getline(pp, "url.gen.displink", &p->displink)) return FALSE; } else if (strcmp(key, ".gen.disptext") == 0) { if (!cdinfo_getline(pp, "url.gen.disptext", &p->disptext)) return FALSE; } else if (strcmp(key, ".gen.categ") == 0) { if (!cdinfo_getline(pp, "url.gen.categ", &p->categ)) return FALSE; } else if (strcmp(key, ".gen.size") == 0) { if (!cdinfo_getline(pp, "url.gen.size", &p->size)) return FALSE; } else if (strcmp(key, ".gen.weight") == 0) { if (!cdinfo_getline(pp, "url.gen.weight", &p->weight)) return FALSE; } else if (strcmp(key, ".disc.new") == 0) { p = (cdinfo_url_t *)(void *) MEM_ALLOC("cdinfo_url_t", sizeof(cdinfo_url_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_url_t)); p->wtype = WTYPE_ALBUM; if (cdinfo_dbp->disc_url_list == NULL) cdinfo_dbp->disc_url_list = q = p; else { q->next = p; q = p; } } else if (strcmp(key, ".disc.type") == 0) { if (!cdinfo_getline(pp, "url.disc.type", &p->type)) return FALSE; } else if (strcmp(key, ".disc.href") == 0) { if (!cdinfo_getline(pp, "url.disc.href", &p->href)) return FALSE; } else if (strcmp(key, ".disc.displink") == 0) { if (!cdinfo_getline(pp, "url.disc.displink", &p->displink)) return FALSE; } else if (strcmp(key, ".disc.disptext") == 0) { if (!cdinfo_getline(pp, "url.disc.disptext", &p->disptext)) return FALSE; } else if (strcmp(key, ".disc.categ") == 0) { if (!cdinfo_getline(pp, "url.disc.categ", &p->categ)) return FALSE; } else if (strcmp(key, ".disc.size") == 0) { if (!cdinfo_getline(pp, "url.disc.size", &p->size)) return FALSE; } else if (strcmp(key, ".disc.weight") == 0) { if (!cdinfo_getline(pp, "url.disc.weight", &p->weight)) return FALSE; } return TRUE; } /* * cdinfo_getctrl_ents * Read CDDB control information from pipe, used by the parent. * * Args: * pp - Pointer to cdinfo_pipe_t * key - control element key string * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_getctrl_ents(cdinfo_pipe_t *pp, char *key) { if (strcmp(key, ".ver") == 0) { if (!cdinfo_getline(pp, "control.ver", &cdinfo_dbp->ctrl_ver)) return FALSE; } cdinfo_ctrl_initted = TRUE; return TRUE; } /* * cdinfo_getglist_ents * Read genre list elements from pipe, used by the parent. * * Args: * pp - Pointer to cdinfo_pipe_t * key - genre element key string * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_getglist_ents(cdinfo_pipe_t *pp, char *key) { cdinfo_genre_t *p; static cdinfo_genre_t *gp = NULL, *sgp = NULL; if (strcmp(key, ".new") == 0) { p = (cdinfo_genre_t *)(void *) MEM_ALLOC("genre", sizeof(cdinfo_genre_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_genre_t)); if (cdinfo_dbp->genrelist == NULL) cdinfo_dbp->genrelist = gp = p; else { gp->next = p; gp = p; } sgp = NULL; } else if (strcmp(key, ".id") == 0) { if (!cdinfo_getline(pp, "genre.id", &gp->id)) { gp = sgp = NULL; cdinfo_free_glist(); return FALSE; } } else if (strcmp(key, ".name") == 0) { if (!cdinfo_getline(pp, "genre.name", &gp->name)) { gp = sgp = NULL; cdinfo_free_glist(); return FALSE; } } else if (strcmp(key, ".subgenre.new") == 0) { p = (cdinfo_genre_t *)(void *) MEM_ALLOC("genre", sizeof(cdinfo_genre_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_genre_t)); p->parent = gp; if (sgp == NULL) gp->child = sgp = p; else { sgp->next = p; sgp = p; } } else if (strcmp(key, ".subgenre.id") == 0) { if (!cdinfo_getline(pp, "subgenre.id", &sgp->id)) { gp = sgp = NULL; cdinfo_free_glist(); return FALSE; } } else if (strcmp(key, ".subgenre.name") == 0) { if (!cdinfo_getline(pp, "subgenre.name", &sgp->name)) { gp = sgp = NULL; cdinfo_free_glist(); return FALSE; } } cdinfo_glist_initted = TRUE; return TRUE; } /* * cdinfo_getrelist_ents * Read region list elements from pipe, used by the parent. * * Args: * pp - Pointer to cdinfo_pipe_t * key - region element key string * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_getrelist_ents(cdinfo_pipe_t *pp, char *key) { cdinfo_region_t *p; static cdinfo_region_t *rp = NULL; if (strcmp(key, ".new") == 0) { p = (cdinfo_region_t *)(void *) MEM_ALLOC("region", sizeof(cdinfo_region_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_region_t)); if (cdinfo_dbp->regionlist == NULL) cdinfo_dbp->regionlist = rp = p; else { rp->next = p; rp = p; } } else if (strcmp(key, ".id") == 0) { if (!cdinfo_getline(pp, "region.id", &rp->id)) { rp = NULL; cdinfo_free_relist(); return FALSE; } } else if (strcmp(key, ".name") == 0) { if (!cdinfo_getline(pp, "region.name", &rp->name)) { rp = NULL; cdinfo_free_relist(); return FALSE; } } cdinfo_relist_initted = TRUE; return TRUE; } /* * cdinfo_getlanglist_ents * Read language list elements from pipe, used by the parent. * * Args: * pp - Pointer to cdinfo_pipe_t * key - language element key string * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_getlanglist_ents(cdinfo_pipe_t *pp, char *key) { cdinfo_lang_t *p; static cdinfo_lang_t *lp = NULL; if (strcmp(key, ".new") == 0) { p = (cdinfo_lang_t *)(void *) MEM_ALLOC("language", sizeof(cdinfo_lang_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_lang_t)); if (cdinfo_dbp->langlist == NULL) cdinfo_dbp->langlist = lp = p; else { lp->next = p; lp = p; } } else if (strcmp(key, ".id") == 0) { if (!cdinfo_getline(pp, "lang.id", &lp->id)) { lp = NULL; cdinfo_free_langlist(); return FALSE; } } else if (strcmp(key, ".name") == 0) { if (!cdinfo_getline(pp, "lang.name", &lp->name)) { lp = NULL; cdinfo_free_langlist(); return FALSE; } } cdinfo_langlist_initted = TRUE; return TRUE; } /* * cdinfo_getrolist_ents * Read role list elements from pipe, used by the parent. * * Args: * pp - Pointer to cdinfo_pipe_t * key - role element key string * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_getrolist_ents(cdinfo_pipe_t *pp, char *key) { cdinfo_role_t *p; static cdinfo_role_t *rp = NULL, *srp = NULL; if (strcmp(key, ".new") == 0) { p = (cdinfo_role_t *)(void *) MEM_ALLOC("role", sizeof(cdinfo_role_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_role_t)); if (cdinfo_dbp->rolelist == NULL) cdinfo_dbp->rolelist = rp = p; else { rp->next = p; rp = p; } srp = NULL; } else if (strcmp(key, ".id") == 0) { if (!cdinfo_getline(pp, "role.id", &rp->id)) { rp = srp = NULL; cdinfo_free_rolist(); return FALSE; } } else if (strcmp(key, ".name") == 0) { if (!cdinfo_getline(pp, "role.name", &rp->name)) { rp = srp = NULL; cdinfo_free_rolist(); return FALSE; } } else if (strcmp(key, ".subrole.new") == 0) { p = (cdinfo_role_t *)(void *) MEM_ALLOC("role", sizeof(cdinfo_role_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_role_t)); p->parent = rp; if (srp == NULL) rp->child = srp = p; else { srp->next = p; srp = p; } } else if (strcmp(key, ".subrole.id") == 0) { if (!cdinfo_getline(pp, "subrole.id", &srp->id)) { rp = srp = NULL; cdinfo_free_rolist(); return FALSE; } } else if (strcmp(key, ".subrole.name") == 0) { if (!cdinfo_getline(pp, "subrole.name", &srp->name)) { rp = srp = NULL; cdinfo_free_rolist(); return FALSE; } } cdinfo_rolist_initted = TRUE; return TRUE; } /* * cdinfo_getmatch_ents * Read multiple match elements from pipe, used by the parent. * * Args: * pp - Pointer to cdinfo_pipe_t * key - match element key string * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_getmatch_ents(cdinfo_pipe_t *pp, char *key) { cdinfo_match_t *p; static cdinfo_match_t *mp = NULL; if (strcmp(key, ".new") == 0) { p = (cdinfo_match_t *)(void *) MEM_ALLOC("match", sizeof(cdinfo_match_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_match_t)); if (cdinfo_dbp->matchlist == NULL) cdinfo_dbp->matchlist = mp = p; else { mp->next = p; mp = p; } } else if (strcmp(key, ".artist") == 0) { if (!cdinfo_getline(pp, "match.artist", &mp->artist)) { mp = NULL; cdinfo_free_matchlist(); return FALSE; } } else if (strcmp(key, ".title") == 0) { if (!cdinfo_getline(pp, "match.title", &mp->title)) { mp = NULL; cdinfo_free_matchlist(); return FALSE; } } else if (strcmp(key, ".genre") == 0) { if (!cdinfo_getline(pp, "match.genre", &mp->genre)) { mp = NULL; cdinfo_free_matchlist(); return FALSE; } } return TRUE; } /* * cdinfo_getuserreg_ents * Read user registration related elements from pipe, used by the parent. * * Args: * pp - Pointer to cdinfo_pipe_t * key - userreg element key string * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_getuserreg_ents(cdinfo_pipe_t *pp, char *key) { char *str; if (strcmp(key, ".handle") == 0) { if (cdinfo_dbp->userreg.handle != NULL) { MEM_FREE(cdinfo_dbp->userreg.handle); cdinfo_dbp->userreg.handle = NULL; } if (!cdinfo_getline(pp, "userreg.handle", &cdinfo_dbp->userreg.handle)) return FALSE; } else if (strcmp(key, ".hint") == 0) { if (cdinfo_dbp->userreg.hint != NULL) { MEM_FREE(cdinfo_dbp->userreg.hint); cdinfo_dbp->userreg.hint = NULL; } if (!cdinfo_getline(pp, "userreg.hint", &cdinfo_dbp->userreg.hint)) return FALSE; } else if (strcmp(key, ".email") == 0) { if (cdinfo_dbp->userreg.email != NULL) { MEM_FREE(cdinfo_dbp->userreg.email); cdinfo_dbp->userreg.email = NULL; } if (!cdinfo_getline(pp, "userreg.email", &cdinfo_dbp->userreg.email)) return FALSE; } else if (strcmp(key, ".region") == 0) { if (cdinfo_dbp->userreg.region != NULL) { MEM_FREE(cdinfo_dbp->userreg.region); cdinfo_dbp->userreg.region = NULL; } if (!cdinfo_getline(pp, "userreg.region", &cdinfo_dbp->userreg.region)) return FALSE; } else if (strcmp(key, ".postal") == 0) { if (cdinfo_dbp->userreg.postal != NULL) { MEM_FREE(cdinfo_dbp->userreg.postal); cdinfo_dbp->userreg.postal = NULL; } if (!cdinfo_getline(pp, "userreg.postal", &cdinfo_dbp->userreg.postal)) return FALSE; } else if (strcmp(key, ".age") == 0) { if (cdinfo_dbp->userreg.age != NULL) { MEM_FREE(cdinfo_dbp->userreg.age); cdinfo_dbp->userreg.age = NULL; } if (!cdinfo_getline(pp, "userreg.age", &cdinfo_dbp->userreg.age)) return FALSE; } else if (strcmp(key, ".gender") == 0) { if (cdinfo_dbp->userreg.gender != NULL) { MEM_FREE(cdinfo_dbp->userreg.gender); cdinfo_dbp->userreg.gender = NULL; } if (!cdinfo_getline(pp, "userreg.gender", &cdinfo_dbp->userreg.gender)) return FALSE; } else if (strcmp(key, ".allowemail") == 0) { str = NULL; if (!cdinfo_getline(pp, "userreg.allowemail", &str)) return FALSE; if (str != NULL) { if (*str == '1') cdinfo_dbp->userreg.allowemail = TRUE; MEM_FREE(str); } } else if (strcmp(key, ".allowstats") == 0) { str = NULL; if (!cdinfo_getline(pp, "userreg.allowstats", &str)) return FALSE; if (str != NULL) { if (*str == '1') cdinfo_dbp->userreg.allowemail = TRUE; MEM_FREE(str); } } cdinfo_user_regd = TRUE; return TRUE; } /* * cdinfo_getdisc_ents * Read disc related elements from pipe, used by the parent. * * Args: * pp - Pointer to cdinfo_pipe_t * key - disc element key string * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_getdisc_ents(cdinfo_pipe_t *pp, char *key) { char *str; cdinfo_credit_t *p; cdinfo_segment_t *q; static cdinfo_credit_t *cp = NULL; static cdinfo_segment_t *sp = NULL; if (strcmp(key, ".flags") == 0) { str = NULL; if (!cdinfo_getline(pp, "disc.flags", &str)) return FALSE; if (str != NULL) { (void) sscanf(str, "%x", &cdinfo_dbp->flags); MEM_FREE(str); } } else if (strcmp(key, ".compilation") == 0) { str = NULL; if (!cdinfo_getline(pp, "disc.compilation", &str)) return FALSE; if (str != NULL) { if (*str == '1') cdinfo_dbp->disc.compilation = TRUE; MEM_FREE(str); } } else if (strcmp(key, ".artistfname.dispname") == 0) { if (!cdinfo_getline(pp, "disc.artistfname.dispname", &cdinfo_dbp->disc.artistfname.dispname)) return FALSE; } else if (strcmp(key, ".artistfname.lastname") == 0) { if (!cdinfo_getline(pp, "disc.artistfname.lastname", &cdinfo_dbp->disc.artistfname.lastname)) return FALSE; } else if (strcmp(key, ".artistfname.firstname") == 0) { if (!cdinfo_getline(pp, "disc.artistfname.firstname", &cdinfo_dbp->disc.artistfname.firstname)) return FALSE; } else if (strcmp(key, ".artistfname.the") == 0) { if (!cdinfo_getline(pp, "disc.artistfname.the", &cdinfo_dbp->disc.artistfname.the)) return FALSE; } else if (strcmp(key, ".artist") == 0) { if (!cdinfo_getline(pp, "disc.artist", &cdinfo_dbp->disc.artist)) return FALSE; } else if (strcmp(key, ".title") == 0) { if (!cdinfo_getline(pp, "disc.title", &cdinfo_dbp->disc.title)) return FALSE; } else if (strcmp(key, ".sorttitle") == 0) { if (!cdinfo_getline(pp, "disc.sorttitle", &cdinfo_dbp->disc.sorttitle)) return FALSE; } else if (strcmp(key, ".title_the") == 0) { if (!cdinfo_getline(pp, "disc.title_the", &cdinfo_dbp->disc.title_the)) return FALSE; } else if (strcmp(key, ".year") == 0) { if (!cdinfo_getline(pp, "disc.year", &cdinfo_dbp->disc.year)) return FALSE; } else if (strcmp(key, ".label") == 0) { if (!cdinfo_getline(pp, "disc.label", &cdinfo_dbp->disc.label)) return FALSE; } else if (strcmp(key, ".genre") == 0) { if (!cdinfo_getline(pp, "disc.genre", &cdinfo_dbp->disc.genre)) return FALSE; } else if (strcmp(key, ".genre2") == 0) { if (!cdinfo_getline(pp, "disc.genre2", &cdinfo_dbp->disc.genre2)) return FALSE; } else if (strcmp(key, ".dnum") == 0) { if (!cdinfo_getline(pp, "disc.dnum", &cdinfo_dbp->disc.dnum)) return FALSE; } else if (strcmp(key, ".tnum") == 0) { if (!cdinfo_getline(pp, "disc.tnum", &cdinfo_dbp->disc.tnum)) return FALSE; } else if (strcmp(key, ".region") == 0) { if (!cdinfo_getline(pp, "disc.region", &cdinfo_dbp->disc.region)) return FALSE; } else if (strcmp(key, ".lang") == 0) { if (!cdinfo_getline(pp, "disc.lang", &cdinfo_dbp->disc.lang)) return FALSE; } else if (strcmp(key, ".notes") == 0) { if (!cdinfo_getmultiline(pp, "disc.notes", &cdinfo_dbp->disc.notes)) return FALSE; } else if (strcmp(key, ".mediaid") == 0) { if (!cdinfo_getline(pp, "disc.mediaid", &cdinfo_dbp->disc.mediaid)) return FALSE; } else if (strcmp(key, ".muiid") == 0) { if (!cdinfo_getline(pp, "disc.muiid", &cdinfo_dbp->disc.muiid)) return FALSE; } else if (strcmp(key, ".titleuid") == 0) { if (!cdinfo_getline(pp, "disc.titleuid", &cdinfo_dbp->disc.titleuid)) return FALSE; } else if (strcmp(key, ".revision") == 0) { if (!cdinfo_getline(pp, "disc.revision", &cdinfo_dbp->disc.revision)) return FALSE; } else if (strcmp(key, ".revtag") == 0) { if (!cdinfo_getline(pp, "disc.revtag", &cdinfo_dbp->disc.revtag)) return FALSE; } else if (strcmp(key, ".certifier") == 0) { if (!cdinfo_getline(pp, "disc.certifier", &cdinfo_dbp->disc.certifier)) return FALSE; } else if (strcmp(key, ".credit.new") == 0) { p = (cdinfo_credit_t *)(void *) MEM_ALLOC("cdinfo_credit_t", sizeof(cdinfo_credit_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_credit_t)); if (cdinfo_dbp->disc.credit_list == NULL) { cdinfo_dbp->disc.credit_list = p; p->prev = NULL; } else { cp->next = p; p->prev = cp; } cp = p; p->next = NULL; } else if (strcmp(key, ".credit.role") == 0) { str = NULL; if (!cdinfo_getline(pp, "disc.credit.role", &str)) return FALSE; if (str != NULL) { cp->crinfo.role = cdinfo_role(str); MEM_FREE(str); } } else if (strcmp(key, ".credit.name") == 0) { if (!cdinfo_getline(pp, "disc.credit.name", &cp->crinfo.name)) return FALSE; } else if (strcmp(key, ".credit.fullname.dispname") == 0) { if (!cdinfo_getline(pp, "disc.credit.fullname.dispname", &cp->crinfo.fullname.dispname)) return FALSE; } else if (strcmp(key, ".credit.fullname.lastname") == 0) { if (!cdinfo_getline(pp, "disc.credit.fullname.lastname", &cp->crinfo.fullname.lastname)) return FALSE; } else if (strcmp(key, ".credit.fullname.firstname") == 0) { if (!cdinfo_getline(pp, "disc.credit.fullname.firstname", &cp->crinfo.fullname.firstname)) return FALSE; } else if (strcmp(key, ".credit.fullname.the") == 0) { if (!cdinfo_getline(pp, "disc.credit.fullname.the", &cp->crinfo.fullname.the)) return FALSE; } else if (strcmp(key, ".credit.notes") == 0) { if (!cdinfo_getmultiline(pp, "disc.credit.notes", &cp->notes)) return FALSE; } else if (strcmp(key, ".segment.new") == 0) { q = (cdinfo_segment_t *)(void *) MEM_ALLOC("cdinfo_segment_t", sizeof(cdinfo_segment_t) ); if (q == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(q, 0, sizeof(cdinfo_segment_t)); if (cdinfo_dbp->disc.segment_list == NULL) { cdinfo_dbp->disc.segment_list = q; q->prev = NULL; } else { sp->next = q; q->prev = sp; } sp = q; q->next = NULL; } else if (strcmp(key, ".segment.name") == 0) { if (!cdinfo_getline(pp, "disc.segment.name", &sp->name)) return FALSE; } else if (strcmp(key, ".segment.notes") == 0) { if (!cdinfo_getmultiline(pp, "disc.segment.notes", &sp->notes)) return FALSE; } else if (strcmp(key, ".segment.start_track") == 0) { if (!cdinfo_getline(pp, "disc.segment.start_track", &sp->start_track)) return FALSE; } else if (strcmp(key, ".segment.start_frame") == 0) { if (!cdinfo_getline(pp, "disc.segment.start_frame", &sp->start_frame)) return FALSE; } else if (strcmp(key, ".segment.end_track") == 0) { if (!cdinfo_getline(pp, "disc.segment.end_track", &sp->end_track)) return FALSE; } else if (strcmp(key, ".segment.end_frame") == 0) { if (!cdinfo_getline(pp, "disc.segment.end_frame", &sp->end_frame)) return FALSE; } else if (strcmp(key, ".segment.credit.new") == 0) { p = (cdinfo_credit_t *)(void *) MEM_ALLOC("cdinfo_credit_t", sizeof(cdinfo_credit_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_credit_t)); if (sp->credit_list == NULL) { sp->credit_list = p; p->prev = NULL; } else { cp->next = p; p->prev = cp; } cp = p; p->next = NULL; } else if (strcmp(key, ".segment.credit.role") == 0) { str = NULL; if (!cdinfo_getline(pp, "disc.segment.credit.role", &str)) return FALSE; if (str != NULL) { cp->crinfo.role = cdinfo_role(str); MEM_FREE(str); } } else if (strcmp(key, ".segment.credit.name") == 0) { if (!cdinfo_getline(pp, "disc.segment.credit.name", &cp->crinfo.name)) return FALSE; } else if (strcmp(key, ".segment.credit.fullname.dispname") == 0) { if (!cdinfo_getline(pp, "disc.segment.credit.fullname.dispname", &cp->crinfo.fullname.dispname)) return FALSE; } else if (strcmp(key, ".segment.credit.fullname.lastname") == 0) { if (!cdinfo_getline(pp, "disc.segment.credit.fullname.lastname", &cp->crinfo.fullname.lastname)) return FALSE; } else if (strcmp(key, ".segment.credit.fullname.firstname") == 0) { if (!cdinfo_getline(pp, "disc.segment.credit.fullname.firstname", &cp->crinfo.fullname.firstname)) return FALSE; } else if (strcmp(key, ".segment.credit.fullname.the") == 0) { if (!cdinfo_getline(pp, "disc.segment.credit.fullname.the", &cp->crinfo.fullname.the)) return FALSE; } else if (strcmp(key, ".segment.credit.notes") == 0) { if (!cdinfo_getmultiline(pp, "disc.segment.credit.notes", &cp->notes)) return FALSE; } return TRUE; } /* * cdinfo_gettrack_ents * Read track related elements from pipe, used by the parent. * * Args: * pp - Pointer to cdinfo_pipe_t * key - track element key string * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_gettrack_ents(cdinfo_pipe_t *pp, char *key) { int i; char *str, *name; cdinfo_credit_t *p; static cdinfo_credit_t *cp = NULL; if (sscanf(key, "%d.", &i) != 1) return FALSE; /* Unexpected data */ name = strchr(key, '.') + 1; if (strcmp(name, "artistfname.dispname") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].artistfname.dispname)) return FALSE; } else if (strcmp(name, "artistfname.lastname") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].artistfname.lastname)) return FALSE; } else if (strcmp(name, "artistfname.firstname") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].artistfname.firstname)) return FALSE; } else if (strcmp(name, "artistfname.the") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].artistfname.the)) return FALSE; } else if (strcmp(name, "artist") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].artist)) return FALSE; } else if (strcmp(name, "title") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].title)) return FALSE; } else if (strcmp(name, "sorttitle") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].sorttitle)) return FALSE; } else if (strcmp(name, "title_the") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].title_the)) return FALSE; } else if (strcmp(name, "year") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].year)) return FALSE; } else if (strcmp(name, "label") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].label)) return FALSE; } else if (strcmp(name, "genre") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].genre)) return FALSE; } else if (strcmp(name, "genre2") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].genre2)) return FALSE; } else if (strcmp(name, "bpm") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].bpm)) return FALSE; } else if (strcmp(name, "notes") == 0) { if (!cdinfo_getmultiline(pp, name, &cdinfo_dbp->track[i].notes)) return FALSE; } else if (strcmp(name, "isrc") == 0) { if (!cdinfo_getline(pp, name, &cdinfo_dbp->track[i].isrc)) return FALSE; } else if (strcmp(name, "credit.new") == 0) { p = (cdinfo_credit_t *)(void *) MEM_ALLOC("cdinfo_credit_t", sizeof(cdinfo_credit_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_credit_t)); if (cdinfo_dbp->track[i].credit_list == NULL) { cdinfo_dbp->track[i].credit_list = p; p->prev = NULL; } else { cp->next = p; p->prev = cp; } cp = p; p->next = NULL; } else if (strcmp(name, "credit.role") == 0) { str = NULL; if (!cdinfo_getline(pp, name, &str)) return FALSE; if (str != NULL) { cp->crinfo.role = cdinfo_role(str); MEM_FREE(str); } } else if (strcmp(name, "credit.name") == 0) { if (!cdinfo_getline(pp, name, &cp->crinfo.name)) return FALSE; } else if (strcmp(name, "credit.fullname.dispname") == 0) { if (!cdinfo_getline(pp, name, &cp->crinfo.fullname.dispname)) return FALSE; } else if (strcmp(name, "credit.fullname.lastname") == 0) { if (!cdinfo_getline(pp, name, &cp->crinfo.fullname.lastname)) return FALSE; } else if (strcmp(name, "credit.fullname.firstname") == 0) { if (!cdinfo_getline(pp, name, &cp->crinfo.fullname.firstname)) return FALSE; } else if (strcmp(name, "credit.fullname.the") == 0) { if (!cdinfo_getline(pp, name, &cp->crinfo.fullname.the)) return FALSE; } else if (strcmp(name, "credit.notes") == 0) { if (!cdinfo_getmultiline(pp, name, &cp->notes)) return FALSE; } return TRUE; } /* * cdinfo_puturl_ents * Write URL match elements into pipe, used by the child. * * Args: * pp - Pointer to cdinfo_pipe_t * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_puturl_ents(cdinfo_pipe_t *pp) { cdinfo_url_t *p; if (!cdinfo_genurl_initted) { for (p = cdinfo_dbp->gen_url_list; p != NULL; p = p->next) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.gen.new")) return FALSE; if (p->type != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.gen.type")) return FALSE; if (!cdinfo_puts(pp, p->type)) return FALSE; } if (p->href != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.gen.href")) return FALSE; if (!cdinfo_puts(pp, p->href)) return FALSE; } if (p->displink != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.gen.displink")) return FALSE; if (!cdinfo_puts(pp, p->displink)) return FALSE; } if (p->disptext != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.gen.disptext")) return FALSE; if (!cdinfo_puts(pp, p->disptext)) return FALSE; } if (p->categ != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.gen.categ")) return FALSE; if (!cdinfo_puts(pp, p->categ)) return FALSE; } if (p->size != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.gen.size")) return FALSE; if (!cdinfo_puts(pp, p->size)) return FALSE; } if (p->weight != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.gen.weight")) return FALSE; if (!cdinfo_puts(pp, p->weight)) return FALSE; } cdinfo_genurl_initted = TRUE; } } for (p = cdinfo_dbp->disc_url_list; p != NULL; p = p->next) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.disc.new")) return FALSE; if (p->type != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.disc.type")) return FALSE; if (!cdinfo_puts(pp, p->type)) return FALSE; } if (p->href != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.disc.href")) return FALSE; if (!cdinfo_puts(pp, p->href)) return FALSE; } if (p->displink != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.disc.displink")) return FALSE; if (!cdinfo_puts(pp, p->displink)) return FALSE; } if (p->disptext != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.disc.disptext")) return FALSE; if (!cdinfo_puts(pp, p->disptext)) return FALSE; } if (p->categ != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.disc.categ")) return FALSE; if (!cdinfo_puts(pp, p->categ)) return FALSE; } if (p->size != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.disc.size")) return FALSE; if (!cdinfo_puts(pp, p->size)) return FALSE; } if (p->weight != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "url.disc.weight")) return FALSE; if (!cdinfo_puts(pp, p->weight)) return FALSE; } } return TRUE; } /* * cdinfo_putctrl_ents * Write CDDB control information into pipe, used by the child. * * Args: * pp - Pointer to cdinfo_pipe_t * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_putctrl_ents(cdinfo_pipe_t *pp) { if (cdinfo_ctrl_initted) return TRUE; if (cdinfo_dbp->ctrl_ver != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "control.ver")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->ctrl_ver)) return FALSE; } cdinfo_ctrl_initted = TRUE; return TRUE; } /* * cdinfo_putglist_ents * Write genre list elements into pipe, used by the child. * * Args: * pp - Pointer to cdinfo_pipe_t * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_putglist_ents(cdinfo_pipe_t *pp) { cdinfo_genre_t *p, *q; if (cdinfo_glist_initted) return TRUE; for (p = cdinfo_dbp->genrelist; p != NULL; p = p->next) { if (!cdinfo_puts(pp, XMCD_PIPESIG "genre.new")) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "genre.id")) return FALSE; if (!cdinfo_puts(pp, p->id)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "genre.name")) return FALSE; if (!cdinfo_puts(pp, p->name)) return FALSE; for (q = p->child; q != NULL; q = q->next) { if (!cdinfo_puts(pp, XMCD_PIPESIG "genre.subgenre.new")) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "genre.subgenre.id")) return FALSE; if (!cdinfo_puts(pp, q->id)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "genre.subgenre.name")) return FALSE; if (!cdinfo_puts(pp, q->name)) return FALSE; } } cdinfo_glist_initted = TRUE; return TRUE; } /* * cdinfo_putrelist_ents * Write region list elements into pipe, used by the child. * * Args: * pp - Pointer to cdinfo_pipe_t * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_putrelist_ents(cdinfo_pipe_t *pp) { cdinfo_region_t *p; if (cdinfo_relist_initted) return TRUE; for (p = cdinfo_dbp->regionlist; p != NULL; p = p->next) { if (!cdinfo_puts(pp, XMCD_PIPESIG "region.new")) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "region.id")) return FALSE; if (!cdinfo_puts(pp, p->id)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "region.name")) return FALSE; if (!cdinfo_puts(pp, p->name)) return FALSE; } cdinfo_relist_initted = TRUE; return TRUE; } /* * cdinfo_putlanglist_ents * Write language list elements into pipe, used by the child. * * Args: * pp - Pointer to cdinfo_pipe_t * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_putlanglist_ents(cdinfo_pipe_t *pp) { cdinfo_lang_t *p; if (cdinfo_langlist_initted) return TRUE; for (p = cdinfo_dbp->langlist; p != NULL; p = p->next) { if (!cdinfo_puts(pp, XMCD_PIPESIG "lang.new")) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "lang.id")) return FALSE; if (!cdinfo_puts(pp, p->id)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "lang.name")) return FALSE; if (!cdinfo_puts(pp, p->name)) return FALSE; } cdinfo_langlist_initted = TRUE; return TRUE; } /* * cdinfo_putrolist_ents * Write role list elements into pipe, used by the child. * * Args: * pp - Pointer to cdinfo_pipe_t * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_putrolist_ents(cdinfo_pipe_t *pp) { cdinfo_role_t *p, *q; if (cdinfo_rolist_initted) return TRUE; for (p = cdinfo_dbp->rolelist; p != NULL; p = p->next) { if (!cdinfo_puts(pp, XMCD_PIPESIG "role.new")) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "role.id")) return FALSE; if (!cdinfo_puts(pp, p->id)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "role.name")) return FALSE; if (!cdinfo_puts(pp, p->name)) return FALSE; for (q = p->child; q != NULL; q = q->next) { if (!cdinfo_puts(pp, XMCD_PIPESIG "role.subrole.new")) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "role.subrole.id")) return FALSE; if (!cdinfo_puts(pp, q->id)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "role.subrole.name")) return FALSE; if (!cdinfo_puts(pp, q->name)) return FALSE; } } cdinfo_rolist_initted = TRUE; return TRUE; } /* * cdinfo_putmatch_ents * Write multiple match elements into pipe, used by the child. * * Args: * pp - Pointer to cdinfo_pipe_t * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_putmatch_ents(cdinfo_pipe_t *pp) { cdinfo_match_t *p; for (p = cdinfo_dbp->matchlist; p != NULL; p = p->next) { if (!cdinfo_puts(pp, XMCD_PIPESIG "match.new")) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "match.artist")) return FALSE; if (!cdinfo_puts(pp, p->artist)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "match.title")) return FALSE; if (!cdinfo_puts(pp, p->title)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "match.genre")) return FALSE; if (!cdinfo_puts(pp, p->genre)) return FALSE; } return TRUE; } /* * cdinfo_putuserreg_ents * Write user registration related elements into pipe, used by the child. * * Args: * pp - Pointer to cdinfo_pipe_t * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_putuserreg_ents(cdinfo_pipe_t *pp) { if (cdinfo_user_regd) return TRUE; if (cdinfo_dbp->userreg.handle != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "userreg.handle")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->userreg.handle)) return FALSE; } if (cdinfo_dbp->userreg.hint != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "userreg.hint")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->userreg.hint)) return FALSE; } if (cdinfo_dbp->userreg.email != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "userreg.email")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->userreg.email)) return FALSE; } if (cdinfo_dbp->userreg.region != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "userreg.region")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->userreg.region)) return FALSE; } if (cdinfo_dbp->userreg.postal != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "userreg.postal")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->userreg.postal)) return FALSE; } if (cdinfo_dbp->userreg.age != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "userreg.age")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->userreg.age)) return FALSE; } if (cdinfo_dbp->userreg.gender != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "userreg.gender")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->userreg.gender)) return FALSE; } if (cdinfo_dbp->userreg.allowemail) { if (!cdinfo_puts(pp, XMCD_PIPESIG "userreg.allowemail")) return FALSE; if (!cdinfo_puts(pp, "1\n")) return FALSE; } if (cdinfo_dbp->userreg.allowstats) { if (!cdinfo_puts(pp, XMCD_PIPESIG "userreg.allowstats")) return FALSE; if (!cdinfo_puts(pp, "1\n")) return FALSE; } cdinfo_user_regd = TRUE; return TRUE; } /* * cdinfo_putdisc_ents * Write disc related elements into pipe, used by the child. * * Args: * pp - Pointer to cdinfo_pipe_t * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_putdisc_ents(cdinfo_pipe_t *pp) { char buf[32]; cdinfo_credit_t *p; cdinfo_segment_t *q; if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.flags")) return FALSE; (void) sprintf(buf, "%x", cdinfo_dbp->flags); if (!cdinfo_puts(pp, buf)) return FALSE; if (cdinfo_dbp->disc.compilation) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.compilation")) return FALSE; if (!cdinfo_puts(pp, "1\n")) return FALSE; } if (cdinfo_dbp->disc.artistfname.dispname != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.artistfname.dispname")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.artistfname.dispname)) return FALSE; } if (cdinfo_dbp->disc.artistfname.lastname != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.artistfname.lastname")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.artistfname.lastname)) return FALSE; } if (cdinfo_dbp->disc.artistfname.firstname != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.artistfname.firstname")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.artistfname.firstname)) return FALSE; } if (cdinfo_dbp->disc.artistfname.the != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.artistfname.the")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.artistfname.the)) return FALSE; } if (cdinfo_dbp->disc.artist != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.artist")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.artist)) return FALSE; } if (cdinfo_dbp->disc.title != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.title")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.title)) return FALSE; } if (cdinfo_dbp->disc.sorttitle != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.sorttitle")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.sorttitle)) return FALSE; } if (cdinfo_dbp->disc.title_the != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.title_the")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.title_the)) return FALSE; } if (cdinfo_dbp->disc.year != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.year")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.year)) return FALSE; } if (cdinfo_dbp->disc.label != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.label")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.label)) return FALSE; } if (cdinfo_dbp->disc.genre != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.genre")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.genre)) return FALSE; } if (cdinfo_dbp->disc.genre2 != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.genre2")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.genre2)) return FALSE; } if (cdinfo_dbp->disc.dnum != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.dnum")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.dnum)) return FALSE; } if (cdinfo_dbp->disc.tnum != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.tnum")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.tnum)) return FALSE; } if (cdinfo_dbp->disc.region != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.region")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.region)) return FALSE; } if (cdinfo_dbp->disc.lang != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.lang")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.lang)) return FALSE; } if (cdinfo_dbp->disc.notes != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.notes")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.notes)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "multi.end")) return FALSE; } if (cdinfo_dbp->disc.mediaid != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.mediaid")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.mediaid)) return FALSE; } if (cdinfo_dbp->disc.muiid != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.muiid")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.muiid)) return FALSE; } if (cdinfo_dbp->disc.titleuid != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.titleuid")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.titleuid)) return FALSE; } if (cdinfo_dbp->disc.revision != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.revision")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.revision)) return FALSE; } if (cdinfo_dbp->disc.revtag != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.revtag")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.revtag)) return FALSE; } if (cdinfo_dbp->disc.certifier != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.certifier")) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->disc.certifier)) return FALSE; } for (p = cdinfo_dbp->disc.credit_list; p != NULL; p = p->next) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.credit.new")) return FALSE; if (p->crinfo.role != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.credit.role")) return FALSE; if (!cdinfo_puts(pp, p->crinfo.role->id)) return FALSE; } if (p->crinfo.name != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.credit.name")) return FALSE; if (!cdinfo_puts(pp, p->crinfo.name)) return FALSE; } if (p->crinfo.fullname.dispname != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.credit.fullname.dispname")) return FALSE; if (!cdinfo_puts(pp, p->crinfo.fullname.dispname)) return FALSE; } if (p->crinfo.fullname.lastname != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.credit.fullname.lastname")) return FALSE; if (!cdinfo_puts(pp, p->crinfo.fullname.lastname)) return FALSE; } if (p->crinfo.fullname.firstname != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.credit.fullname.firstname")) return FALSE; if (!cdinfo_puts(pp, p->crinfo.fullname.firstname)) return FALSE; } if (p->crinfo.fullname.the != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.credit.fullname.the")) return FALSE; if (!cdinfo_puts(pp, p->crinfo.fullname.the)) return FALSE; } if (p->notes != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.credit.notes")) return FALSE; if (!cdinfo_puts(pp, p->notes)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "multi.end")) return FALSE; } } for (q = cdinfo_dbp->disc.segment_list; q != NULL; q = q->next) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.new")) return FALSE; if (q->name != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.name")) return FALSE; if (!cdinfo_puts(pp, q->name)) return FALSE; } if (q->notes != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.notes")) return FALSE; if (!cdinfo_puts(pp, q->notes)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "multi.end")) return FALSE; } if (q->start_track != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.start_track")) return FALSE; if (!cdinfo_puts(pp, q->start_track)) return FALSE; } if (q->start_frame != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.start_frame")) return FALSE; if (!cdinfo_puts(pp, q->start_frame)) return FALSE; } if (q->end_track != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.end_track")) return FALSE; if (!cdinfo_puts(pp, q->end_track)) return FALSE; } if (q->end_frame != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.end_frame")) return FALSE; if (!cdinfo_puts(pp, q->end_frame)) return FALSE; } for (p = q->credit_list; p != NULL; p = p->next) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.credit.new")) return FALSE; if (p->crinfo.role != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.credit.role")) return FALSE; if (!cdinfo_puts(pp, p->crinfo.role->id)) return FALSE; } if (p->crinfo.name != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.credit.name")) return FALSE; if (!cdinfo_puts(pp, p->crinfo.name)) return FALSE; } if (p->crinfo.fullname.dispname != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.credit.fullname.dispname")) return FALSE; if (!cdinfo_puts(pp, p->crinfo.fullname.dispname)) return FALSE; } if (p->crinfo.fullname.lastname != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.credit.fullname.lastname")) return FALSE; if (!cdinfo_puts(pp, p->crinfo.fullname.lastname)) return FALSE; } if (p->crinfo.fullname.firstname != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.credit.fullname.firstname")) return FALSE; if (!cdinfo_puts(pp, p->crinfo.fullname.firstname)) return FALSE; } if (p->crinfo.fullname.the != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.credit.fullname.the")) return FALSE; if (!cdinfo_puts(pp, p->crinfo.fullname.the)) return FALSE; } if (p->notes != NULL) { if (!cdinfo_puts(pp, XMCD_PIPESIG "disc.segment.credit.notes")) return FALSE; if (!cdinfo_puts(pp, p->notes)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "multi.end")) return FALSE; } } } return TRUE; } /* * cdinfo_puttrack_ents * Write track related elements into pipe, used by the child. * * Args: * pp - Pointer to cdinfo_pipe_t * s - Pointer to the curstat_t structure * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_puttrack_ents(cdinfo_pipe_t *pp, curstat_t *s) { int i; char buf[80]; cdinfo_credit_t *p; for (i = 0; i < (int) s->tot_trks; i++) { if (cdinfo_dbp->track[i].artistfname.dispname != NULL) { (void) sprintf(buf, "%strack%d.artistfname.dispname", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].artistfname.dispname)) return FALSE; } if (cdinfo_dbp->track[i].artistfname.lastname != NULL) { (void) sprintf(buf, "%strack%d.artistfname.lastname", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].artistfname.lastname)) return FALSE; } if (cdinfo_dbp->track[i].artistfname.firstname != NULL) { (void) sprintf(buf, "%strack%d.artistfname.firstname", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].artistfname.firstname)) return FALSE; } if (cdinfo_dbp->track[i].artistfname.the != NULL) { (void) sprintf(buf, "%strack%d.artistfname.the", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].artistfname.the)) return FALSE; } if (cdinfo_dbp->track[i].artist != NULL) { (void) sprintf(buf, "%strack%d.artist", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].artist)) return FALSE; } if (cdinfo_dbp->track[i].title != NULL) { (void) sprintf(buf, "%strack%d.title", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].title)) return FALSE; } if (cdinfo_dbp->track[i].sorttitle != NULL) { (void) sprintf(buf, "%strack%d.sorttitle", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].sorttitle)) return FALSE; } if (cdinfo_dbp->track[i].title_the != NULL) { (void) sprintf(buf, "%strack%d.title_the", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].title_the)) return FALSE; } if (cdinfo_dbp->track[i].year != NULL) { (void) sprintf(buf, "%strack%d.year", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].year)) return FALSE; } if (cdinfo_dbp->track[i].label != NULL) { (void) sprintf(buf, "%strack%d.label", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].label)) return FALSE; } if (cdinfo_dbp->track[i].genre != NULL) { (void) sprintf(buf, "%strack%d.genre", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].genre)) return FALSE; } if (cdinfo_dbp->track[i].genre2 != NULL) { (void) sprintf(buf, "%strack%d.genre2", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].genre2)) return FALSE; } if (cdinfo_dbp->track[i].bpm != NULL) { (void) sprintf(buf, "%strack%d.bpm", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].bpm)) return FALSE; } if (cdinfo_dbp->track[i].notes != NULL) { (void) sprintf(buf, "%strack%d.notes", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].notes)) return FALSE; (void) sprintf(buf, "%smulti.end", XMCD_PIPESIG); if (!cdinfo_puts(pp, buf)) return FALSE; } if (cdinfo_dbp->track[i].isrc != NULL) { (void) sprintf(buf, "%strack%d.isrc", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, cdinfo_dbp->track[i].isrc)) return FALSE; } for (p = cdinfo_dbp->track[i].credit_list; p != NULL; p = p->next){ (void) sprintf(buf, "%strack%d.credit.new", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (p->crinfo.role != NULL) { (void) sprintf(buf, "%strack%d.credit.role", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, p->crinfo.role->id)) return FALSE; } if (p->crinfo.name != NULL) { (void) sprintf(buf, "%strack%d.credit.name", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, p->crinfo.name)) return FALSE; } if (p->crinfo.fullname.dispname != NULL) { (void) sprintf(buf, "%strack%d.credit.fullname.dispname", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, p->crinfo.fullname.dispname)) return FALSE; } if (p->crinfo.fullname.lastname != NULL) { (void) sprintf(buf, "%strack%d.credit.fullname.lastname", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, p->crinfo.fullname.lastname)) return FALSE; } if (p->crinfo.fullname.firstname != NULL) { (void) sprintf(buf, "%strack%d.credit.fullname.firstname", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, p->crinfo.fullname.firstname)) return FALSE; } if (p->crinfo.fullname.the != NULL) { (void) sprintf(buf, "%strack%d.credit.fullname.the", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, p->crinfo.fullname.the)) return FALSE; } if (p->notes != NULL) { (void) sprintf(buf, "%strack%d.credit.notes", XMCD_PIPESIG, i); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, p->notes)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "multi.end")) return FALSE; } } } return TRUE; } /* * cdinfo_flushpipe * Flush the pipe write cache. * * Args: * pp - Pointer to the cdinfo_pipe_t structure. * * Return: * TRUE - success * FALSE - failure */ bool_t cdinfo_flushpipe(cdinfo_pipe_t *pp) { if (pp == NULL) return FALSE; if (pp->w.cache != NULL && pp->w.pos > 0) { unsigned char *p; int resid, n = 0; /* Flush write cache */ p = pp->w.cache; for (resid = pp->w.pos; resid > 0; resid -= n) { if ((n = write(pp->w.fd, p, resid)) < 0) { pp->w.pos = 0; return FALSE; } p += n; } pp->w.pos = 0; } return TRUE; } /* * cdinfo_openpipe * Create a one-way pipe and set up for buffered I/O * * Args: * dir - pipe data direction: CDINFO_DATAIN or CDINFO_DATAOUT * (from the perspective of parent process) * * Return: * A pointer to the cdinfo_pipe_t structure which contains pipe * file descriptors and FILE stream pointers. */ cdinfo_pipe_t * cdinfo_openpipe(int dir) { int pfd[2]; cdinfo_pipe_t *pp; /* Allocate cdinfo_pipe_t */ pp = (cdinfo_pipe_t *)(void *) MEM_ALLOC( "cdinfo_pipe_t", sizeof(cdinfo_pipe_t) ); if (pp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return NULL; } /* Create pipe */ if (PIPE(pfd) < 0) { MEM_FREE(pp); return NULL; } pp->dir = dir; pp->r.fd = pfd[0]; pp->w.fd = pfd[1]; pp->r.rw = O_RDONLY; pp->w.rw = O_WRONLY; pp->r.pos = pp->w.pos = 0; pp->r.cnt = pp->w.cnt = 0; /* The caches are allocated on first I/O */ pp->r.cache = pp->w.cache = NULL; return (pp); } /* * cdinfo_closepipe * Close the pipe created with cdinfo_openpipe. * * Args: * pp - Pointer to the cdinfo_pipe_t structure. * * Return: * TRUE - success * FALSE - failure */ bool_t cdinfo_closepipe(cdinfo_pipe_t *pp) { int fd; if (pp == NULL) return FALSE; if (pp->w.cache != NULL && pp->w.pos > 0) { unsigned char *p; int resid, n = 0; /* Flush write cache */ p = pp->w.cache; for (resid = pp->w.pos; resid > 0; resid -= n) { if ((n = write(pp->w.fd, p, resid)) < 0) { pp->w.pos = 0; return FALSE; } p += n; } pp->w.pos = 0; } /* Close file descriptor */ if (pp->dir == CDINFO_DATAIN) { if (cdinfo_ischild) fd = pp->w.fd; else fd = pp->r.fd; } else { if (cdinfo_ischild) fd = pp->r.fd; else fd = pp->w.fd; } if (fd != -1) (void) close(fd); /* Free cache storage */ if (pp->r.cache != NULL) MEM_FREE(pp->r.cache); if (pp->w.cache != NULL) MEM_FREE(pp->w.cache); /* Free cdinfo_pipe_t structure */ MEM_FREE(pp); return TRUE; } /* * cdinfo_write_datapipe * Write incore CD information into pipe. Used by child process. * * Args: * pp - Pointer to the cdinfo_pipe_t structure. * s - Pointer to the curstat_t structure. * * Return: * TRUE - Success * FALSE - Failure */ bool_t cdinfo_write_datapipe(cdinfo_pipe_t *pp, curstat_t *s) { if (!cdinfo_putctrl_ents(pp)) return FALSE; if (!cdinfo_putglist_ents(pp)) return FALSE; if (!cdinfo_putrelist_ents(pp)) return FALSE; if (!cdinfo_putlanglist_ents(pp)) return FALSE; if (!cdinfo_putrolist_ents(pp)) return FALSE; if (!cdinfo_putuserreg_ents(pp)) return FALSE; if (cdinfo_dbp->matchlist != NULL) { /* Fuzzy matches */ if (!cdinfo_putmatch_ents(pp)) return FALSE; } else { /* Exact match */ if (!cdinfo_putdisc_ents(pp)) return FALSE; if (!cdinfo_puttrack_ents(pp, s)) return FALSE; } /* URLs */ if (!cdinfo_puturl_ents(pp)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "end")) return FALSE; /* Flush write cache in pipe */ if (!cdinfo_flushpipe(pp)) return FALSE; return TRUE; } /* * cdinfo_read_datapipe * Read CDDB data from pipe and update in-core structures. * Used by parent process. * * Args: * pp - Pointer to the cdinfo_pipe_t structure. * * Return: * TRUE - Success * FALSE - Failure */ bool_t cdinfo_read_datapipe(cdinfo_pipe_t *pp) { int n; char *key; static char buf[2048]; n = strlen(XMCD_PIPESIG); key = &buf[n]; while (cdinfo_gets(pp, buf, sizeof(buf))) { if (strncmp(buf, XMCD_PIPESIG, n) == 0) { buf[strlen(buf) - 1] = '\0'; /* Zap newline */ if (strncmp(key, "disc", 4) == 0 && !cdinfo_getdisc_ents(pp, key + 4)) { return FALSE; } else if (strncmp(key, "track", 5) == 0 && !cdinfo_gettrack_ents(pp, key + 5)) { return FALSE; } else if (strncmp(key, "url", 3) == 0 && !cdinfo_geturl_ents(pp, key + 3)) { return FALSE; } else if (strncmp(key, "genre", 5) == 0 && !cdinfo_getglist_ents(pp, key + 5)) { return FALSE; } else if (strncmp(key, "region", 6) == 0 && !cdinfo_getrelist_ents(pp, key + 6)) { return FALSE; } else if (strncmp(key, "lang", 4) == 0 && !cdinfo_getlanglist_ents(pp, key + 4)) { return FALSE; } else if (strncmp(key, "role", 4) == 0 && !cdinfo_getrolist_ents(pp, key + 4)) { return FALSE; } else if (strncmp(key, "match", 5) == 0 && !cdinfo_getmatch_ents(pp, key + 5)) { return FALSE; } else if (strncmp(key, "userreg", 7) == 0 && !cdinfo_getuserreg_ents(pp, key + 7)) { return FALSE; } else if (strncmp(key, "control", 7) == 0 && !cdinfo_getctrl_ents(pp, key + 7)) { return FALSE; } else if (strcmp(key, "end") == 0) { break; } } else { /* Unexpected data */ return FALSE; } } return TRUE; } /* * cdinfo_write_selpipe * Write multiple match selection to pipe. Used by parent process. * * Args: * pp - Pointer to the cdinfo_pipe_t structure. * * Return: * TRUE - Success * FALSE - Failure */ bool_t cdinfo_write_selpipe(cdinfo_pipe_t *pp) { char buf[16]; if (!cdinfo_puts(pp, XMCD_PIPESIG "match.tag")) return FALSE; (void) sprintf(buf, "%ld", cdinfo_dbp->match_tag); if (!cdinfo_puts(pp, buf)) return FALSE; if (!cdinfo_puts(pp, XMCD_PIPESIG "end")) return FALSE; /* Flush write cache in pipe */ if (!cdinfo_flushpipe(pp)) return FALSE; return TRUE; } /* * cdinfo_read_selpipe * Read multiple match selection from pipe. Used by child process. * * Args: * pp - Pointer to the cdinfo_pipe_t structure. * * Return: * TRUE - Success * FALSE - Failure */ bool_t cdinfo_read_selpipe(cdinfo_pipe_t *pp) { int n; char *key, *str; static char buf[80]; n = strlen(XMCD_PIPESIG); key = &buf[n]; while (cdinfo_gets(pp, buf, sizeof(buf))) { if (strncmp(buf, XMCD_PIPESIG, n) == 0) { buf[strlen(buf) - 1] = '\0'; /* Zap newline */ if (strncmp(key, "match.tag", 9) == 0) { str = NULL; if (!cdinfo_getline(pp, "match.tag", &str)) return FALSE; if (str != NULL) { cdinfo_dbp->match_tag = atol(str); MEM_FREE(str); } } else if (strcmp(key, "end") == 0) { break; } } else { /* Unexpected data */ return FALSE; } } return TRUE; } #endif /* SYNCHRONOUS */ /* * cdinfo_tocstr * Return a text string containing the CD's TOC frame offset * information suitable for use with the CDDB service. * * Args: * s - Pointer to the curstat_t structure. * * Return: * The TOC text string. */ char * cdinfo_tocstr(curstat_t *s) { int i; static char toc[512]; toc[0] = '\0'; for (i = 0; i <= (int) s->tot_trks; i++) { (void) sprintf(toc, "%s%s%d", toc, (i == 0) ? "" : " ", (((s->trkinfo[i].min * 60) + s->trkinfo[i].sec) * FRAME_PER_SEC) + s->trkinfo[i].frame); } return (toc); } /* * cdinfo_get_str * CDDB object string property retrieval handler. * * Args: * funcname - The name of the CDDB service function * func - CDDB service function to call * objp - CDDB object * datap - Return string property * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_get_str( char *funcname, CddbResult (*func)(), void *objp, char **datap ) { CddbResult ret; char *str; DBGPRN(DBG_CDI)(errfp, "%s: ", funcname); ret = (*func)(objp, &str); DBGPRN(DBG_CDI)(errfp, "0x%lx %s\n", ret, str == NULL ? "-" : str); cdinfo_set_errstr(ret); return (util_newstr(datap, str)); } /* * cdinfo_get_bool * CDDB object boolean property retrieval handler. * * Args: * funcname - The name of the CDDB service function * func - CDDB service function to call * objp - CDDB object * datap - Return boolean property * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_get_bool( char *funcname, CddbResult (*func)(), void *objp, bool_t *datap ) { CddbResult ret; CddbBoolean b; DBGPRN(DBG_CDI)(errfp, "%s: ", funcname); ret = (*func)(objp, &b); DBGPRN(DBG_CDI)(errfp, "0x%lx %s\n", ret, b ? "Yes" : "No"); cdinfo_set_errstr(ret); *datap = (bool_t) b; return TRUE; } /* * cdinfo_get_fullname * CDDB object fullname property retrieval handler. * * Args: * funcname - The name of the CDDB service function * func - CDDB service function to call * objp - CDDB object * dispname - Return name string * lastname - Return last name string * firstname - Return first name string * the - Return "the" * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_get_fullname( char *funcname, CddbResult (*func)(), void *objp, char **dispname, char **lastname, char **firstname, char **the ) { CddbResult ret; CddbFullNamePtr f; DBGPRN(DBG_CDI)(errfp, "%s: ", funcname); ret = (*func)(objp, &f); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK || f == NULL) { *dispname = *lastname = *firstname = *the = NULL; } else { if (!cdinfo_get_str(" CddbFullName_GetName", CddbFullName_GetName, f, dispname)) { CddbReleaseObject(f); return FALSE; } if (!cdinfo_get_str(" CddbFullName_GetLastName", CddbFullName_GetLastName, f, lastname)) { CddbReleaseObject(f); return FALSE; } if (!cdinfo_get_str(" CddbFullName_GetFirstName", CddbFullName_GetFirstName, f, firstname)) { CddbReleaseObject(f); return FALSE; } if (!cdinfo_get_str(" CddbFullName_GetThe", CddbFullName_GetThe, f, the)) { CddbReleaseObject(f); return FALSE; } CddbReleaseObject(f); } return TRUE; } /* * cdinfo_put_str * CDDB object string property put handler. * * Args: * funcname - The name of the CDDB service function * func - CDDB service function to call * objp - CDDB object * datap - String property to put * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_put_str( char *funcname, CddbResult (*func)(), void *objp, char *datap ) { CddbResult ret; DBGPRN(DBG_CDI)(errfp, "%s: ", funcname); ret = (*func)(objp, (CddbStr) datap); DBGPRN(DBG_CDI)(errfp, "0x%lx", ret); cdinfo_set_errstr(ret); if (util_strstr(funcname, "Password") == NULL) { DBGPRN(DBG_CDI)(errfp, " %s\n", datap == NULL ? "-" : datap); } else { /* Don't show any password related strings in debug output */ DBGPRN(DBG_CDI)(errfp, "\n"); } return (ret == Cddb_OK); } /* * cdinfo_put_fullname * CDDB object fullname property put handler. * * Args: * funcname - The name of the CDDB service function * func - CDDB service function to call * objp - CDDB object * dispname - Return name string * lastname - Return last name string * firstname - Return first name string * the - Return "the" * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_put_fullname( char *funcname, CddbResult (*func)(), void *objp, char *dispname, char *lastname, char *firstname, char *the ) { CddbResult ret; CddbFullNamePtr f; if ((f = (CddbFullNamePtr) CddbCreateObject(CddbFullNameType)) == NULL) return FALSE; if (!cdinfo_put_str(" CddbFullName_PutName", CddbFullName_PutName, f, dispname)) { CddbReleaseObject(f); return FALSE; } if (!cdinfo_put_str(" CddbFullName_PutLastName", CddbFullName_PutLastName, f, lastname)) { CddbReleaseObject(f); return FALSE; } if (!cdinfo_put_str(" CddbFullName_PutFirstName", CddbFullName_PutFirstName, f, firstname)) { CddbReleaseObject(f); return FALSE; } if (!cdinfo_put_str(" CddbFullName_PutThe", CddbFullName_PutThe, f, the)) { CddbReleaseObject(f); return FALSE; } DBGPRN(DBG_CDI)(errfp, "%s: ", funcname); ret = (*func)(objp, f); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); CddbReleaseObject(f); return (ret == Cddb_OK); } /* * cdinfo_check_userreg * Check CDDB user registration and update structures * * Args: * cp - cdinfo_cddb_t pointer for the CDDB connection * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_check_userreg(cdinfo_cddb_t *cp) { CddbUserInfoPtr uip = NULL; CddbResult ret; CddbBoolean registered = 0; bool_t yn; /* Check if user is registered */ DBGPRN(DBG_CDI)(errfp, "CddbControl_IsRegistered: "); ret = CddbControl_IsRegistered(cp->ctrlp, 0, ®istered); DBGPRN(DBG_CDI)(errfp, "0x%lx %s\n", ret, registered ? "Yes" : "No"); cdinfo_set_errstr(ret); if (!registered) { DBGPRN(DBG_CDI)(errfp, "User is not registered with CDDB.\n"); return FALSE; } DBGPRN(DBG_CDI)(errfp, "CddbControl_GetUserInfo: "); ret = CddbControl_GetUserInfo(cp->ctrlp, &uip); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK || uip == NULL) return FALSE; if (!cdinfo_get_str("CddbUserInfo_GetUserHandle", CddbUserInfo_GetUserHandle, uip, &cdinfo_dbp->userreg.handle)) { CddbReleaseObject(uip); return FALSE; } DBGPRN(DBG_CDI)(errfp, "User \"%s\" is registered.\n", cdinfo_dbp->userreg.handle == NULL ? "(null)" : cdinfo_dbp->userreg.handle); if (!cdinfo_get_str("CddbUserInfo_GetPasswordHint", CddbUserInfo_GetPasswordHint, uip, &cdinfo_dbp->userreg.hint)) { CddbReleaseObject(uip); return FALSE; } if (!cdinfo_get_str("CddbUserInfo_GetEmailAddress", CddbUserInfo_GetEmailAddress, uip, &cdinfo_dbp->userreg.email)) { CddbReleaseObject(uip); return FALSE; } if (!cdinfo_get_str("CddbUserInfo_GetRegionId", CddbUserInfo_GetRegionId, uip, &cdinfo_dbp->userreg.region)) { CddbReleaseObject(uip); return FALSE; } if (!cdinfo_get_str("CddbUserInfo_GetPostalCode", CddbUserInfo_GetPostalCode, uip, &cdinfo_dbp->userreg.postal)) { CddbReleaseObject(uip); return FALSE; } if (!cdinfo_get_str("CddbUserInfo_GetAge", CddbUserInfo_GetAge, uip, &cdinfo_dbp->userreg.age)) { CddbReleaseObject(uip); return FALSE; } if (!cdinfo_get_str("CddbUserInfo_GetSex", CddbUserInfo_GetSex, uip, &cdinfo_dbp->userreg.gender)) { CddbReleaseObject(uip); return FALSE; } if (!cdinfo_get_bool("CddbUserInfo_GetAllowEmail", CddbUserInfo_GetAllowEmail, uip, &yn)) { CddbReleaseObject(uip); return FALSE; } cdinfo_dbp->userreg.allowemail = (bool_t) yn; if (!cdinfo_get_bool("CddbUserInfo_GetAllowStats", CddbUserInfo_GetAllowStats, uip, &yn)) { CddbReleaseObject(uip); return FALSE; } cdinfo_dbp->userreg.allowstats = (bool_t) yn; CddbReleaseObject(uip); return TRUE; } /* * cdinfo_allocinit_genre * CDDB genre information initialization routine * * Args: * genrep - CddbGenre object * ret - cddb_genre_t return structure * sub - Whether a sub-genre is being processed * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_allocinit_genre(CddbGenrePtr genrep, cdinfo_genre_t **ret, bool_t sub) { cdinfo_genre_t *p; *ret = NULL; p = (cdinfo_genre_t *)(void *) MEM_ALLOC("genre", sizeof(cdinfo_genre_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_genre_t)); /* Genre ID */ if (!cdinfo_get_str(sub ? " CddbGenre_GetId" : " CddbGenre_GetId", CddbGenre_GetId, genrep, &p->id)) { return FALSE; } /* Genre name */ if (!cdinfo_get_str(sub ? " CddbGenre_GetName" : " CddbGenre_GetName", CddbGenre_GetName, genrep, &p->name)) { return FALSE; } *ret = p; return TRUE; } /* * cdinfo_allocinit_region * CDDB region information initialization routine * * Args: * regionp - CddbRegion object * ret - cddb_region_t return structure * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_allocinit_region(CddbRegionPtr regionp, cdinfo_region_t **ret) { cdinfo_region_t *p; *ret = NULL; p = (cdinfo_region_t *)(void *) MEM_ALLOC("region", sizeof(cdinfo_region_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_region_t)); /* Region ID */ if (!cdinfo_get_str(" CddbRegion_GetId", CddbRegion_GetId, regionp, &p->id)) { return FALSE; } /* Region name */ if (!cdinfo_get_str(" CddbRegion_GetName", CddbRegion_GetName, regionp, &p->name)) { return FALSE; } *ret = p; return TRUE; } /* * cdinfo_allocinit_lang * CDDB language information initialization routine * * Args: * langp - CddbLanguage object * ret - cddb_lang_t return structure * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_allocinit_lang(CddbLanguagePtr langp, cdinfo_lang_t **ret) { cdinfo_lang_t *p; *ret = NULL; p = (cdinfo_lang_t *)(void *) MEM_ALLOC("lang", sizeof(cdinfo_lang_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_lang_t)); /* Language ID */ if (!cdinfo_get_str(" CddbLanguage_GetId", CddbLanguage_GetId, langp, &p->id)) { return FALSE; } /* Language name */ if (!cdinfo_get_str(" CddbLanguage_GetName", CddbLanguage_GetName, langp, &p->name)) { return FALSE; } *ret = p; return TRUE; } /* * cdinfo_allocinit_role * CDDB role information initialization routine * * Args: * rolep - CddbRole object * ret - cddb_role_t return structure * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_allocinit_role(CddbRolePtr rolep, cdinfo_role_t **ret) { cdinfo_role_t *p; *ret = NULL; p = (cdinfo_role_t *)(void *) MEM_ALLOC("role", sizeof(cdinfo_role_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_role_t)); /* Role ID */ if (!cdinfo_get_str(" CddbRole_GetId", CddbRole_GetId, rolep, &p->id)) { return FALSE; } /* Role name */ if (!cdinfo_get_str(" CddbRole_GetName", CddbRole_GetName, rolep, &p->name)) { return FALSE; } *ret = p; return TRUE; } /* * cdinfo_discinfo_query * Query CDDB for album information * * Args: * discp - CddbDisc object * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_discinfo_query(CddbDiscPtr discp) { CddbResult ret; CddbCreditPtr credp = NULL; CddbSegmentPtr segp = NULL; char *str; long ncreds, nsegs; int i, j; cdinfo_genre_t *gp, *sgp; cdinfo_credit_t *p, *q; cdinfo_segment_t *r, *s; cdinfo_role_t *rp; /* Disc artist */ if (!cdinfo_get_str("CddbDisc_GetArtist", CddbDisc_GetArtist, discp, &cdinfo_dbp->disc.artist)) { return FALSE; } /* Disc title */ if (!cdinfo_get_str("CddbDisc_GetTitle", CddbDisc_GetTitle, discp, &cdinfo_dbp->disc.title)) { return FALSE; } /* Artist full name */ if (!cdinfo_get_fullname("CddbDisc_GetArtistFullName", CddbDisc_GetArtistFullName, discp, &cdinfo_dbp->disc.artistfname.dispname, &cdinfo_dbp->disc.artistfname.lastname, &cdinfo_dbp->disc.artistfname.firstname, &cdinfo_dbp->disc.artistfname.the)) { return FALSE; } /* Disc sort title */ if (!cdinfo_get_str("CddbDisc_GetTitleSort", CddbDisc_GetTitleSort, discp, &cdinfo_dbp->disc.sorttitle)) { return FALSE; } /* Disc sort title */ if (!cdinfo_get_str("CddbDisc_GetTitleThe", CddbDisc_GetTitleThe, discp, &cdinfo_dbp->disc.title_the)) { return FALSE; } /* Year */ if (!cdinfo_get_str("CddbDisc_GetYear", CddbDisc_GetYear, discp, &cdinfo_dbp->disc.year)) { return FALSE; } /* Label */ if (!cdinfo_get_str("CddbDisc_GetLabel", CddbDisc_GetLabel, discp, &cdinfo_dbp->disc.label)) { return FALSE; } /* Compilation */ if (!cdinfo_get_bool("CddbDisc_GetCompilation", CddbDisc_GetCompilation, discp, &cdinfo_dbp->disc.compilation)) { return FALSE; } /* Genre */ if (!cdinfo_get_str("CddbDisc_GetGenreId", CddbDisc_GetGenreId, discp, &cdinfo_dbp->disc.genre)) { return FALSE; } gp = cdinfo_genre(cdinfo_dbp->disc.genre); if (gp != NULL && gp->parent == NULL) { /* Illegal: the primary genre is set to a genre category. * "Fix" it by setting it to the category's "General" * subgenre. If not found, then set it to the first * subgenre. */ for (sgp = gp->child; sgp != NULL; sgp = sgp->next) { if (sgp->name != NULL && strncmp(sgp->name, "General ", 8) == 0) { if (!util_newstr(&cdinfo_dbp->disc.genre, sgp->id)) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } break; } } if (sgp == NULL) { if (gp->child != NULL) { if (!util_newstr(&cdinfo_dbp->disc.genre, gp->child->id)) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } } else { MEM_FREE(cdinfo_dbp->disc.genre); cdinfo_dbp->disc.genre = NULL; } } } /* Secondary Genre */ if (!cdinfo_get_str("CddbDisc_GetSecondaryGenreId", CddbDisc_GetSecondaryGenreId, discp, &cdinfo_dbp->disc.genre2)) { return FALSE; } gp = cdinfo_genre(cdinfo_dbp->disc.genre2); if (gp != NULL && gp->parent == NULL) { /* Illegal: the secondary genre is set to a genre category. * "Fix" it by setting it to the category's "General" * subgenre. If not found, then set it to the first * subgenre. */ for (sgp = gp->child; sgp != NULL; sgp = sgp->next) { if (sgp->name != NULL && strncmp(sgp->name, "General ", 8) == 0) { if (!util_newstr(&cdinfo_dbp->disc.genre2, sgp->id)) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } break; } } if (sgp == NULL) { if (gp->child != NULL) { if (!util_newstr(&cdinfo_dbp->disc.genre2, gp->child->id)) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } } else { MEM_FREE(cdinfo_dbp->disc.genre2); cdinfo_dbp->disc.genre2 = NULL; } } } /* Disc number in set */ if (!cdinfo_get_str("CddbDisc_GetNumberInSet", CddbDisc_GetNumberInSet, discp, &cdinfo_dbp->disc.dnum)) { return FALSE; } /* Total number in set */ if (!cdinfo_get_str("CddbDisc_GetTotalInSet", CddbDisc_GetTotalInSet, discp, &cdinfo_dbp->disc.tnum)) { return FALSE; } /* Region */ if (!cdinfo_get_str("CddbDisc_GetRegionId", CddbDisc_GetRegionId, discp, &cdinfo_dbp->disc.region)) { return FALSE; } /* Language ID */ if (!cdinfo_get_str("CddbDisc_GetLanguageId", CddbDisc_GetLanguageId, discp, &cdinfo_dbp->disc.lang)) { return FALSE; } /* Notes */ if (!cdinfo_get_str("CddbDisc_GetNotes", CddbDisc_GetNotes, discp, &cdinfo_dbp->disc.notes)) { return FALSE; } /* Media ID */ if (!cdinfo_get_str("CddbDisc_GetMediaId", CddbDisc_GetMediaId, discp, &cdinfo_dbp->disc.mediaid)) { return FALSE; } /* Media unique ID */ if (!cdinfo_get_str("CddbDisc_GetMuiId", CddbDisc_GetMuiId, discp, &cdinfo_dbp->disc.muiid)) { return FALSE; } /* Title unique ID */ if (!cdinfo_get_str("CddbDisc_GetTitleUId", CddbDisc_GetTitleUId, discp, &cdinfo_dbp->disc.titleuid)) { return FALSE; } /* Revision */ if (!cdinfo_get_str("CddbDisc_GetRevision", CddbDisc_GetRevision, discp, &cdinfo_dbp->disc.revision)) { return FALSE; } /* Revision Tag */ if (!cdinfo_get_str("CddbDisc_GetRevisionTag", CddbDisc_GetRevisionTag, discp, &cdinfo_dbp->disc.revtag)) { return FALSE; } /* Certifier */ if (!cdinfo_get_str("CddbDisc_GetCertifier", CddbDisc_GetCertifier, discp, &cdinfo_dbp->disc.certifier)) { return FALSE; } /* Disc Credits */ DBGPRN(DBG_CDI)(errfp, "CddbDisc_GetNumCredits: "); ret = CddbDisc_GetNumCredits(discp, &ncreds); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld credits\n", ret, ncreds); cdinfo_set_errstr(ret); q = NULL; for (i = 0; i < (int) ncreds; i++) { DBGPRN(DBG_CDI)(errfp, "CddbDisc_GetCredit[%02d]: ", i+1); ret = CddbDisc_GetCredit(discp, (long) (i+1), &credp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK) continue; /* Allocate a credit structure */ p = (cdinfo_credit_t *) MEM_ALLOC( "cdinfo_credit_t", sizeof(cdinfo_credit_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_credit_t)); /* Credit role */ str = NULL; if (!cdinfo_get_str(" CddbCredit_GetId", CddbCredit_GetId, credp, &str)) { MEM_FREE(p); return FALSE; } rp = cdinfo_role(str); if (rp->parent == NULL) { /* Illegal: role set to the category role * "Fix" it by setting the role to the * first subrole of that category instead. * If for some reason there are no subroles * then the child would be NULL and thus the * role would be "None -> None". */ rp = rp->child; } p->crinfo.role = rp; MEM_FREE(str); str = NULL; /* Credit name */ if (!cdinfo_get_str(" CddbCredit_GetName", CddbCredit_GetName, credp, &p->crinfo.name)) { MEM_FREE(p); return FALSE; } /* Credit full name */ if (!cdinfo_get_fullname(" CddbCredit_GetFullName", CddbCredit_GetFullName, credp, &p->crinfo.fullname.dispname, &p->crinfo.fullname.lastname, &p->crinfo.fullname.firstname, &p->crinfo.fullname.the)) { MEM_FREE(p); return FALSE; } /* Credit notes */ if (!cdinfo_get_str(" CddbCredit_GetNotes", CddbCredit_GetNotes, credp, &p->notes)) { MEM_FREE(p); return FALSE; } CddbReleaseObject(credp); if (cdinfo_dbp->disc.credit_list == NULL) { cdinfo_dbp->disc.credit_list = p; p->prev = NULL; } else { q->next = p; p->prev = q; } q = p; p->next = NULL; } /* Segments */ DBGPRN(DBG_CDI)(errfp, "CddbDisc_GetNumSegments: "); ret = CddbDisc_GetNumSegments(discp, &nsegs); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld segments\n", ret, nsegs); cdinfo_set_errstr(ret); s = NULL; for (i = 0; i < (int) nsegs; i++) { DBGPRN(DBG_CDI)(errfp, "CddbDisc_GetSegment[%02d]: ", i+1); ret = CddbDisc_GetSegment(discp, (long) (i+1), &segp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK) continue; /* Allocate a segment structure */ r = (cdinfo_segment_t *) MEM_ALLOC( "cdinfo_segment_t", sizeof(cdinfo_segment_t) ); if (r == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(r, 0, sizeof(cdinfo_segment_t)); /* Segment name */ if (!cdinfo_get_str(" CddbSegment_GetName", CddbSegment_GetName, segp, &r->name)) { MEM_FREE(r); return FALSE; } /* Segment notes */ if (!cdinfo_get_str(" CddbSegment_GetNotes", CddbSegment_GetNotes, segp, &r->notes)) { MEM_FREE(r); return FALSE; } /* Segment start track */ if (!cdinfo_get_str(" CddbSegment_GetStartTrack", CddbSegment_GetStartTrack, segp, &r->start_track)) { MEM_FREE(r); return FALSE; } /* Segment start frame */ if (!cdinfo_get_str(" CddbSegment_GetStartFrame", CddbSegment_GetStartFrame, segp, &r->start_frame)) { MEM_FREE(r); return FALSE; } /* Segment end track */ if (!cdinfo_get_str(" CddbSegment_GetEndTrack", CddbSegment_GetEndTrack, segp, &r->end_track)) { MEM_FREE(r); return FALSE; } /* Segment end frame */ if (!cdinfo_get_str(" CddbSegment_GetEndFrame", CddbSegment_GetEndFrame, segp, &r->end_frame)) { MEM_FREE(r); return FALSE; } /* Segment Credits */ DBGPRN(DBG_CDI)(errfp, " CddbSegment_GetNumCredits: "); ret = CddbSegment_GetNumCredits(segp, &ncreds); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld credits\n", ret, ncreds); cdinfo_set_errstr(ret); q = NULL; for (j = 0; j < (int) ncreds; j++) { DBGPRN(DBG_CDI)(errfp, "CddbSegment_GetCredit[%02d]: ", j+1); ret = CddbSegment_GetCredit(segp, (long) (j+1), &credp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK) continue; /* Allocate a credit structure */ p = (cdinfo_credit_t *) MEM_ALLOC( "cdinfo_credit_t", sizeof(cdinfo_credit_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_credit_t)); /* Credit role */ str = NULL; if (!cdinfo_get_str(" CddbCredit_GetId", CddbCredit_GetId, credp, &str)) { MEM_FREE(p); return FALSE; } rp = cdinfo_role(str); if (rp->parent == NULL) { /* Illegal: role set to the category role * "Fix" it by setting the role to the * first subrole of that category instead. * If for some reason there are no subroles * then the child would be NULL and thus the * role would be "None -> None". */ rp = rp->child; } p->crinfo.role = rp; MEM_FREE(str); str = NULL; /* Credit name */ if (!cdinfo_get_str(" CddbCredit_GetName", CddbCredit_GetName, credp, &p->crinfo.name)) { MEM_FREE(p); return FALSE; } /* Credit full name */ if (!cdinfo_get_fullname(" CddbCredit_GetFullName", CddbCredit_GetFullName, credp, &p->crinfo.fullname.dispname, &p->crinfo.fullname.lastname, &p->crinfo.fullname.firstname, &p->crinfo.fullname.the)) { MEM_FREE(p); return FALSE; } /* Credit notes */ if (!cdinfo_get_str(" CddbCredit_GetNotes", CddbCredit_GetNotes, credp, &p->notes)) { MEM_FREE(p); return FALSE; } CddbReleaseObject(credp); if (r->credit_list == NULL) { r->credit_list = p; p->prev = NULL; } else { q->next = p; p->prev = q; } q = p; p->next = NULL; } CddbReleaseObject(segp); if (cdinfo_dbp->disc.segment_list == NULL) { cdinfo_dbp->disc.segment_list = r; r->prev = NULL; } else { s->next = r; r->prev = s; } s = r; r->next = NULL; } return TRUE; } /* * cdinfo_trackinfo_query * Query CDDB for track information * * Args: * discp - CddbDisc object * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_trackinfo_query(CddbDiscPtr discp) { CddbResult ret; CddbTrackPtr trkp = NULL; CddbCreditPtr credp = NULL; long ntrks, ncreds; int i, j; char *str; cdinfo_genre_t *gp, *sgp; cdinfo_credit_t *p, *q; cdinfo_role_t *rp; /* Track information */ DBGPRN(DBG_CDI)(errfp, "CddbDisc_GetNumTracks: "); ret = CddbDisc_GetNumTracks(discp, &ntrks); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld tracks\n", ret, ntrks); cdinfo_set_errstr(ret); for (i = 0; i < (int) ntrks; i++) { DBGPRN(DBG_CDI)(errfp, "CddbDisc_GetTrack[%02d]: ", i+1); ret = CddbDisc_GetTrack(discp, (long) (i+1), &trkp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK) continue; /* Track artist */ if (!cdinfo_get_str(" CddbTrack_GetArtist", CddbTrack_GetArtist, trkp, &cdinfo_dbp->track[i].artist)) { return FALSE; } /* Track title */ if (!cdinfo_get_str(" CddbTrack_GetTitle", CddbTrack_GetTitle, trkp, &cdinfo_dbp->track[i].title)) { return FALSE; } /* Artist full name */ if (!cdinfo_get_fullname(" CddbTrack_GetArtistFullName", CddbTrack_GetArtistFullName, trkp, &cdinfo_dbp->track[i].artistfname.dispname, &cdinfo_dbp->track[i].artistfname.lastname, &cdinfo_dbp->track[i].artistfname.firstname, &cdinfo_dbp->track[i].artistfname.the)) { return FALSE; } /* Track sort title */ if (!cdinfo_get_str(" CddbTrack_GetTitleSort", CddbTrack_GetTitleSort, trkp, &cdinfo_dbp->track[i].sorttitle)) { return FALSE; } /* Track sort title */ if (!cdinfo_get_str(" CddbTrack_GetTitleThe", CddbTrack_GetTitleThe, trkp, &cdinfo_dbp->track[i].title_the)) { return FALSE; } /* Year */ if (!cdinfo_get_str(" CddbTrack_GetYear", CddbTrack_GetYear, trkp, &cdinfo_dbp->track[i].year)) { return FALSE; } /* Label */ if (!cdinfo_get_str(" CddbTrack_GetLabel", CddbTrack_GetLabel, trkp, &cdinfo_dbp->track[i].label)) { return FALSE; } /* Genre */ if (!cdinfo_get_str(" CddbTrack_GetGenreId", CddbTrack_GetGenreId, trkp, &cdinfo_dbp->track[i].genre)) { return FALSE; } gp = cdinfo_genre(cdinfo_dbp->track[i].genre); if (gp != NULL && gp->parent == NULL) { /* Illegal: the primary genre is set to a genre * category. "Fix" it by setting it to the category's * "General" subgenre. If not found, then set it to * the first subgenre. */ for (sgp = gp->child; sgp != NULL; sgp = sgp->next) { if (sgp->name != NULL && strncmp(sgp->name, "General ", 8) == 0) { if (!util_newstr(&cdinfo_dbp->track[i].genre, sgp->id)) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } break; } } if (sgp == NULL) { if (gp->child != NULL) { if (!util_newstr(&cdinfo_dbp->track[i].genre, gp->child->id)) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } } else { MEM_FREE(cdinfo_dbp->track[i].genre); cdinfo_dbp->track[i].genre = NULL; } } } /* Secondary Genre */ if (!cdinfo_get_str(" CddbTrack_GetSecondaryGenreId", CddbTrack_GetSecondaryGenreId, trkp, &cdinfo_dbp->track[i].genre2)) { return FALSE; } gp = cdinfo_genre(cdinfo_dbp->track[i].genre2); if (gp != NULL && gp->parent == NULL) { /* Illegal: the secondary genre is set to a genre * category. "Fix" it by setting it to the category's * "General" subgenre. If not found, then set it to * the first subgenre. */ for (sgp = gp->child; sgp != NULL; sgp = sgp->next) { if (sgp->name != NULL && strncmp(sgp->name, "General ", 8) == 0) { if (!util_newstr(&cdinfo_dbp->track[i].genre2, sgp->id)) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } break; } } if (sgp == NULL) { if (gp->child != NULL) { if (!util_newstr(&cdinfo_dbp->track[i].genre2, gp->child->id)) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } } else { MEM_FREE(cdinfo_dbp->track[i].genre2); cdinfo_dbp->track[i].genre2 = NULL; } } } /* BPM */ if (!cdinfo_get_str(" CddbTrack_GetBeatsPerMinute", CddbTrack_GetBeatsPerMinute, trkp, &cdinfo_dbp->track[i].bpm)) { return FALSE; } /* Notes */ if (!cdinfo_get_str(" CddbTrack_GetNotes", CddbTrack_GetNotes, trkp, &cdinfo_dbp->track[i].notes)) { return FALSE; } /* ISRC */ if (!cdinfo_get_str(" CddbTrack_GetISRC", CddbTrack_GetISRC, trkp, &cdinfo_dbp->track[i].isrc)) { return FALSE; } /* Track Credits */ DBGPRN(DBG_CDI)(errfp, " CddbTrack_GetNumCredits: "); ret = CddbTrack_GetNumCredits(trkp, &ncreds); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld credits\n", ret, ncreds); cdinfo_set_errstr(ret); q = NULL; for (j = 0; j < (int) ncreds; j++) { DBGPRN(DBG_CDI)(errfp, " CddbTrack_GetCredit[%02d]: ", j+1); ret = CddbTrack_GetCredit(trkp, (long) (j+1), &credp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK) continue; /* Allocate a credit structure */ p = (cdinfo_credit_t *) MEM_ALLOC( "cdinfo_credit_t", sizeof(cdinfo_credit_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_credit_t)); /* Credit role */ str = NULL; if (!cdinfo_get_str(" CddbCredit_GetId", CddbCredit_GetId, credp, &str)) { MEM_FREE(p); return FALSE; } rp = cdinfo_role(str); if (rp->parent == NULL) { /* Illegal: role set to the category role * "Fix" it by setting the role to the * first subrole of that category instead. * If for some reason there are no subroles * then the child would be NULL and thus the * role would be "None -> None". */ rp = rp->child; } p->crinfo.role = rp; MEM_FREE(str); str = NULL; /* Credit name */ if (!cdinfo_get_str(" CddbCredit_GetName", CddbCredit_GetName, credp, &p->crinfo.name)) { MEM_FREE(p); return FALSE; } /* Credit full name */ if (!cdinfo_get_fullname(" CddbCredit_GetFullName", CddbCredit_GetFullName, credp, &p->crinfo.fullname.dispname, &p->crinfo.fullname.lastname, &p->crinfo.fullname.firstname, &p->crinfo.fullname.the)) { MEM_FREE(p); return FALSE; } /* Credit notes */ if (!cdinfo_get_str(" CddbCredit_GetNotes", CddbCredit_GetNotes, credp, &p->notes)) { MEM_FREE(p); return FALSE; } CddbReleaseObject(credp); if (cdinfo_dbp->track[i].credit_list == NULL) { cdinfo_dbp->track[i].credit_list = p; p->prev = NULL; } else { q->next = p; p->prev = q; } q = p; p->next = NULL; } CddbReleaseObject(trkp); } return TRUE; } /* * cdinfo_add_urllist * Given a CddbURLList, add the items in that list to the URL list * specified by *listhead. * * Args: * listhead - Address of the listhead * urllistp - The CddbURLList * type - WTYPE_ALBUM or WTYPE_GEN * * Return: * TRUE - Success * FALSE - Failure (cannot allocate memory) */ STATIC bool_t cdinfo_add_urllist(cdinfo_url_t **listhead, CddbURLListPtr urllistp, int wtype) { CddbURLPtr urlp; CddbResult ret; long cnt, i; cdinfo_url_t *p; static cdinfo_url_t *q = NULL; cnt = 0; DBGPRN(DBG_CDI)(errfp, "CddbURLList_GetCount: "); ret = CddbURLList_GetCount(urllistp, &cnt); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld entries\n", ret, cnt); if (ret != Cddb_OK || cnt == 0) return TRUE; for (i = 1; i <= cnt; i++) { urlp = NULL; DBGPRN(DBG_CDI)(errfp, "CddbURLList_GetURL: "); ret = CddbURLList_GetURL(urllistp, i, &urlp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK || urlp == NULL) return TRUE; p = (cdinfo_url_t *)(void *) MEM_ALLOC( "cdinfo_url_t", sizeof(cdinfo_url_t) ); if (p == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(p, 0, sizeof(cdinfo_url_t)); if (!cdinfo_get_str("CddbURL_GetType", CddbURL_GetType, urlp, &p->type)) { MEM_FREE(p); return FALSE; } if (!cdinfo_get_str("CddbURL_GetHref", CddbURL_GetHref, urlp, &p->href)) { MEM_FREE(p); return FALSE; } if (!cdinfo_get_str("CddbURL_GetDisplayLink", CddbURL_GetDisplayLink, urlp, &p->displink)) { MEM_FREE(p); return FALSE; } if (!cdinfo_get_str("CddbURL_GetDisplayText", CddbURL_GetDisplayText, urlp, &p->disptext)) { MEM_FREE(p); return FALSE; } if (!cdinfo_get_str("CddbURL_GetCategory", CddbURL_GetCategory, urlp, &p->categ)) { MEM_FREE(p); return FALSE; } if (!cdinfo_get_str("CddbURL_GetSize", CddbURL_GetSize, urlp, &p->size)) { MEM_FREE(p); return FALSE; } if (!cdinfo_get_str("CddbURL_GetWeight", CddbURL_GetWeight, urlp, &p->weight)) { MEM_FREE(p); return FALSE; } p->wtype = wtype; if (*listhead == NULL) *listhead = q = p; else { q->next = p; q = p; } CddbReleaseObject(urlp); } return TRUE; } /* * cdinfo_urls_query * Query CDDB for URLs information * * Args: * cp - cdinfo_cddb_t pointer for the CDDB connection * discp - CddbDisc object. If NULL, then general-interest URLs * are queried. * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_urls_query(cdinfo_cddb_t *cp, CddbDiscPtr discp) { CddbURLManagerPtr urlmgrp = NULL; CddbURLListPtr urllistp = NULL; CddbResult ret; int wtype; cdinfo_url_t **listhead; /* Get URLS from the service */ DBGPRN(DBG_CDI)(errfp, "CddbControl_GetURLList: "); ret = CddbControl_GetURLList(cp->ctrlp, discp, 0, &urllistp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (urllistp != NULL) CddbReleaseObject(urllistp); if (discp == NULL) { listhead = &cdinfo_dbp->gen_url_list; wtype = WTYPE_GEN; } else { listhead = &cdinfo_dbp->disc_url_list; wtype = WTYPE_ALBUM; } DBGPRN(DBG_CDI)(errfp, "CddbControl_GetURLManager: "); ret = CddbControl_GetURLManager(cp->ctrlp, &urlmgrp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK || urlmgrp == NULL) return FALSE; #if 0 /* Not currently used */ /* Cover URLs */ DBGPRN(DBG_CDI)(errfp, "CddbURLManager_GetCoverURLs: "); ret = CddbURLManager_GetCoverURLs(urlmgrp, discp, &urllistp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret == Cddb_OK && urllistp != NULL) { if (!cdinfo_add_urllist(listhead, urllistp, wtype)) { CddbReleaseObject(urllistp); CddbReleaseObject(urlmgrp); return FALSE; } CddbReleaseObject(urllistp); } #endif /* Menu URLs */ DBGPRN(DBG_CDI)(errfp, "CddbURLManager_GetMenuURLs: "); ret = CddbURLManager_GetMenuURLs(urlmgrp, discp, &urllistp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret == Cddb_OK && urllistp != NULL) { if (!cdinfo_add_urllist(listhead, urllistp, wtype)) { CddbReleaseObject(urllistp); CddbReleaseObject(urlmgrp); return FALSE; } CddbReleaseObject(urllistp); } CddbReleaseObject(urlmgrp); return TRUE; } /* * cdinfo_build_matchlist * Build multiple fuzzy match disc elements list. This is used * to query the user for a selection. * * Args: * discs - CddbDiscs object pointer * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_build_matchlist(CddbDiscsPtr discsp) { CddbResult ret; CddbDiscPtr discp; long cnt, i; cdinfo_genre_t *gp, *sgp; cdinfo_match_t *mp, *mp2; DBGPRN(DBG_CDI)(errfp, "CddbDiscs_GetCount: "); ret = CddbDiscs_GetCount(discsp, &cnt); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld matches\n", ret, cnt); if (ret != Cddb_OK || cnt <= 0) return FALSE; mp = NULL; for (i = 1; i <= cnt; i++) { DBGPRN(DBG_CDI)(errfp, "CddbDiscs_GetDisc[%ld]: ", i); ret = CddbDiscs_GetDisc(discsp, i, &discp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret == Cddb_OK && discp != NULL) { mp2 = (cdinfo_match_t *)(void *) MEM_ALLOC( "cdinfo_match_t", sizeof(cdinfo_match_t) ); if (mp2 == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(mp2, 0, sizeof(cdinfo_match_t)); mp2->tag = i; if (!cdinfo_get_str(" CddbDisc_GetArtist", CddbDisc_GetArtist, discp, &mp2->artist)) { return FALSE; } if (!cdinfo_get_str(" CddbDisc_GetTitle", CddbDisc_GetTitle, discp, &mp2->title)) { return FALSE; } if (!cdinfo_get_str(" CddbDisc_GetGenreId", CddbDisc_GetGenreId, discp, &mp2->genre)) { return FALSE; } gp = cdinfo_genre(cdinfo_dbp->disc.genre); if (gp != NULL && gp->parent == NULL) { /* Illegal: the genre is set to a genre category. * "Fix" it by setting it to the category's * "General" subgenre. If not found, then set * it to the first subgenre. */ for (sgp = gp->child; sgp != NULL; sgp = sgp->next) { if (sgp->name != NULL && strncmp(sgp->name, "General ", 8) == 0) { if (!util_newstr(&cdinfo_dbp->disc.genre, sgp->id)) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } break; } } if (sgp == NULL) { if (gp->child != NULL) { if (!util_newstr(&cdinfo_dbp->disc.genre, gp->child->id)) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } } else { MEM_FREE(cdinfo_dbp->disc.genre); cdinfo_dbp->disc.genre = NULL; } } } if (cdinfo_dbp->matchlist == NULL) cdinfo_dbp->matchlist = mp = mp2; else { mp->next = mp2; mp = mp2; } CddbReleaseObject(discp); } } return TRUE; } /* * cdinfo_ctrlver_init * Query CDDB control version information initialize the incore struct. * * Args: * cp - cdinfo_cddb_t pointer for the CDDB connection * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_ctrlver_init(cdinfo_cddb_t *cp) { return cdinfo_get_str("CddbControl_GetVersion", CddbControl_GetVersion, cp->ctrlp, &cdinfo_dbp->ctrl_ver); } /* * cdinfo_chk_service * Check CDDB service for good network connectivity, and that the * server is up and functional. * * Args: * cp - cdinfo_cddb_t pointer for the CDDB connection * * Return: * TRUE - success * FALSE - failure */ STATIC bool_t cdinfo_chk_service(cdinfo_cddb_t *cp) { CddbResult ret; CddbStr str; DBGPRN(DBG_CDI)(errfp, "CddbControl_GetServiceStatus: "); ret = CddbControl_GetServiceStatus(cp->ctrlp, &str); if ((app_data.debug & DBG_CDI) && str != NULL) { /* Strip out extra newlines */ while (str[strlen(str)-1] == '\n') str[strlen(str)-1] = '\0'; } DBGPRN(DBG_CDI)(errfp, "0x%lx %s\n", ret, str == NULL ? "" : str); cdinfo_set_errstr(ret); if (ret != Cddb_OK) return FALSE; DBGPRN(DBG_CDI)(errfp, "CddbControl_ServerNoop: "); ret = CddbControl_ServerNoop(cp->ctrlp, 0); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); return (ret == Cddb_OK); } /* * cdinfo_genrelist_init * Query genre tree information from CDDB and initialize the genre list. * * Args: * cp - cdinfo_cddb_t pointer for the CDDB connection * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_genrelist_init(cdinfo_cddb_t *cp) { CddbResult ret; CddbGenreTreePtr gtreep; CddbGenreListPtr glistp; CddbGenrePtr genrep; long cnt, subcnt; int i, j; cdinfo_genre_t *p, *q, *r, *s; DBGPRN(DBG_CDI)(errfp, "CddbControl_GetGenreTree: "); ret = CddbControl_GetGenreTree(cp->ctrlp, 0, >reep); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK || gtreep == NULL) return FALSE; DBGPRN(DBG_CDI)(errfp, "CddbGenreTree_GetCount: "); ret = CddbGenreTree_GetCount(gtreep, &cnt); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld\n", ret, cnt); q = NULL; for (i = 1; i <= (int) cnt; i++) { DBGPRN(DBG_CDI)(errfp, "CddbGenreTree_GetMetaGenre[%d]: ", i); ret = CddbGenreTree_GetMetaGenre(gtreep, (long) i, &genrep); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK) { CddbReleaseObject(gtreep); return FALSE; } /* Allocate genre entry and fill it with genre info */ if (!cdinfo_allocinit_genre(genrep, &p, FALSE)) { CddbReleaseObject(genrep); CddbReleaseObject(gtreep); return FALSE; } CddbReleaseObject(genrep); /* Sub-Genre list */ DBGPRN(DBG_CDI)(errfp, " CddbGenreTree_GetSubGenreList: "); ret = CddbGenreTree_GetSubGenreList(gtreep, p->id, &glistp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK) { CddbReleaseObject(gtreep); return FALSE; } DBGPRN(DBG_CDI)(errfp, " CddbGenreList_GetCount: "); ret = CddbGenreList_GetCount(glistp, &subcnt); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld\n", ret, subcnt); r = NULL; for (j = 1; j <= (int) subcnt; j++) { DBGPRN(DBG_CDI)(errfp, " CddbGenreList_GetGenre[%d]: ", j); ret = CddbGenreList_GetGenre(glistp, (long) j, &genrep); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); /* Allocate genre entry and fill it with genre info */ if (!cdinfo_allocinit_genre(genrep, &s, TRUE)) { CddbReleaseObject(genrep); CddbReleaseObject(glistp); CddbReleaseObject(gtreep); return FALSE; } CddbReleaseObject(genrep); s->parent = p; if (p->child == NULL) p->child = r = s; else { r->next = s; r = s; } } CddbReleaseObject(glistp); if (cdinfo_dbp->genrelist == NULL) cdinfo_dbp->genrelist = q = p; else { q->next = p; q = p; } p->parent = NULL; } CddbReleaseObject(gtreep); return TRUE; } /* * cdinfo_regionlist_init * Query region list information from CDDB and initialize the region list. * * Args: * cp - cdinfo_cddb_t pointer for the CDDB connection * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_regionlist_init(cdinfo_cddb_t *cp) { CddbResult ret; CddbRegionListPtr relistp; CddbRegionPtr regionp; cdinfo_region_t *p, *q; long cnt; int i; DBGPRN(DBG_CDI)(errfp, "CddbControl_GetRegionList: "); ret = CddbControl_GetRegionList(cp->ctrlp, 0, &relistp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK) return FALSE; DBGPRN(DBG_CDI)(errfp, "CddbRegionList_GetCount: "); ret = CddbRegionList_GetCount(relistp, &cnt); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld\n", ret, cnt); q = NULL; for (i = 1; i <= (int) cnt; i++) { DBGPRN(DBG_CDI)(errfp, "CddbRegionList_GetRegion[%d]: ", i); ret = CddbRegionList_GetRegion(relistp, (long) i, ®ionp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK) { CddbReleaseObject(relistp); return FALSE; } /* Allocate region entry and fill it with region info */ if (!cdinfo_allocinit_region(regionp, &p)) { CddbReleaseObject(regionp); CddbReleaseObject(relistp); return FALSE; } CddbReleaseObject(regionp); if (cdinfo_dbp->regionlist == NULL) cdinfo_dbp->regionlist = q = p; else { q->next = p; q = p; } } CddbReleaseObject(relistp); return TRUE; } /* * cdinfo_langlist_init * Query language list information from CDDB and initialize the * language list. * * Args: * cp - cdinfo_cddb_t pointer for the CDDB connection * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_langlist_init(cdinfo_cddb_t *cp) { CddbResult ret; CddbLanguageListPtr langlistp; CddbLanguagePtr langp; cdinfo_lang_t *p, *q; long cnt; int i; DBGPRN(DBG_CDI)(errfp, "CddbControl_GetLanguageList: "); ret = CddbControl_GetLanguageList(cp->ctrlp, 0, &langlistp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK) return FALSE; DBGPRN(DBG_CDI)(errfp, "CddbLanguageList_GetCount: "); ret = CddbLanguageList_GetCount(langlistp, &cnt); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld\n", ret, cnt); q = NULL; for (i = 1; i <= (int) cnt; i++) { DBGPRN(DBG_CDI)(errfp, "CddbLanguageList_GetLanguage[%d]: ", i); ret = CddbLanguageList_GetLanguage( langlistp, (long) i, &langp ); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK) { CddbReleaseObject(langlistp); return FALSE; } /* Allocate language entry and fill it with language info */ if (!cdinfo_allocinit_lang(langp, &p)) { CddbReleaseObject(langp); CddbReleaseObject(langlistp); return FALSE; } CddbReleaseObject(langp); if (cdinfo_dbp->langlist == NULL) cdinfo_dbp->langlist = q = p; else { q->next = p; q = p; } } CddbReleaseObject(langlistp); return TRUE; } /* * cdinfo_rolelist_init * Query role list information from CDDB and initialize the role list. * * Args: * cp - cdinfo_cddb_t pointer for the CDDB connection * * Return: * TRUE - Success * FALSE - Failure */ STATIC bool_t cdinfo_rolelist_init(cdinfo_cddb_t *cp) { CddbResult ret; CddbRoleTreePtr rotreep; CddbRoleListPtr rolistp; CddbRolePtr rolep; long tcnt, lcnt; int i, j; cdinfo_role_t *p, *q, *r, *s; DBGPRN(DBG_CDI)(errfp, "CddbControl_GetRoleTree: "); ret = CddbControl_GetRoleTree(cp->ctrlp, 0, &rotreep); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK) return FALSE; DBGPRN(DBG_CDI)(errfp, "CddbRoleTree_GetCount: "); ret = CddbRoleTree_GetCount(rotreep, &tcnt); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld\n", ret, tcnt); q = NULL; for (i = 1; i <= (int) tcnt; i++) { DBGPRN(DBG_CDI)(errfp, "CddbRoleTree_GetRoleList[%d]: ", i); ret = CddbRoleTree_GetRoleList(rotreep, (long) i, &rolistp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK) { CddbReleaseObject(rotreep); return FALSE; } DBGPRN(DBG_CDI)(errfp, " CddbRoleList_GetCategoryRole: "); ret = CddbRoleList_GetCategoryRole(rolistp, &rolep); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK) { CddbReleaseObject(rolistp); CddbReleaseObject(rotreep); return FALSE; } /* Allocate role entry and fill it with role info */ if (!cdinfo_allocinit_role(rolep, &p)) { CddbReleaseObject(rolep); CddbReleaseObject(rolistp); CddbReleaseObject(rotreep); return FALSE; } CddbReleaseObject(rolep); DBGPRN(DBG_CDI)(errfp, " CddbRoleList_GetCount: "); ret = CddbRoleList_GetCount(rolistp, &lcnt); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld\n", ret, lcnt); r = NULL; for (j = 1; j <= (int) lcnt; j++) { DBGPRN(DBG_CDI)(errfp, " CddbRoleList_GetRole[%d]: ", j); ret = CddbRoleList_GetRole(rolistp, (long) j, &rolep); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK) { CddbReleaseObject(rolistp); CddbReleaseObject(rotreep); return FALSE; } /* Allocate role entry and fill it with role info */ if (!cdinfo_allocinit_role(rolep, &s)) { CddbReleaseObject(rolep); CddbReleaseObject(rolistp); CddbReleaseObject(rotreep); return FALSE; } CddbReleaseObject(rolep); s->parent = p; if (p->child == NULL) p->child = r = s; else { r->next = s; r = s; } } CddbReleaseObject(rolistp); if (cdinfo_dbp->rolelist == NULL) cdinfo_dbp->rolelist = q = p; else { q->next = p; q = p; } p->parent = NULL; } CddbReleaseObject(rotreep); return TRUE; } /* * cdinfo_opencddb * Open a remote CDDB connection * * Args: * s - Pointer to the curstat_t structure * query - Whether we're opening CDDB connection for a query operation * retcode - return status code * * Return: * Open descriptor cdbinfo_file_t */ /*ARGSUSED*/ cdinfo_cddb_t * cdinfo_opencddb(curstat_t *s, bool_t query, int *retcode) { CddbOptionsPtr optp = NULL; cdinfo_cddb_t *cp; CddbResult ret; int i; long cacheflags; char cache_path[FILE_PATH_SZ]; /* Default is success */ *retcode = 0; if (cdinfo_cddbp != NULL) { /* Already opened - only one open allowed at a time */ *retcode = OPEN_ERR; return NULL; } /* Allocate cdinfo_cddb_t */ cp = (cdinfo_cddb_t *)(void *) MEM_ALLOC( "cdinfo_cddb_t", sizeof(cdinfo_cddb_t) ); if (cp == NULL) { *retcode = MEM_ERR; CDINFO_FATAL(app_data.str_nomemory); return NULL; } /* Save pointer for signal handler */ cdinfo_cddbp = cp; DBGPRN(DBG_CDI)(errfp, "\nOpening CDDB service...\n"); DBGPRN(DBG_CDI)(errfp, "CddbInitialize: "); ret = CddbInitialize((CddbControlPtr *) &cp->ctrlp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); switch (ret) { case Cddb_OK: if (cddb_ifver() != 2) { *retcode = LIBCDDB_ERR; (void) fprintf(errfp, "ERROR: libcddb and libcddbkey mismatch (2:1).\n"); return NULL; } break; case Cddb_ISCDDB1: if (cddb_ifver() != 1) { *retcode = LIBCDDB_ERR; (void) fprintf(errfp, "ERROR: libcddb and libcddbkey mismatch (1:2).\n"); return NULL; } break; default: cdinfo_set_errstr(ret); *retcode = INIT_ERR; return NULL; } if (cp->ctrlp == NULL || !cddb_setkey(cp, cdinfo_clinfo, &app_data, s, errfp)) { *retcode = INIT_ERR; return NULL; } i = 0; for (;;) { DBGPRN(DBG_CDI)(errfp, "CddbControl_Initialize: "); ret = CddbControl_Initialize( cp->ctrlp, 0, app_data.cdinfo_inetoffln ? CACHE_DONT_CONNECT : CACHE_DEFAULT ); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret == Cddb_OK || ret == Cddb_FALSE) break; if (++i > 1) { cdinfo_set_errstr(ret); (void) cdinfo_closecddb(cp); *retcode = INIT_ERR; return NULL; } /* Try removing the cache file */ (void) sprintf(cache_path, "%s/.cddb2/%s/cddb.ds", util_homedir(util_get_ouid()), XMCD_CLIENT_ID); (void) UNLINK(cache_path); } DBGPRN(DBG_CDI)(errfp, "CddbControl_GetOptions: "); ret = CddbControl_GetOptions(cp->ctrlp, &optp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret == Cddb_OK && optp != NULL) { if (app_data.use_proxy) { char *p; long port = HTTP_PORT; if ((p = strchr(app_data.proxy_server, ':')) != NULL){ *p = '\0'; port = atol(p+1); } /* Proxy server */ (void) cdinfo_put_str("CddbOptions_PutProxyServer", CddbOptions_PutProxyServer, optp, app_data.proxy_server ); /* Proxy server port */ DBGPRN(DBG_CDI)(errfp, "CddbOptions_PutProxyServerPort: "); ret = CddbOptions_PutProxyServerPort(optp, port); DBGPRN(DBG_CDI)(errfp, "0x%lx port %ld\n", ret, port); if (p != NULL) *p = ':'; if (app_data.proxy_auth) { if (cdinfo_dbp->proxy_user == NULL || cdinfo_dbp->proxy_passwd == NULL) { CddbReleaseObject(optp); *retcode = AUTH_ERR; (void) cdinfo_closecddb(cp); return NULL; } #ifdef __VMS /* Hack to work around a memory * corruption problem on VMS. */ { static char *sav_user = NULL, *sav_pass = NULL; if (cdinfo_dbp->proxy_user[0] == '\0' || cdinfo_dbp->proxy_passwd[0] == '\0') { if (sav_user != NULL && sav_pass != NULL) { (void) strcpy( cdinfo_dbp->proxy_user, sav_user ); (void) strcpy( cdinfo_dbp->proxy_passwd, sav_pass ); } } else { if (!util_newstr(&sav_user, cdinfo_dbp->proxy_user) || !util_newstr(&sav_pass, cdinfo_dbp->proxy_passwd)){ *retcode = MEM_ERR; return NULL; } } } #endif /* __VMS */ /* Proxy user name */ (void) cdinfo_put_str( "CddbOptions_PutProxyUserName", CddbOptions_PutProxyUserName, optp, cdinfo_dbp->proxy_user ); /* Proxy password */ (void) cdinfo_put_str( "CddbOptions_PutProxyPassword", CddbOptions_PutProxyPassword, optp, cdinfo_dbp->proxy_passwd ); } } else { /* Clear proxy server settings if any */ (void) cdinfo_put_str( "CddbOptions_PutProxyServer", CddbOptions_PutProxyServer, optp, NULL ); /* Clear proxy server user name if any */ (void) cdinfo_put_str( "CddbOptions_PutProxyUserName", CddbOptions_PutProxyUserName, optp, NULL ); /* Clear proxy server password if any */ (void) cdinfo_put_str( "CddbOptions_PutProxyPassword", CddbOptions_PutProxyPassword, optp, NULL ); } /* Set local cache flags */ cacheflags = app_data.cdinfo_inetoffln ? CACHE_DONT_CONNECT : CACHE_DEFAULT; DBGPRN(DBG_CDI)(errfp, "CddbOptions_PutLocalCacheFlags: "); ret = CddbOptions_PutLocalCacheFlags(optp, cacheflags); DBGPRN(DBG_CDI)(errfp, "0x%lx flags=0x%lx\n", ret, cacheflags); /* Set local cache timeout value */ DBGPRN(DBG_CDI)(errfp, "CddbOptions_PutLocalCacheTimeout: "); ret = CddbOptions_PutLocalCacheTimeout( optp, (long) app_data.cache_timeout ); DBGPRN(DBG_CDI)(errfp, "0x%lx %d\n", ret, app_data.cache_timeout); /* Set server timeout value */ DBGPRN(DBG_CDI)(errfp, "CddbOptions_PutServerTimeout: "); ret = CddbOptions_PutServerTimeout( optp, (long) (app_data.srv_timeout * 1000) ); DBGPRN(DBG_CDI)(errfp, "0x%lx %d\n", ret, app_data.srv_timeout * 1000); DBGPRN(DBG_CDI)(errfp, "CddbOptions_PutTestSubmitMode: "); #ifdef CDINFO_PRODUCTION ret = CddbOptions_PutTestSubmitMode(optp, 0); DBGPRN(DBG_CDI)(errfp, "0x%lx False\n", ret); #else ret = CddbOptions_PutTestSubmitMode(optp, 1); DBGPRN(DBG_CDI)(errfp, "0x%lx True\n", ret); #endif /* Write out options */ DBGPRN(DBG_CDI)(errfp, "CddbControl_SetOptions: "); ret = CddbControl_SetOptions(cp->ctrlp, optp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); CddbReleaseObject(optp); } return (cp); } /* * cdinfo_closecddb * Close a remote CDDB connection * * Args: * cp - Pointer to the cdinfo_cddb_t structure returned from * cdinfo_opencddb. * * Return: * TRUE - Success * FALSE - Failure */ bool_t cdinfo_closecddb(cdinfo_cddb_t *cp) { CddbResult ret; if (cp == NULL) return FALSE; if (cp->ctrlp != NULL) { DBGPRN(DBG_CDI)(errfp, "CddbControl_Shutdown: "); ret = CddbControl_Shutdown(cp->ctrlp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); DBGPRN(DBG_CDI)(errfp, "CddbTerminate: "); ret = CddbTerminate(cp->ctrlp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); } MEM_FREE(cp); cdinfo_cddbp = NULL; return TRUE; } /* * cdinfo_initcddb * Perform CDDB initializations * * Args: * cp - Pointer to the cdinfo_cddb_t structure returned from * cdinfo_opencddb. * retcode - Pointer to location where a cdinfo_ret_t code is returned. * * Return: * TRUE - Success * FALSE - Failure */ bool_t cdinfo_initcddb(cdinfo_cddb_t *cp, cdinfo_ret_t *retcode) { *retcode = 0; /* Get CDDB control version */ if (cdinfo_dbp->ctrl_ver == NULL && !cdinfo_ctrlver_init(cp)) { *retcode = READ_ERR; return FALSE; } /* Set up region list if not done */ if (cdinfo_dbp->regionlist == NULL && !cdinfo_regionlist_init(cp)) { *retcode = READ_ERR; return FALSE; } /* Set up language list if not done */ if (cdinfo_dbp->langlist == NULL && !cdinfo_langlist_init(cp)) { *retcode = READ_ERR; return FALSE; } if ((app_data.debug & DBG_CDI) != 0 && !app_data.cdinfo_inetoffln && !cdinfo_chk_service(cp)) { *retcode = READ_ERR; return FALSE; } /* Check user registration */ if (!cdinfo_check_userreg(cp)) { cdinfo_dbp->flags |= CDINFO_NEEDREG; return TRUE; } /* Set up role list if not done */ if (cdinfo_dbp->rolelist == NULL && !cdinfo_rolelist_init(cp)) { *retcode = READ_ERR; return FALSE; } /* Set up genre list if not done */ if (cdinfo_dbp->genrelist == NULL && !cdinfo_genrelist_init(cp)) { *retcode = READ_ERR; return FALSE; } /* Query CDDB about general URLs if not done */ if (cdinfo_dbp->gen_url_list == NULL && !cdinfo_urls_query(cp, NULL)) { *retcode = READ_ERR; return FALSE; } return TRUE; } /* * cdinfo_querycddb * Read CDDB data for the current CD and update incore structures. * * Args: * cp - Pointer to the cdinfo_cddb_t structure returned from * cdinfo_opencddb. * s - Pointer to curstat_t structure. * retcode - Pointer to location where a cdinfo_ret_t code is returned. * * Return: * TRUE - Success * FALSE - Failure */ bool_t cdinfo_querycddb(cdinfo_cddb_t *cp, curstat_t *s, cdinfo_ret_t *retcode) { CddbDiscPtr discp = NULL, discp2; CddbDiscsPtr discsp = NULL; CddbStr tocstr; CddbResult ret; CDDBMatchCode matchcode = MATCH_NONE; if (!cdinfo_initcddb(cp, retcode)) return FALSE; if ((cdinfo_dbp->flags & CDINFO_NEEDREG) != 0) return TRUE; if (cdinfo_dbp->match_tag == -1) { /* Query by TOC */ tocstr = (CddbStr) cdinfo_tocstr(s); DBGPRN(DBG_CDI)(errfp, "TOC string: %s\n", tocstr); DBGPRN(DBG_CDI)(errfp, "CddbControl_LookupMediaByToc: "); ret = CddbControl_LookupMediaByToc( cp->ctrlp, tocstr, 0, &matchcode ); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK) { if (ret == CDDBTRNHTTPProxyError) *retcode = AUTH_ERR; else *retcode = READ_ERR; return FALSE; } switch (matchcode) { case MATCH_EXACT: DBGPRN(DBG_CDI)(errfp, "Exact CDDB match\n"); DBGPRN(DBG_CDI)(errfp, "CddbControl_GetMatchedDisc: "); ret = CddbControl_GetMatchedDisc(cp->ctrlp, &discp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK || discp == NULL) { *retcode = READ_ERR; return FALSE; } break; case MATCH_MULTIPLE: DBGPRN(DBG_CDI)(errfp, "Multiple CDDB matches\n"); /* Get the list of matching discs. * Each one is a partial disc */ DBGPRN(DBG_CDI)(errfp, "CddbControl_GetMatchedDiscs: "); ret = CddbControl_GetMatchedDiscs(cp->ctrlp, &discsp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK || discsp == NULL) { *retcode = READ_ERR; return FALSE; } /* Build matchlist */ if (!cdinfo_build_matchlist(discsp)) { /* Failure */ CddbReleaseObject(discsp); *retcode = READ_ERR; return FALSE; } /* Save discs pointer - release later */ cdinfo_dbp->match_aux = (void *) discsp; return TRUE; case MATCH_NONE: DBGPRN(DBG_CDI)(errfp, "No CDDB match\n"); return TRUE; default: DBGPRN(DBG_CDI)(errfp, "Unknown CDDB matchcode 0x%x\n", matchcode); *retcode = READ_ERR; return FALSE; } } else { /* Query after fuzzy selection */ discsp = (CddbDiscsPtr) cdinfo_dbp->match_aux; if (cdinfo_dbp->match_tag == 0) { /* User chose "none of the above" */ CddbReleaseObject(discsp); return TRUE; } DBGPRN(DBG_CDI)(errfp, "CddbDiscs_GetDisc[%ld]: ", cdinfo_dbp->match_tag); ret = CddbDiscs_GetDisc(discsp, cdinfo_dbp->match_tag, &discp2 ); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK || discp2 == NULL) { CddbReleaseObject(discsp); *retcode = READ_ERR; return FALSE; } DBGPRN(DBG_CDI)(errfp, "CddbControl_GetFullDiscInfo: "); ret = CddbControl_GetFullDiscInfo( cp->ctrlp, discp2, 0, &discp ); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK) { CddbReleaseObject(discp2); CddbReleaseObject(discsp); *retcode = READ_ERR; return FALSE; } CddbReleaseObject(discp2); CddbReleaseObject(discsp); } /* Query CDDB about the disc */ if (!cdinfo_discinfo_query(discp)) { *retcode = READ_ERR; return FALSE; } /* Query CDDB about the tracks */ if (!cdinfo_trackinfo_query(discp)) { *retcode = READ_ERR; return FALSE; } /* Query CDDB about the disc-related URLs */ if (!cdinfo_urls_query(cp, discp)) { *retcode = READ_ERR; return FALSE; } CddbReleaseObject(discp); cdinfo_dbp->flags |= CDINFO_MATCH; return TRUE; } /* * cdinfo_uregcddb * Register the user with CDDB * * Args: * cp - Pointer to the cdinfo_cddb_t structure returned from * cdinfo_opencddb. * retcode - return status code * * Return: * TRUE - Success * FALSE - Failure */ bool_t cdinfo_uregcddb(cdinfo_cddb_t *cp, cdinfo_ret_t *retcode) { CddbUserInfoPtr uip = NULL; CddbResult ret; CddbBoolean registered = 0; if (cdinfo_dbp->userreg.handle == NULL || cdinfo_dbp->userreg.passwd == NULL) { *retcode = REGI_ERR; return FALSE; } DBGPRN(DBG_CDI)(errfp, "CddbControl_GetUserInfo: "); ret = CddbControl_GetUserInfo(cp->ctrlp, &uip); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK && uip == NULL) { *retcode = REGI_ERR; return FALSE; } (void) cdinfo_put_str("CddbUserInfo_PutUserHandle", CddbUserInfo_PutUserHandle, uip, cdinfo_dbp->userreg.handle ); (void) cdinfo_put_str("CddbUserInfo_PutPassword", CddbUserInfo_PutPassword, uip, cdinfo_dbp->userreg.passwd ); (void) cdinfo_put_str("CddbUserInfo_PutPasswordHint", CddbUserInfo_PutPasswordHint, uip, cdinfo_dbp->userreg.hint == NULL ? "" : cdinfo_dbp->userreg.hint ); (void) cdinfo_put_str("CddbUserInfo_PutEmailAddress", CddbUserInfo_PutEmailAddress, uip, cdinfo_dbp->userreg.email == NULL ? "" : cdinfo_dbp->userreg.email ); (void) cdinfo_put_str("CddbUserInfo_PutRegionId", CddbUserInfo_PutRegionId, uip, cdinfo_dbp->userreg.region == NULL ? "" : cdinfo_dbp->userreg.region ); (void) cdinfo_put_str("CddbUserInfo_PutPostalCode", CddbUserInfo_PutPostalCode, uip, cdinfo_dbp->userreg.postal == NULL ? "" : cdinfo_dbp->userreg.postal ); (void) cdinfo_put_str("CddbUserInfo_PutAge", CddbUserInfo_PutAge, uip, cdinfo_dbp->userreg.age == NULL ? "" : cdinfo_dbp->userreg.age ); (void) cdinfo_put_str("CddbUserInfo_PutSex", CddbUserInfo_PutSex, uip, cdinfo_dbp->userreg.gender == NULL ? "" : cdinfo_dbp->userreg.gender ); DBGPRN(DBG_CDI)(errfp, "CddbUserInfo_PutAllowEmail: "); ret = CddbUserInfo_PutAllowEmail(uip, (CddbBoolean) cdinfo_dbp->userreg.allowemail ); DBGPRN(DBG_CDI)(errfp, "0x%lx %s\n", ret, cdinfo_dbp->userreg.allowemail ? "Yes" : "No" ); DBGPRN(DBG_CDI)(errfp, "CddbUserInfo_PutAllowStats: "); ret = CddbUserInfo_PutAllowStats(uip, (CddbBoolean) cdinfo_dbp->userreg.allowstats ); DBGPRN(DBG_CDI)(errfp, "0x%lx %s\n", ret, cdinfo_dbp->userreg.allowstats ? "Yes" : "No" ); /* Set the registration info */ DBGPRN(DBG_CDI)(errfp, "CddbControl_SetUserInfo: "); ret = CddbControl_SetUserInfo(cp->ctrlp, uip); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); CddbReleaseObject(uip); switch ((unsigned int) ret) { case Cddb_OK: /* Success: check if user is now registered */ DBGPRN(DBG_CDI)(errfp, "CddbControl_IsRegistered: "); ret = CddbControl_IsRegistered(cp->ctrlp, 0, ®istered); DBGPRN(DBG_CDI)(errfp, "0x%lx %s\n", ret, registered ? "Yes" : "No"); if (!registered) *retcode = REGI_ERR; DBGPRN(DBG_CDI)(errfp, "User \"%s\" is %s registered with CDDB.\n", cdinfo_dbp->userreg.handle, registered ? "now" : "NOT"); return ((bool_t) registered); case (unsigned int) CDDBSVCHandleUsed: /* Incorrect password or handle taken */ *retcode = NAME_ERR; return FALSE; default: /* Other error */ *retcode = REGI_ERR; return FALSE; } /*NOTREACHED*/ } /* * cdinfo_passhintcddb * Request CDDB to e-mail the password hint. * * Args: * cp - Pointer to the cdinfo_cddb_t structure returned from * cdinfo_opencddb. * retcode - return status code * * Return: * TRUE - Success * FALSE - Failure */ bool_t cdinfo_passhintcddb(cdinfo_cddb_t *cp, cdinfo_ret_t *retcode) { CddbUserInfoPtr uip = NULL; CddbResult ret; if (cdinfo_dbp->userreg.handle == NULL) { *retcode = REGI_ERR; return FALSE; } DBGPRN(DBG_CDI)(errfp, "CddbControl_GetUserInfo: "); ret = CddbControl_GetUserInfo(cp->ctrlp, &uip); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK && uip == NULL) { *retcode = REGI_ERR; return FALSE; } (void) cdinfo_put_str("CddbUserInfo_PutUserHandle", CddbUserInfo_PutUserHandle, uip, cdinfo_dbp->userreg.handle ); /* Set the registration info - request CDDB to mail password hint */ DBGPRN(DBG_CDI)(errfp, "CddbControl_SetUserInfo: "); ret = CddbControl_SetUserInfo(cp->ctrlp, uip); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); CddbReleaseObject(uip); switch ((unsigned int) ret) { case Cddb_OK: /* Success */ return TRUE; case (unsigned int) CDDBSVCUnknownHandle: /* Unknown handle */ *retcode = NAME_ERR; return FALSE; case (unsigned int) CDDBSVCNoHint: /* No hint registered */ *retcode = HINT_ERR; return FALSE; case (unsigned int) CDDBSVCNoEmail: /* No e-mail address registered */ *retcode = MAIL_ERR; return FALSE; default: /* Other error */ *retcode = REGI_ERR; return FALSE; } /*NOTREACHED*/ } /* * cdinfo_submitcddb * Submit current CD info to CDDB * * Args: * cp - Pointer to the cdinfo_cddb_t structure returned from * cdinfo_opencddb. * s - Pointer to the curstat_t structure * retcode - Return pointer of status code * * Return: * TRUE - Success * FALSE - Failure */ bool_t cdinfo_submitcddb(cdinfo_cddb_t *cp, curstat_t *s, cdinfo_ret_t *retcode) { CddbDiscPtr discp = NULL; CddbTrackPtr trkp = NULL; CddbCreditPtr credp = NULL; CddbSegmentPtr segp = NULL; CddbResult ret; long ntrks, pval; int i; CddbStr tocstr; cdinfo_credit_t *p; cdinfo_segment_t *q; if (!cdinfo_initcddb(cp, retcode)) return FALSE; if ((cdinfo_dbp->flags & CDINFO_NEEDREG) != 0) return TRUE; tocstr = (CddbStr) cdinfo_tocstr(s); DBGPRN(DBG_CDI)(errfp, "CddbControl_GetSubmitDisc: "); ret = CddbControl_GetSubmitDisc( cp->ctrlp, tocstr, cdinfo_dbp->disc.mediaid, cdinfo_dbp->disc.muiid, &discp ); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK || discp == NULL) { if (discp != NULL) CddbReleaseObject(discp); *retcode = SUBMIT_ERR; return FALSE; } /* * Fill in disc information */ (void) cdinfo_put_str("CddbDisc_PutToc", CddbDisc_PutToc, discp, tocstr ); DBGPRN(DBG_CDI)(errfp, "CddbDisc_PutCompilation: "); ret = CddbDisc_PutCompilation(discp, (CddbBoolean) cdinfo_dbp->disc.compilation ); DBGPRN(DBG_CDI)(errfp, "0x%lx %s\n", ret, cdinfo_dbp->disc.compilation ? "Yes" : "No" ); (void) cdinfo_put_str("CddbDisc_PutArtist", CddbDisc_PutArtist, discp, cdinfo_dbp->disc.artist ); (void) cdinfo_put_str("CddbDisc_PutTitle", CddbDisc_PutTitle, discp, cdinfo_dbp->disc.title ); (void) cdinfo_put_str("CddbDisc_PutTitleSort", CddbDisc_PutTitleSort, discp, cdinfo_dbp->disc.sorttitle ); (void) cdinfo_put_str("CddbDisc_PutTitleThe", CddbDisc_PutTitleThe, discp, cdinfo_dbp->disc.title_the ); (void) cdinfo_put_str("CddbDisc_PutYear", CddbDisc_PutYear, discp, cdinfo_dbp->disc.year ); (void) cdinfo_put_str("CddbDisc_PutLabel", CddbDisc_PutLabel, discp, cdinfo_dbp->disc.label ); (void) cdinfo_put_str("CddbDisc_PutGenreId", CddbDisc_PutGenreId, discp, cdinfo_dbp->disc.genre ); (void) cdinfo_put_str("CddbDisc_PutSecondaryGenreId", CddbDisc_PutSecondaryGenreId, discp, cdinfo_dbp->disc.genre2 ); (void) cdinfo_put_str("CddbDisc_PutNumberInSet", CddbDisc_PutNumberInSet, discp, cdinfo_dbp->disc.dnum ); (void) cdinfo_put_str("CddbDisc_PutTotalInSet", CddbDisc_PutTotalInSet, discp, cdinfo_dbp->disc.tnum ); (void) cdinfo_put_str("CddbDisc_PutRegionId", CddbDisc_PutRegionId, discp, cdinfo_dbp->disc.region ); (void) cdinfo_put_str("CddbDisc_PutLanguageId", CddbDisc_PutLanguageId, discp, cdinfo_dbp->disc.lang ); (void) cdinfo_put_str("CddbDisc_PutNotes", CddbDisc_PutNotes, discp, cdinfo_dbp->disc.notes ); (void) cdinfo_put_str("CddbDisc_PutRevision", CddbDisc_PutRevision, discp, cdinfo_dbp->disc.revision ); (void) cdinfo_put_str("CddbDisc_PutRevisionTag", CddbDisc_PutRevisionTag, discp, cdinfo_dbp->disc.revtag ); (void) cdinfo_put_fullname("CddbDisc_PutArtistFullName", CddbDisc_PutArtistFullName, discp, cdinfo_dbp->disc.artistfname.dispname, cdinfo_dbp->disc.artistfname.lastname, cdinfo_dbp->disc.artistfname.firstname, cdinfo_dbp->disc.artistfname.the ); /* Disc credits */ for (p = cdinfo_dbp->disc.credit_list; p != NULL; p = p->next) { DBGPRN(DBG_CDI)(errfp, "CddbDisc_AddCredit: "); ret = CddbDisc_AddCredit(discp, p->crinfo.role->id, p->crinfo.name, &credp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK || credp == NULL) continue; (void) cdinfo_put_fullname(" CddbCredit_PutFullName", CddbCredit_PutFullName, credp, p->crinfo.fullname.dispname, p->crinfo.fullname.lastname, p->crinfo.fullname.firstname, p->crinfo.fullname.the ); (void) cdinfo_put_str(" CddbCredit_PutNotes", CddbCredit_PutNotes, credp, p->notes ); CddbReleaseObject(credp); } /* Segments */ for (q = cdinfo_dbp->disc.segment_list; q != NULL; q = q->next) { DBGPRN(DBG_CDI)(errfp, "CddbDisc_AddSegment: "); ret = CddbDisc_AddSegment(discp, q->name, &segp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK || segp == NULL) continue; (void) cdinfo_put_str(" CddbSegment_PutNotes", CddbSegment_PutNotes, segp, q->notes ); (void) cdinfo_put_str(" CddbSegment_PutStartTrack", CddbSegment_PutStartTrack, segp, q->start_track ); (void) cdinfo_put_str(" CddbSegment_PutStartFrame", CddbSegment_PutStartFrame, segp, q->start_frame ); (void) cdinfo_put_str(" CddbSegment_PutEndTrack", CddbSegment_PutEndTrack, segp, q->end_track ); (void) cdinfo_put_str(" CddbSegment_PutEndFrame", CddbSegment_PutEndFrame, segp, q->end_frame ); /* Segment Credits */ for (p = q->credit_list; p != NULL; p = p->next) { DBGPRN(DBG_CDI)(errfp, " CddbSegment_AddCredit: "); ret = CddbSegment_AddCredit(segp, p->crinfo.role->id, p->crinfo.name, &credp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK || credp == NULL) continue; (void) cdinfo_put_fullname( " CddbCredit_PutFullName", CddbCredit_PutFullName, credp, p->crinfo.fullname.dispname, p->crinfo.fullname.lastname, p->crinfo.fullname.firstname, p->crinfo.fullname.the ); (void) cdinfo_put_str(" CddbCredit_PutNotes", CddbCredit_PutNotes, credp, p->notes ); CddbReleaseObject(credp); } CddbReleaseObject(segp); } /* * Fill in track information */ DBGPRN(DBG_CDI)(errfp, "CddbDisc_GetNumTracks: "); ret = CddbDisc_GetNumTracks(discp, &ntrks); DBGPRN(DBG_CDI)(errfp, "0x%lx %ld tracks\n", ret, ntrks); for (i = 0; i < (int) ntrks; i++) { DBGPRN(DBG_CDI)(errfp, "CddbDisc_GetTrack[%02d]: ", i+1); ret = CddbDisc_GetTrack(discp, (long) (i+1), &trkp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK || trkp == NULL) continue; (void) cdinfo_put_str(" CddbTrack_PutArtist", CddbTrack_PutArtist, trkp, cdinfo_dbp->track[i].artist ); (void) cdinfo_put_str(" CddbTrack_PutTitle", CddbTrack_PutTitle, trkp, cdinfo_dbp->track[i].title ); (void) cdinfo_put_str(" CddbTrack_PutTitleSort", CddbTrack_PutTitleSort, trkp, cdinfo_dbp->track[i].sorttitle ); (void) cdinfo_put_str(" CddbTrack_PutTitleThe", CddbTrack_PutTitleThe, trkp, cdinfo_dbp->track[i].title_the ); (void) cdinfo_put_str(" CddbTrack_PutYear", CddbTrack_PutYear, trkp, cdinfo_dbp->track[i].year ); (void) cdinfo_put_str(" CddbTrack_PutLabel", CddbTrack_PutLabel, trkp, cdinfo_dbp->track[i].label ); (void) cdinfo_put_str(" CddbTrack_PutGenreId", CddbTrack_PutGenreId, trkp, cdinfo_dbp->track[i].genre ); (void) cdinfo_put_str(" CddbTrack_PutSecondaryGenreId", CddbTrack_PutSecondaryGenreId, trkp, cdinfo_dbp->track[i].genre2 ); (void) cdinfo_put_str(" CddbTrack_PutBeatsPerMinute", CddbTrack_PutBeatsPerMinute, trkp, cdinfo_dbp->track[i].bpm ); (void) cdinfo_put_str(" CddbTrack_PutNotes", CddbTrack_PutNotes, trkp, cdinfo_dbp->track[i].notes ); (void) cdinfo_put_str(" CddbTrack_PutISRC", CddbTrack_PutISRC, trkp, cdinfo_dbp->track[i].isrc ); (void) cdinfo_put_fullname(" CddbTrack_PutArtistFullName", CddbTrack_PutArtistFullName, trkp, cdinfo_dbp->track[i].artistfname.dispname, cdinfo_dbp->track[i].artistfname.lastname, cdinfo_dbp->track[i].artistfname.firstname, cdinfo_dbp->track[i].artistfname.the ); for (p = cdinfo_dbp->track[i].credit_list; p != NULL; p = p->next) { DBGPRN(DBG_CDI)(errfp, " CddbTrack_AddCredit: "); ret = CddbTrack_AddCredit(trkp, p->crinfo.role->id, p->crinfo.name, &credp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); if (ret != Cddb_OK || credp == NULL) continue; (void) cdinfo_put_fullname( " CddbCredit_PutFullName", CddbCredit_PutFullName, credp, p->crinfo.fullname.dispname, p->crinfo.fullname.lastname, p->crinfo.fullname.firstname, p->crinfo.fullname.the ); (void) cdinfo_put_str(" CddbCredit_PutNotes", CddbCredit_PutNotes, credp, p->notes ); CddbReleaseObject(credp); } CddbReleaseObject(trkp); } /* Submit the disc info */ DBGPRN(DBG_CDI)(errfp, "CddbControl_SubmitDisc: "); ret = CddbControl_SubmitDisc(cp->ctrlp, discp, 0, &pval); DBGPRN(DBG_CDI)(errfp, "0x%lx pval=%lx\n", ret, pval); cdinfo_set_errstr(ret); CddbReleaseObject(discp); *retcode = (ret == Cddb_OK) ? 0 : SUBMIT_ERR; util_delayms(1000); return (ret == Cddb_OK); } /* * cdinfo_submiturlcddb * Submit to CDDB a URL pertaining to the current CD * * Args: * cp - Pointer to the cdinfo_cddb_t structure returned from * cdinfo_opencddb. * up - Pointer to the cdinfo_url_t structure * retcode - Return pointer of status code * * Return: * TRUE - Success * FALSE - Failure */ bool_t cdinfo_submiturlcddb(cdinfo_cddb_t *cp, cdinfo_url_t *up, cdinfo_ret_t *retcode) { CddbDiscPtr discp = NULL; CddbDiscsPtr discsp = NULL; CddbURLManagerPtr urlmgrp = NULL; CddbURLPtr urlp = NULL; CddbResult ret; if (!cdinfo_initcddb(cp, retcode)) return FALSE; if ((cdinfo_dbp->flags & CDINFO_NEEDREG) != 0) return TRUE; DBGPRN(DBG_CDI)(errfp, "CddbControl_GetDiscInfo: "); ret = CddbControl_GetDiscInfo( cp->ctrlp, cdinfo_dbp->disc.mediaid, cdinfo_dbp->disc.muiid, NULL, NULL, 0, &discp, &discsp ); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK || discp == NULL) { if (discp != NULL) CddbReleaseObject(discp); if (discsp != NULL) CddbReleaseObject(discsp); *retcode = SUBMIT_ERR; return FALSE; } if (discsp != NULL) CddbReleaseObject(discsp); DBGPRN(DBG_CDI)(errfp, "CddbControl_GetURLManager: "); ret = CddbControl_GetURLManager(cp->ctrlp, &urlmgrp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK || urlmgrp == NULL) { CddbReleaseObject(discp); *retcode = SUBMIT_ERR; return FALSE; } urlp = (CddbURLPtr) CddbCreateObject(CddbURLType); (void) cdinfo_put_str("CddbURL_PutType", CddbURL_PutType, urlp, up->type ); (void) cdinfo_put_str("CddbURL_PutHref", CddbURL_PutHref, urlp, up->href ); (void) cdinfo_put_str("CddbURL_PutDisplayLink", CddbURL_PutDisplayLink, urlp, up->displink ); (void) cdinfo_put_str("CddbURL_PutDisplayText", CddbURL_PutDisplayText, urlp, up->disptext ); (void) cdinfo_put_str("CddbURL_PutCategory", CddbURL_PutCategory, urlp, up->categ ); (void) cdinfo_put_str("CddbURL_PutDescription", CddbURL_PutDescription, urlp, up->desc ); (void) cdinfo_put_str("CddbURL_PutSize", CddbURL_PutSize, urlp, up->size ); (void) cdinfo_put_str("CddbURL_PutWeight", CddbURL_PutWeight, urlp, up->weight ); DBGPRN(DBG_CDI)(errfp, "CddbURLManager_SubmitURL: "); ret = CddbURLManager_SubmitURL(urlmgrp, discp, urlp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); CddbReleaseObject(urlp); CddbReleaseObject(urlmgrp); CddbReleaseObject(discp); util_delayms(1000); return (ret == Cddb_OK); } /* * cdinfo_flushcddb * Flush local CDDB cache. * * Args: * cp - Pointer to the cdinfo_cddb_t structure returned from * cdinfo_opencddb. * * Return: * TRUE - Success * FALSE - Failure */ /*ARGSUSED*/ bool_t cdinfo_flushcddb(cdinfo_cddb_t *cp) { CddbResult ret; DBGPRN(DBG_CDI)(errfp, "CddbControl_FlushLocalCache: "); ret = CddbControl_FlushLocalCache(cp->ctrlp, FLUSH_DEFAULT); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); util_delayms(1000); return (ret == Cddb_OK ? TRUE : FALSE); } /* * cdinfo_infobrowsercddb * Invoke CDDB info browser for the current disc * * Args: * cp - Pointer to the cdinfo_cddb_t structure returned from * cdinfo_opencddb. * * Return: * TRUE - Success * FALSE - Failure */ bool_t cdinfo_infobrowsercddb(cdinfo_cddb_t *cp) { CddbDiscPtr discp = NULL; CddbDiscsPtr discsp = NULL; CddbResult ret; int retcode; if (!cdinfo_initcddb(cp, &retcode)) return FALSE; if ((cdinfo_dbp->flags & CDINFO_NEEDREG) != 0) return TRUE; DBGPRN(DBG_CDI)(errfp, "CddbControl_GetDiscInfo: "); ret = CddbControl_GetDiscInfo( cp->ctrlp, cdinfo_dbp->disc.mediaid, cdinfo_dbp->disc.muiid, NULL, NULL, 0, &discp, &discsp ); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK || discp == NULL) { if (discp != NULL) CddbReleaseObject(discp); if (discsp != NULL) CddbReleaseObject(discsp); return FALSE; } if (discsp != NULL) CddbReleaseObject(discsp); DBGPRN(DBG_CDI)(errfp, "CddbControl_InvokeInfoBrowser: "); ret = CddbControl_InvokeInfoBrowser(cp->ctrlp, discp, 0, UI_NONE); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); CddbReleaseObject(discp); return (ret == Cddb_OK); } /* * cdinfo_urlcddb * Go to a CDDB-supplied URL * * Args: * cp - Pointer to the cdinfo_cddb_t structure returned from * cdinfo_opencddb. * wtype - WTYPE_GEN or WTYPE_ALBUM * idx - index number into the URL list * * Return: * TRUE - Success * FALSE - Failure */ bool_t cdinfo_urlcddb(cdinfo_cddb_t *cp, int wtype, int idx) { CddbDiscPtr discp = NULL; CddbDiscsPtr discsp = NULL; CddbURLManagerPtr urlmgrp = NULL; CddbURLListPtr urllistp = NULL; CddbURLPtr urlp = NULL; CddbResult ret; int retcode; if (!cdinfo_initcddb(cp, &retcode)) return FALSE; if ((cdinfo_dbp->flags & CDINFO_NEEDREG) != 0) return TRUE; if (wtype == WTYPE_ALBUM) { DBGPRN(DBG_CDI)(errfp, "CddbControl_GetDiscInfo: "); ret = CddbControl_GetDiscInfo( cp->ctrlp, cdinfo_dbp->disc.mediaid, cdinfo_dbp->disc.muiid, NULL, NULL, 0, &discp, &discsp ); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK || discp == NULL) { if (discp != NULL) CddbReleaseObject(discp); if (discsp != NULL) CddbReleaseObject(discsp); return FALSE; } } if (discsp != NULL) CddbReleaseObject(discsp); DBGPRN(DBG_CDI)(errfp, "CddbControl_GetURLManager: "); ret = CddbControl_GetURLManager(cp->ctrlp, &urlmgrp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK || urlmgrp == NULL) { if (discp != NULL) CddbReleaseObject(discp); return FALSE; } /* Get the appropriate URL list */ DBGPRN(DBG_CDI)(errfp, "CddbURLManager_GetMenuURLs: "); ret = CddbURLManager_GetMenuURLs(urlmgrp, discp, &urllistp); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); if (ret != Cddb_OK || urllistp == NULL) { CddbReleaseObject(urlmgrp); if (discp != NULL) CddbReleaseObject(discp); return FALSE; } /* Get the appropriate URL */ DBGPRN(DBG_CDI)(errfp, "CddbURLList_GetURL: "); ret = CddbURLList_GetURL(urllistp, (long) idx, &urlp); DBGPRN(DBG_CDI)(errfp, "0x%lx idx=%d\n", ret, idx); cdinfo_set_errstr(ret); if (ret != Cddb_OK || urlp == NULL) { CddbReleaseObject(urllistp); CddbReleaseObject(urlmgrp); if (discp != NULL) CddbReleaseObject(discp); return FALSE; } /* Go to the URL */ DBGPRN(DBG_CDI)(errfp, "CddbURLManager_GotoURL: "); ret = CddbURLManager_GotoURL(urlmgrp, urlp, 0); DBGPRN(DBG_CDI)(errfp, "0x%lx\n", ret); cdinfo_set_errstr(ret); CddbReleaseObject(urlp); CddbReleaseObject(urllistp); CddbReleaseObject(urlmgrp); if (discp != NULL) CddbReleaseObject(discp); return (ret == Cddb_OK); } /* * cdinfo_free_matchlist * Deallocate the match list. * * Args: * None. * * Return: * Nothing. */ void cdinfo_free_matchlist(void) { cdinfo_match_t *p, *q; for (p = q = cdinfo_dbp->matchlist; p != NULL; p = q) { q = p->next; if (p->artist != NULL) MEM_FREE(p->artist); if (p->title != NULL) MEM_FREE(p->title); if (p->genre != NULL) MEM_FREE(p->genre); MEM_FREE(p); } cdinfo_dbp->matchlist = NULL; cdinfo_dbp->match_aux = NULL; cdinfo_dbp->match_tag = -1; cdinfo_dbp->sav_cddbp = NULL; cdinfo_dbp->sav_rpp = cdinfo_dbp->sav_spp = NULL; } /* * cdinfo_skip_whitespace * Given a string, return a pointer to the first non-whitespace * character in it. * * Args: * str - String pointer * * Return: * Pointer to first non-whitespace character in the string */ char * cdinfo_skip_whitespace(char *str) { for (; *str != '\0' && (*str == ' ' || *str == '\t'); str++) ; return (str); } /* * cdinfo_skip_nowhitespace * Given a string, return a pointer to the first whitespace * character in it. * * Args: * str - String pointer * * Return: * Pointer to first whitespace character in the string */ char * cdinfo_skip_nowhitespace(char *str) { for (; *str != '\0' && (*str != ' ' && *str != '\t'); str++) ; return (str); } /* * cdinfo_fgetline * Read a line from the file stream fp, and allocate a dynamic * buffer to hold it. If a line is terminated with a '\' character, * that is considered a "continuation" marker, and another line * is read and contactenated. The caller should use MEM_FREE to * deallocate the buffer that is returned when it's done using it. * * Args: * fp - The stdio file stream * * Return: * Allocated buffer containing the line read from stream. */ char * cdinfo_fgetline(FILE *fp) { size_t n; char *buf; static char rbuf[2048]; buf = NULL; for (;;) { if (fgets(rbuf, sizeof(rbuf), fp) == NULL) break; if ((n = strlen(rbuf)) == 0) break; if (buf == NULL) { buf = (char *) MEM_ALLOC("fgetline_buf", n + 1); if (buf != NULL) buf[0] = '\0'; } else { buf = (char *) MEM_REALLOC("fgetline_buf", buf, strlen(buf) + n + 1 ); } if (buf == NULL) { CDINFO_FATAL(app_data.str_nomemory); return NULL; } if (rbuf[n-1] == '\n') { if (n > 1 && rbuf[n-2] == '\\') { rbuf[n-2] = '\0'; (void) strcat(buf, rbuf); } else { rbuf[n-1] = '\0'; (void) strcat(buf, rbuf); break; } } else (void) strcat(buf, rbuf); } return (buf); } /* * cdinfo_wwwchk_cleanup * Clean up the check list created in cdinfo_wwwmenu_chk. * * Args: * None. * * Return: * Nothing. */ void cdinfo_wwwchk_cleanup(void) { w_entchk_t *c, *c1; /* Clean up check list */ for (c = c1 = cdinfo_wentchk_head; c != NULL; c = c1) { c1 = c->next; MEM_FREE(c); } cdinfo_wentchk_head = NULL; } /* * cdinfo_wwwmenu_chk * Given a wwwwarp menu, traverse all its submenus and make sure * there are no circular menu links. * * Args: * menu - The first entry of a menu * topmenu - boolean indicating whether this is called from the * top level menu. */ bool_t cdinfo_wwwmenu_chk(w_ent_t *menu, bool_t topmenu) { bool_t ret; w_ent_t *p; w_entchk_t *c, *c1; static w_entchk_t *c2; ret = TRUE; for (p = menu; p != NULL; p = p->nextent) { if (p->type != WTYPE_SUBMENU) continue; /* Check to see if this submenu points to an ancester menu */ for (c1 = cdinfo_wentchk_head; c1 != NULL; c1 = c1->next) { if (strcmp(c1->ent->name, p->submenu->name) == 0) { p->type = WTYPE_NULL; p->submenu = NULL; ret = FALSE; break; } } if (!ret) break; /* Add this submenu to link */ c = (w_entchk_t *)(void *) MEM_ALLOC( "w_entchk_t", sizeof(w_entchk_t) ); if (c == NULL) { CDINFO_FATAL(app_data.str_nomemory); ret = FALSE; break; } c->ent = p->submenu; c->next = NULL; if (cdinfo_wentchk_head == NULL) cdinfo_wentchk_head = c2 = c; else { c2->next = c; c2 = c; } /* Recurse to the next level */ if (!cdinfo_wwwmenu_chk(p->submenu, FALSE)) { ret = FALSE; break; } if (topmenu) cdinfo_wwwchk_cleanup(); } if (topmenu) cdinfo_wwwchk_cleanup(); return (ret); } /* * cdinfo_scan_url_attrib * Scan a URL template string and record its attributes. * * Args: * url - The URL template string * * Return: * Nothing. */ void cdinfo_scan_url_attrib(char *url, url_attrib_t *up) { char *cp; /* Scan URL string to get a count of the number of * substitutions needed. */ up->xcnt = up->vcnt = 0; up->ncnt = up->hcnt = 0; up->lcnt = up->ccnt = 0; up->icnt = up->acnt = 0; up->dcnt = up->tcnt = 0; up->rcnt = up->pcnt = 0; for (cp = url; *cp != '\0'; cp++) { if (*cp == '%') { switch ((int) *(++cp)) { case 'X': up->xcnt++; break; case 'V': up->vcnt++; break; case 'N': up->ncnt++; break; case 'H': up->hcnt++; break; case 'L': up->lcnt++; break; case 'C': up->ccnt++; break; case 'I': up->icnt++; break; case 'A': case 'a': up->acnt++; break; case 'D': case 'd': up->dcnt++; break; case 'R': case 'r': up->rcnt++; break; case 'T': case 't': up->tcnt++; break; case 'B': case 'b': up->acnt++; up->dcnt++; break; case '#': up->pcnt++; break; default: break; } } } } /* * cdinfo_add_pathent * Add a cdinfo path list component. * * Args: * path - The path component string * * Return: * TRUE - success * FALSE - failure */ bool_t cdinfo_add_pathent(char *path) { int n; char *cp, *cp2; cdinfo_path_t *pp; STATIC cdinfo_path_t *pp2 = NULL; if (*path == '\0' || *path == '\n') return TRUE; if (strncmp(path, "cddbp://", 8) == 0 || strncmp(path, "http://", 7) == 0) { (void) fprintf(errfp, "NOTICE: Skipped unsupported item in cdinfoPath: %s\n", path); return TRUE; } pp = (cdinfo_path_t *)(void *) MEM_ALLOC( "cdinfo_path_t", sizeof(cdinfo_path_t) ); if (pp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) memset(pp, 0, sizeof(cdinfo_path_t)); if (cdinfo_dbp->pathlist == NULL) { cdinfo_dbp->pathlist = pp2 = pp; } else { pp2->next = pp; pp2 = pp; } /* Determine path type */ if (strcmp(path, "CDDB") == 0) { /* CDDB service */ pp->type = CDINFO_RMT; } else if (strcmp(path, "CDTEXT") == 0) { /* CD-TEXT from the disc */ pp->type = CDINFO_CDTEXT; } else if (strncmp(path, "file://", 7) == 0) { /* Syntax: file://dirpath */ pp->type = CDINFO_LOC; path += 7; } else { /* Syntax: dirpath */ pp->type = CDINFO_LOC; } /* Parse the rest of the line */ switch (pp->type) { case CDINFO_RMT: case CDINFO_CDTEXT: /* Do nothing here */ break; case CDINFO_LOC: n = strlen(path); if (path[0] == '/') { /* Absolute local path name */ if (!util_newstr(&pp->path, path)) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } } else if (path[0] == '~') { /* Perform tilde expansion a la [ck]sh */ if (path[1] == '/') { cp2 = util_homedir(util_get_ouid()); pp->path = (char *) MEM_ALLOC( "pp->path", n + strlen(cp2) ); if (pp->path == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) sprintf(pp->path, "%s%s", cp2, &path[1]); } else if (path[1] == '\0') { cp2 = util_homedir(util_get_ouid()); if (!util_newstr(&pp->path, cp2)) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } } else { cp = strchr(path, '/'); if (cp == NULL) { cp2 = util_uhomedir(&path[1]); if (!util_newstr(&pp->path, cp2)) { CDINFO_FATAL( app_data.str_nomemory ); return FALSE; } } else { *cp = '\0'; cp2 = util_uhomedir(&path[1]); pp->path = (char *) MEM_ALLOC( "pp->path", n + strlen(cp2) ); if (pp->path == NULL) { CDINFO_FATAL( app_data.str_nomemory ); return FALSE; } (void) sprintf(pp->path, CONCAT_PATH, cp2, cp+1); } } } else { /* Relative local path name */ pp->path = (char *) MEM_ALLOC( "pp->path", n + strlen(app_data.libdir) + strlen(REL_DBDIR_PATH) ); if (pp->path == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } (void) sprintf(pp->path, REL_DBDIR_PATH, app_data.libdir, path); } /* Set category name for CDDB1 to CDDB2 genre mapping */ cp = util_basename(pp->path); if (cp != NULL && !util_newstr(&pp->categ, cp)) { MEM_FREE(cp); CDINFO_FATAL(app_data.str_nomemory); return FALSE; } MEM_FREE(cp); /* Make sure that the whole path name + discid can * fit in a FILE_PATH_SZ buffer. Also, make sure the * category name is less than FILE_BASE_SZ. */ if ((int) strlen(pp->path) >= (FILE_PATH_SZ - 12)) { CDINFO_FATAL(app_data.str_longpatherr); return FALSE; } if ((cp = util_basename(pp->path)) == NULL) { CDINFO_FATAL("cdinfoPath component error"); return FALSE; } if ((int) strlen(cp) >= FILE_BASE_SZ) { MEM_FREE(cp); CDINFO_FATAL(app_data.str_longpatherr); return FALSE; } MEM_FREE(cp); break; } return TRUE; } /* * cdinfo_load_locdb * Attempt to load CD information from the specified local CD info file. * * Args: * path - File path * categ - CDDB1 category string * s - Pointer to the curstat_t structure * retcode - Return status code * * Return: * TRUE - success * FALSE - failure */ /*ARGSUSED*/ bool_t cdinfo_load_locdb(char *path, char *categ, curstat_t *s, int *retcode) { int i, pos, bufsz = STR_BUF_SZ * 3; char *buf, *tmpbuf; FILE *fp; errno = 0; *retcode = 0; if ((fp = fopen(path, "r")) == NULL) { /* File not found */ *retcode = 0; DBGPRN(DBG_CDI)(errfp, "\n"); return TRUE; } if ((buf = (char *) MEM_ALLOC("read_buf", bufsz)) == NULL) { *retcode = MEM_ERR; DBGPRN(DBG_CDI)(errfp, "\n"); (void) fclose(fp); CDINFO_FATAL(app_data.str_nomemory); return FALSE; } if ((tmpbuf = (char *) MEM_ALLOC("read_tmpbuf", bufsz)) == NULL) { *retcode = MEM_ERR; DBGPRN(DBG_CDI)(errfp, "\n"); MEM_FREE(buf); (void) fclose(fp); CDINFO_FATAL(app_data.str_nomemory); return FALSE; } /* Read first line of database entry */ if (fgets(buf, bufsz, fp) == NULL) { /* Can't read file */ DBGPRN(DBG_CDI)(errfp, "\n"); MEM_FREE(buf); MEM_FREE(tmpbuf); (void) fclose(fp); return TRUE; } /* Database file signature check */ if (strncmp(buf, "# xmcd", 6) != 0) { /* Not a supported database file */ DBGPRN(DBG_CDI)(errfp, "\n"); MEM_FREE(buf); MEM_FREE(tmpbuf); (void) fclose(fp); return TRUE; } /* Read the rest of the database entry */ while (fgets(buf, bufsz, fp) != NULL) { /* Comment line */ if (buf[0] == '#') { /* Concatenated cdinfo file */ if (strncmp(buf, "# xmcd", 6) == 0) break; continue; } buf[strlen(buf)-1] = '\n'; /* Disc IDs */ if (sscanf(buf, "DISCID=%[^\n]\n", tmpbuf) > 0) { /* Do nothing for this line */ continue; } /* Disk title */ if (sscanf(buf, "DTITLE=%[^\n]\n", tmpbuf) > 0) { cdinfo_disc_t *dp; char *cp; cdinfo_line_filter(tmpbuf); dp = &cdinfo_dbp->disc; /* This assumes that artist and title are separated * " / " (may not be true in all cases; shrug) */ if ((cp = strchr(tmpbuf, '/')) != NULL && cp > (tmpbuf + 3) && *(cp-1) == ' ' && *(cp+1) == ' ') { char *cp2; cp2 = cp - 1; *cp2 = '\0'; if (!cdinfo_concatstr( &dp->artistfname.dispname, tmpbuf)) { CDINFO_FATAL(app_data.str_nomemory); break; } if (!cdinfo_concatstr(&dp->artist, tmpbuf)) { CDINFO_FATAL(app_data.str_nomemory); break; } cp2 = cp + 2; if (!cdinfo_concatstr(&dp->title, cp2)) { CDINFO_FATAL(app_data.str_nomemory); break; } } else if (!cdinfo_concatstr(&dp->title, tmpbuf)) { CDINFO_FATAL(app_data.str_nomemory); break; } continue; } /* Track titles */ if (sscanf(buf, "TTITLE%u=%[^\n]\n", &pos, tmpbuf) >= 2) { cdinfo_track_t *tp; if (pos >= (int) (cdinfo_dbp->discid & 0xff)) continue; cdinfo_line_filter(tmpbuf); tp = &cdinfo_dbp->track[pos]; if (!cdinfo_concatstr(&tp->title, tmpbuf)) { CDINFO_FATAL(app_data.str_nomemory); break; } continue; } /* Disk notes */ if (sscanf(buf, "EXTD=%[^\n]\n", tmpbuf) > 0) { cdinfo_disc_t *dp; dp = &cdinfo_dbp->disc; if (!cdinfo_concatstr(&dp->notes, tmpbuf)) { CDINFO_FATAL(app_data.str_nomemory); break; } continue; } /* Track extended info */ if (sscanf(buf, "EXTT%u=%[^\n]\n", &pos, tmpbuf) >= 2) { cdinfo_track_t *tp; if (pos >= (int) (cdinfo_dbp->discid & 0xff)) continue; tp = &cdinfo_dbp->track[pos]; if (!cdinfo_concatstr(&tp->notes, tmpbuf)) { CDINFO_FATAL(app_data.str_nomemory); break; } continue; } #ifdef USE_XMCD2_PLAYORDER /* Play order - this is deprecated */ if (sscanf(buf, "PLAYORDER=%[^\n]\n", tmpbuf) > 0) { if (s->program || s->shuffle) /* Play program or shuffle already in * progress, do not override it. */ continue; if (!cdinfo_concatstr(&cdinfo_dbp->playorder, tmpbuf)){ CDINFO_FATAL(app_data.str_nomemory); break; } continue; } #endif } MEM_FREE(buf); MEM_FREE(tmpbuf); (void) fclose(fp); /* Do CDDB1 -> CDDB2 genre mapping if possible */ for (i = 0; cdinfo_genre_map[i].cddb1_genre != NULL; i++) { if (categ != NULL && strcmp(categ, cdinfo_genre_map[i].cddb1_genre) == 0) { if (!util_newstr(&cdinfo_dbp->disc.genre, cdinfo_genre_map[i].cddb2_genre)) { CDINFO_FATAL(app_data.str_nomemory); } break; } } /* Set the match bit */ cdinfo_dbp->flags |= (CDINFO_MATCH | CDINFO_FROMLOC); DBGPRN(DBG_CDI)(errfp, ": Loaded.\n"); return TRUE; } /* * cdinfo_out_discog * Output local discography HTML content for the currently loaded CD * * Args: * path - File path to the local discography file * s - Pointer to the curstat_t structure * baseurl - The URL to the output file * * Return: * TRUE - success * FALSE - failure */ bool_t cdinfo_out_discog(char *path, curstat_t *s, char *baseurl) { int i, fmt, ncreds, nrows, ntrkrows; unsigned int dmode, fmode; char *p, *q, *tblparms1, *tblparms2, *tdparms1, *tdparms2, *tdparms3, *srchact, *gname, *gpath, *dhome, *relpath, *cmd, outdir[FILE_PATH_SZ], filepath[FILE_PATH_SZ + 40], plspath[FILE_PATH_SZ + 480]; FILE *fp, *pls_fp; DIR *dp; struct dirent *de; cdinfo_credit_t *cp; playls_t *lheads[MAX_FILEFMTS], *sp; filefmt_t *fmp; struct stat stbuf; bool_t first, newdiscog; (void) sscanf(app_data.cdinfo_filemode, "%o", &fmode); /* Make sure file is at least accessible by user */ fmode |= S_IRUSR | S_IWUSR; fmode &= ~(S_ISUID | S_ISGID); /* Set directory perm based on file perm */ dmode = (fmode | S_IXUSR); if (fmode & S_IRGRP) dmode |= (S_IRGRP | S_IXGRP); if (fmode & S_IWGRP) dmode |= (S_IWGRP | S_IXGRP); if (fmode & S_IROTH) dmode |= (S_IROTH | S_IXOTH); if (fmode & S_IWOTH) dmode |= (S_IWOTH | S_IXOTH); if ((p = util_dirname(path)) == NULL) { DBGPRN(DBG_CDI)(errfp, "Directory path error: %s\n", path); return FALSE; } (void) strcpy(outdir, p); MEM_FREE(p); newdiscog = FALSE; if (util_dirstat(outdir, &stbuf, FALSE) < 0) { if (errno == ENOENT) newdiscog = TRUE; else { DBGPRN(DBG_CDI)(errfp, "Cannot stat %s\n", outdir); return FALSE; } } /* Make directories and fix perms */ if (!util_mkdir(outdir, (mode_t) dmode)) { DBGPRN(DBG_CDI)(errfp, "Cannot create directory %s\n", outdir); return FALSE; } /* Remove original file */ if (UNLINK(path) < 0 && errno != ENOENT) { DBGPRN(DBG_CDI)(errfp, "Cannot unlink old %s\n", path); return FALSE; } /* Write new file */ if ((fp = fopen(path, "w")) == NULL) { DBGPRN(DBG_CDI)(errfp, "Cannot open file for writing: %s\n", path); return FALSE; } (void) chmod(path, (mode_t) fmode); DBGPRN(DBG_CDI)(errfp, "\nWriting local Discography: %s\n", path); /* Set up the CDDB search URL string */ srchact = NULL; if (cdinfo_scddb != NULL && cdinfo_scddb->arg != NULL) { if (!util_newstr(&srchact, cdinfo_scddb->arg)) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } if ((p = strrchr(srchact, '%')) != NULL) *p = '\0'; else { MEM_FREE(srchact); srchact = NULL; } } /* Get genre name and path */ gname = cdinfo_genre_name(cdinfo_dbp->disc.genre); if (util_strstr(gname, " -> ") != NULL) dhome = "../../.."; else dhome = "../.."; /* Start HTML output */ tblparms1 = "CELLSPACING=\"0\" CELLPADDING=\"1\" BORDER=\"0\""; tblparms2 = "CELLSPACING=\"0\" CELLPADDING=\"3\" BORDER=\"1\""; tdparms1 = "ALIGN=\"center\""; tdparms2 = "ALIGN=\"left\""; tdparms3 = "ALIGN=\"left\" VALIGN=\"top\""; /* Comments */ (void) fprintf(fp, "\n", COPYRIGHT, XMCD_URL, EMAIL); (void) fputs("\n", fp); (void) fputs("\n\n", fp); /* All in-core CD information is encoded in UTF-8 */ (void) fputs("\n", fp); (void) fputs("\nxmcd: ", fp); if (cdinfo_dbp->disc.artist != NULL) util_html_fputs(cdinfo_dbp->disc.artist, fp, FALSE, NULL, 0); else (void) fputs(app_data.str_unknartist, fp); (void) fputs(" / ", fp); if (cdinfo_dbp->disc.title != NULL) util_html_fputs(cdinfo_dbp->disc.title, fp, FALSE, NULL, 0); else (void) fputs(app_data.str_unkndisc, fp); (void) fputs("\n\n", fp); #ifdef __VMS (void) sprintf(filepath, "%s.discog]bkgnd.gif", app_data.libdir); if ((p = util_vms_urlconv(filepath, VMS_2_UNIX)) != NULL) { (void) strncpy(filepath, p, sizeof(filepath)-1); filepath[sizeof(filepath)-1] = '\0'; MEM_FREE(p); } #else (void) sprintf(filepath, "%s/bkgnd.gif", dhome); #endif (void) fprintf(fp, "\n\n", "#FFFFFF", /* Background color */ filepath ); (void) fputs("
\n", fp); /* xmcd logo */ (void) fprintf(fp, "\n", XMCD_URL); #ifdef __VMS (void) sprintf(filepath, "%s.discog]xmcdlogo.gif", app_data.libdir); if ((p = util_vms_urlconv(filepath, VMS_2_UNIX)) != NULL) { (void) strncpy(filepath, p, sizeof(filepath)-1); filepath[sizeof(filepath)-1] = '\0'; MEM_FREE(p); } #else (void) sprintf(filepath, "%s/xmcdlogo.gif", dhome); #endif (void) fprintf(fp, "\"xmcd\"", filepath); (void) fprintf(fp, "

\n

Local Discography

\n"); /* Disc artist / title */ (void) fputs("

\n", fp); if (cdinfo_dbp->disc.artist == NULL) (void) fprintf(fp, "(%s)", app_data.str_unknartist); else { if (srchact != NULL) { p = cdinfo_txtreduce(cdinfo_dbp->disc.artist, TRUE); (void) fprintf(fp, "", srchact, p); MEM_FREE(p); } util_html_fputs(cdinfo_dbp->disc.artist, fp, FALSE, NULL, 0); if (srchact != NULL) (void) fputs("\n", fp); } (void) fputs(" / ", fp); if (cdinfo_dbp->disc.title == NULL) (void) fprintf(fp, "(%s)", app_data.str_unkndisc); else { if (srchact != NULL) { p = cdinfo_txtreduce(cdinfo_dbp->disc.title, TRUE); (void) fprintf(fp, "", srchact, p); MEM_FREE(p); } util_html_fputs(cdinfo_dbp->disc.title, fp, FALSE, NULL, 0); if (srchact != NULL) (void) fputs("\n", fp); } (void) fputs("

\n", fp); /* Album information */ (void) fprintf(fp, "

\n\n", tblparms1); (void) fprintf(fp, "\n", tdparms2, tdparms2, s->discpos_tot.min, s->discpos_tot.sec ); (void) fprintf(fp, "\n", fp); (void) fprintf(fp, "\n", fp); (void) fprintf(fp, "\n", tdparms2, tdparms2, cdinfo_dbp->discid ); (void) fprintf(fp, "\n", fp); (void) fprintf(fp, "\n", fp); (void) fprintf(fp, "\n", tdparms2, tdparms2, cdinfo_dbp->disc.year == NULL ? "" : cdinfo_dbp->disc.year ); (void) fprintf(fp, "\n", fp); (void) fprintf(fp, "\n", tdparms2, tdparms2, cdinfo_dbp->disc.compilation ? "Yes" : "No" ); (void) fprintf(fp, "\n", tdparms2, tdparms2, cdinfo_dbp->disc.dnum == NULL ? "?" : cdinfo_dbp->disc.dnum, cdinfo_dbp->disc.tnum == NULL ? "?" : cdinfo_dbp->disc.tnum ); (void) fprintf(fp, "\n", fp); (void) fprintf(fp, "\n", fp); (void) fputs("
Total time: %02d:%02d" "
Primary genre: ", tdparms2, tdparms2 ); util_html_fputs(gname, fp, FALSE, NULL, 0); (void) fputs("
Secondary genre: ", tdparms2, tdparms2 ); util_html_fputs(cdinfo_genre_name(cdinfo_dbp->disc.genre2), fp, FALSE, NULL, 0); (void) fputs("
Xmcd disc ID: %08x
Artist full name: ", tdparms2, tdparms2 ); if (cdinfo_dbp->disc.artistfname.lastname != NULL) { util_html_fputs(cdinfo_dbp->disc.artistfname.lastname, fp, FALSE, NULL, 0); (void) fputs(", ", fp); } if (cdinfo_dbp->disc.artistfname.firstname != NULL) { util_html_fputs(cdinfo_dbp->disc.artistfname.firstname, fp, FALSE, NULL, 0); } if (cdinfo_dbp->disc.artistfname.the != NULL) { (void) fputs(", ", fp); util_html_fputs(cdinfo_dbp->disc.artistfname.the, fp, FALSE, NULL, 0); } (void) fputs("
Sort title: ", tdparms2, tdparms2 ); if (cdinfo_dbp->disc.sorttitle != NULL) { util_html_fputs(cdinfo_dbp->disc.sorttitle, fp, FALSE, NULL, 0); } if (cdinfo_dbp->disc.title_the != NULL) { (void) fputs(", ", fp); util_html_fputs(cdinfo_dbp->disc.title_the, fp, FALSE, NULL, 0); } (void) fputs("
Year: %s
Record label: ", tdparms2, tdparms2 ); if (cdinfo_dbp->disc.label != NULL) util_html_fputs(cdinfo_dbp->disc.label, fp, FALSE, NULL, 0); (void) fputs("
Compilation: %s
Disc: %s of %s
Region: ", tdparms2, tdparms2 ); util_html_fputs(cdinfo_region_name(cdinfo_dbp->disc.region), fp, FALSE, NULL, 0); (void) fputs("
Language: ", tdparms2, tdparms2 ); util_html_fputs(cdinfo_lang_name(cdinfo_dbp->disc.lang), fp, FALSE, NULL, 0); (void) fputs("
\n", fp); /* Big info table */ (void) fprintf(fp, "

\n\n", tblparms2); (void) fputs("\n", fp); (void) fprintf(fp, "\n", tdparms1); (void) fprintf(fp, "\n", tdparms1); (void) fprintf(fp, "\n", tdparms1); (void) fprintf(fp, "\n", tdparms1); (void) fprintf(fp, "\n", tdparms1); (void) fprintf(fp, "\n", tdparms1); (void) fprintf(fp, "\n", tdparms1); (void) fprintf(fp, "\n", tdparms1); (void) fprintf(fp, "\n", tdparms1); (void) fprintf(fp, "\n", tdparms1); (void) fputs("\n", fp); ntrkrows = 0; for (i = 0; i < (int) s->tot_trks; i++) { int min, sec, secs; secs = ((s->trkinfo[i+1].min * 60 + s->trkinfo[i+1].sec) - (s->trkinfo[i].min * 60 + s->trkinfo[i].sec)); min = (byte_t) (secs / 60); sec = (byte_t) (secs % 60); (void) fprintf(fp, "\n\n", tdparms1, s->trkinfo[i].trkno ); (void) fprintf(fp, "\n", tdparms1, s->trkinfo[i].min, s->trkinfo[i].sec); (void) fprintf(fp, "\n", tdparms1, min, sec); if (cdinfo_dbp->track[i].artist == NULL) { (void) fprintf(fp, "\n", tdparms2 ); } else { (void) fprintf(fp, "\n", fp); } if (cdinfo_dbp->track[i].title == NULL) { (void) fprintf(fp, "\n", tdparms2, app_data.str_unkntrk ); } else { (void) fprintf(fp, "\n", fp); } (void) fprintf(fp, "\n", fp); (void) fprintf(fp, "\n", fp); (void) fprintf(fp, "\n", tdparms2, cdinfo_dbp->track[i].bpm == NULL ? " " : cdinfo_dbp->track[i].bpm); (void) fprintf(fp, "\n", tdparms2, cdinfo_dbp->track[i].year == NULL ? " " : cdinfo_dbp->track[i].year); (void) fprintf(fp, "\n\n", fp); /* Count the number of rows needed for track credits and * track notes */ for (cp = cdinfo_dbp->track[i].credit_list; cp != NULL; cp = cp->next) ntrkrows++; if (cdinfo_dbp->track[i].notes != NULL) ntrkrows++; } (void) fputs("\n", fp); /* Album credits and notes */ ncreds = 0; for (cp = cdinfo_dbp->disc.credit_list; cp != NULL; cp = cp->next) ncreds++; nrows = ncreds + (cdinfo_dbp->disc.notes == NULL ? 0 : 1); if (nrows > 0) { first = TRUE; (void) fprintf(fp, "\n\n", tdparms3, nrows ); /* credits */ for (cp = cdinfo_dbp->disc.credit_list; cp != NULL; cp = cp->next) { if (first) first = FALSE; else (void) fputs("\n", fp); (void) fprintf(fp, "\n", fp); (void) fprintf(fp, "\n\n", fp); } /* notes */ if (cdinfo_dbp->disc.notes != NULL) { if (!first) (void) fputs("\n", fp); (void) fprintf(fp, "\n\n", fp); } } /* Track credits and notes */ if (ntrkrows > 0) { (void) fprintf(fp, "\n", tdparms3, ntrkrows); for (i = 0; i < (int) s->tot_trks; i++) { if (cdinfo_dbp->track[i].credit_list == NULL && cdinfo_dbp->track[i].notes == NULL) continue; ncreds = 0; for (cp = cdinfo_dbp->track[i].credit_list; cp != NULL; cp = cp->next) ncreds++; nrows = ncreds + (cdinfo_dbp->track[i].notes == NULL ? 0 : 1); (void) fprintf(fp, "\n", tdparms3, nrows, (int) s->trkinfo[i].trkno); first = TRUE; /* credits */ for (cp = cdinfo_dbp->track[i].credit_list; cp != NULL; cp = cp->next) { if (first) first = FALSE; else (void) fputs("\n", fp); (void) fprintf(fp, "\n", fp); (void) fprintf(fp, "\n\n", fp); } /* notes */ if (cdinfo_dbp->track[i].notes != NULL) { if (!first) (void) fputs("\n", fp); (void) fprintf(fp, "\n\n", fp); } } } (void) fputs("
TrackStartLengthArtistTitlePri genreSec genreBPMYearRecord label
%d%02d:%02d%02d:%02d ", tdparms2); if (srchact != NULL) { p = cdinfo_txtreduce( cdinfo_dbp->track[i].artist, TRUE ); (void) fprintf(fp, "", srchact, p ); MEM_FREE(p); } util_html_fputs( cdinfo_dbp->track[i].artist, fp, FALSE, NULL, 0 ); if (srchact != NULL) (void) fputs("", fp); (void) fputs("(%s)", tdparms2); if (srchact != NULL) { p = cdinfo_txtreduce( cdinfo_dbp->track[i].title, TRUE ); (void) fprintf(fp, "", srchact, p ); MEM_FREE(p); } util_html_fputs( cdinfo_dbp->track[i].title, fp, FALSE, NULL, 0 ); if (srchact != NULL) (void) fputs("", fp); (void) fputs("", tdparms2); util_html_fputs(cdinfo_genre_name(cdinfo_dbp->track[i].genre), fp, FALSE, NULL, 0); fputs(" ", tdparms2); util_html_fputs(cdinfo_genre_name(cdinfo_dbp->track[i].genre2), fp, FALSE, NULL, 0); fputs(" %s%s", tdparms2); if (cdinfo_dbp->track[i].label != NULL) util_html_fputs(cdinfo_dbp->track[i].label, fp, FALSE, NULL, 0); else (void) fputs(" ", fp); (void) fputs("
 
Album
" "Credits
& Notes
", tdparms2); if (cp->crinfo.name != NULL) { if (srchact != NULL) { p = cdinfo_txtreduce(cp->crinfo.name, TRUE); (void) fprintf(fp, "", srchact, p ); MEM_FREE(p); } (void) fputs(cp->crinfo.name, fp); if (srchact != NULL) (void) fputs("", fp); } else (void) fputs("unknown", fp); (void) fputs(" (", fp); if (cp->crinfo.role != NULL) util_html_fputs(cp->crinfo.role->name, fp, FALSE, NULL, 0); else fputs("unknown", fp); (void) fputs(")", tdparms2); if (cp->notes != NULL) util_html_fputs(cp->notes, fp, TRUE, "courier", -1); else (void) fputs(" ", fp); (void) fputs("
", tdparms2); util_html_fputs(cdinfo_dbp->disc.notes, fp, TRUE, "courier", -1); (void) fputs("
" "Track
Credits
& Notes		Track %d
", tdparms2); if (cp->crinfo.name != NULL) { if (srchact != NULL) { p = cdinfo_txtreduce( cp->crinfo.name, TRUE ); (void) fprintf(fp, "", srchact, p ); MEM_FREE(p); } (void) fputs(cp->crinfo.name, fp); if (srchact != NULL) (void) fputs("", fp); } else (void) fputs("unknown", fp); (void) fputs(" (", fp); if (cp->crinfo.role != NULL) util_html_fputs(cp->crinfo.role->name, fp, TRUE, NULL, 0); else (void) fputs("unknown", fp); (void) fputs(")", tdparms2); if (cp->notes == NULL) (void) fputs(" ", fp); else util_html_fputs(cp->notes, fp, TRUE, "courier", -1); (void) fputs("
", tdparms2); util_html_fputs(cdinfo_dbp->track[i].notes, fp, TRUE, "courier", -1); (void) fputs("
\n", fp); /* end of

*/ (void) fputs("
\n

\n", fp); /* Local discography */ (void) fputs("

Local Discography

\n

\n

\n

\n", fp); /* Directory info */ (void) fprintf(fp, "

\nThis directory: %s
\n", outdir); (void) fputs("\n\n", fp); if (srchact != NULL) MEM_FREE(srchact); (void) fclose(fp); if (newdiscog) { /* Generate local discography index for the primary genre */ gpath = cdinfo_genre_path(cdinfo_dbp->disc.genre); cmd = (char *) MEM_ALLOC("genidx_cmd", strlen(gpath) + STR_BUF_SZ ); if (cmd == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } #ifdef __VMS (void) sprintf(cmd, "genidx %s", gpath); #else (void) sprintf(cmd, "genidx %s >/dev/null 2>&1 &", gpath); #endif DBGPRN(DBG_CDI)(errfp, "\nGenerating local discography index for %s\n", gpath); (void) util_runcmd(cmd, cdinfo_clinfo->workproc, cdinfo_clinfo->arg); MEM_FREE(cmd); } if (cdinfo_dbp->disc.genre2 != NULL) { gpath = cdinfo_genre_path(cdinfo_dbp->disc.genre2); #ifdef __VMS (void) sprintf(filepath, "%s.discog.%s]index.html", app_data.libdir, gpath); if ((p = util_vms_urlconv(filepath, VMS_2_UNIX)) != NULL) { (void) strncpy(filepath, p, sizeof(filepath)-1); filepath[sizeof(filepath)-1] = '\0'; MEM_FREE(p); } #else (void) sprintf(filepath, "%s/%s/%s/index.html", outdir, dhome, gpath); #endif if (stat(filepath, &stbuf) < 0 && errno == ENOENT) { /* Generate local discography index for the * secondary genre, if applicable */ cmd = (char *) MEM_ALLOC("genidx_cmd", strlen(gpath) + STR_BUF_SZ ); if (cmd == NULL) { CDINFO_FATAL(app_data.str_nomemory); return FALSE; } #ifdef __VMS (void) sprintf(cmd, "genidx %s", gpath); #else (void) sprintf(cmd, "genidx %s >/dev/null 2>&1 &", gpath); #endif DBGPRN(DBG_CDI)(errfp, "\nGenerating local discography index for %s\n", gpath); (void) util_runcmd(cmd, cdinfo_clinfo->workproc, cdinfo_clinfo->arg); MEM_FREE(cmd); } } return TRUE; } /* * cdinfo_map_cdtext * Move CD-TEXT data to the incore CD information main structure. * * Args: * s - Pointer to the curstat_t structure. * cdt - Pointer to the di_cdtext_t structure. * * Return: * Nothing. */ void cdinfo_map_cdtext(curstat_t *s, di_cdtext_t *cdt) { int i; char *cp = NULL; if (cdinfo_dbp == NULL || cdt == NULL) return; /* Disc artist and title */ cdinfo_dbp->disc.artist = cdt->disc.performer; cdinfo_dbp->disc.title = cdt->disc.title; cdt->disc.performer = NULL; cdt->disc.title = NULL; /* Media catalog number (UPC/MCN) */ (void) strncpy(s->mcn, cdt->disc.catno, sizeof(s->mcn) - 1); s->mcn[sizeof(s->mcn) - 1] = '\0'; MEM_FREE(cdt->disc.catno); cdt->disc.catno = NULL; /* Disc identification, songwriter, composer, composer and message: * put in the notes field */ if (cdt->ident != NULL) { cp = (char *) MEM_ALLOC("ident", strlen(cdt->ident) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "Identification:\t%s\n", cdt->ident); MEM_FREE(cdt->ident); cdt->ident = NULL; } if (cdt->disc.songwriter != NULL) { if (cp == NULL) { cp = (char *) MEM_ALLOC("songwriter", strlen(cdt->disc.songwriter) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "Songwriter:\t%s\n", cdt->disc.songwriter); } else { cp = (char *) MEM_REALLOC("songwriter", cp, strlen(cp) + strlen(cdt->disc.songwriter) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "%sSongwriter:\t%s\n", cp, cdt->disc.songwriter); } MEM_FREE(cdt->disc.songwriter); cdt->disc.songwriter = NULL; } if (cdt->disc.composer != NULL) { if (cp == NULL) { cp = (char *) MEM_ALLOC("composer", strlen(cdt->disc.composer) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "Composer:\t%s\n", cdt->disc.composer); } else { cp = (char *) MEM_REALLOC("composer", cp, strlen(cp) + strlen(cdt->disc.composer) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "%sComposer:\t%s\n", cp, cdt->disc.composer); } MEM_FREE(cdt->disc.composer); cdt->disc.composer = NULL; } if (cdt->disc.arranger != NULL) { if (cp == NULL) { cp = (char *) MEM_ALLOC("arranger", strlen(cdt->disc.arranger) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "Composer:\t%s\n", cdt->disc.arranger); } else { cp = (char *) MEM_REALLOC("arranger", cp, strlen(cp) + strlen(cdt->disc.arranger) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "%sArranger:\t\t%s\n", cp, cdt->disc.arranger); } MEM_FREE(cdt->disc.arranger); cdt->disc.arranger = NULL; } if (cdt->disc.message != NULL) { if (cp == NULL) { cp = (char *) MEM_ALLOC("message", strlen(cdt->disc.message) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "Composer:\t%s\n", cdt->disc.message); } else { cp = (char *) MEM_REALLOC("message", cp, strlen(cp) + strlen(cdt->disc.message) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "%s\n%s\n", cp, cdt->disc.message); } MEM_FREE(cdt->disc.message); cdt->disc.message = NULL; } cdinfo_dbp->disc.notes = cp; for (i = 0; i < (int) s->tot_trks; i++) { /* Track artist, title and ISRC */ cdinfo_dbp->track[i].artist = cdt->track[i].performer; cdinfo_dbp->track[i].title = cdt->track[i].title; cdinfo_dbp->track[i].isrc = cdt->track[i].catno; cdt->track[i].performer = NULL; cdt->track[i].title = NULL; cdt->track[i].catno = NULL; /* Track songwriter, composer, arranger and message: * put in the notes section. */ cp = NULL; if (cdt->track[i].songwriter != NULL) { cp = (char *) MEM_ALLOC("songwriter", strlen(cdt->track[i].songwriter) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "Songwriter:\t%s\n", cdt->track[i].songwriter); MEM_FREE(cdt->track[i].songwriter); cdt->track[i].songwriter = NULL; } if (cdt->track[i].composer != NULL) { if (cp == NULL) { cp = (char *) MEM_ALLOC("composer", strlen(cdt->track[i].composer) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "Composer:\t%s\n", cdt->track[i].composer); } else { cp = (char *) MEM_REALLOC("composer", cp, strlen(cp) + strlen(cdt->track[i].composer) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "%sComposer:\t%s\n", cp, cdt->track[i].composer); } MEM_FREE(cdt->track[i].composer); cdt->track[i].composer = NULL; } if (cdt->track[i].arranger != NULL) { if (cp == NULL) { cp = (char *) MEM_ALLOC("arranger", strlen(cdt->track[i].arranger) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "Composer:\t%s\n", cdt->track[i].arranger); } else { cp = (char *) MEM_REALLOC("arranger", cp, strlen(cp) + strlen(cdt->track[i].arranger) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "%sArranger:\t%s\n", cp, cdt->track[i].arranger); } MEM_FREE(cdt->track[i].arranger); cdt->track[i].arranger = NULL; } if (cdt->track[i].message != NULL) { if (cp == NULL) { cp = (char *) MEM_ALLOC("message", strlen(cdt->track[i].message) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "Composer:\t%s\n", cdt->track[i].message); } else { cp = (char *) MEM_REALLOC("message", cp, strlen(cp) + strlen(cdt->track[i].message) + 16 ); if (cp == NULL) { CDINFO_FATAL(app_data.str_nomemory); return; } (void) sprintf(cp, "%s\n%s\n", cp, cdt->track[i].message); } MEM_FREE(cdt->track[i].message); cdt->track[i].message = NULL; } cdinfo_dbp->track[i].notes = cp; } }