bool Launcher::UnshieldThread::extract_file(Unshield* unshield, bfs::path output_dir, const char* prefix, int index) { bool success; bfs::path dirname; bfs::path filename; int directory = unshield_file_directory(unshield, index); dirname = output_dir; if (prefix && prefix[0]) dirname /= prefix; if (directory >= 0) { const char* tmp = unshield_directory_name(unshield, directory); if (tmp && tmp[0]) fill_path(dirname, tmp); } make_sure_directory_exists(dirname); filename = dirname; filename /= unshield_file_name(unshield, index); emit signalGUI(QString("Extracting: ") + QString(filename.c_str())); success = unshield_file_save(unshield, index, filename.c_str()); if (!success) bfs::remove(filename); return success; }
int big_manif(char **mav, t_path **path, t_env **lenv, t_cd *cd) { char **env; int check; check = compar_carac(mav); (*path) = NULL; fill_path(path, get_value_from_line(search_varenv((*lenv), "PATH"))); path_list(path, get_value_from_line(search_varenv((*lenv), "PWD"))); if (check == 0) check = check_spec(mav, lenv, cd); if (check == 0) { tabenv(*lenv, &env); my_exec((*path), mav, env); free_envtab(env); } return (check); }
static int check_fct(char **cmd, char **env, t_duo **env_cpy) { char **path; char *tmp; int i; tmp = get_env(env_cpy, "PATH"); if (tmp == NULL) fill_path(&path); else path = read_n_check(":", tmp); i = 0; while (path[i]) { tmp = join_exe(path[i], cmd[0]); execve(tmp, cmd, env); i++; } free(tmp); return (0); }
int init_env(char **env, t_duo **env_cpy) { char **cpy; cpy = NULL; if (tbl_len(env) == 0) fill_path(&cpy); if (cpy) { *env_cpy = tbl_to_duo(cpy, '='); free_tab(&cpy); } else *env_cpy = tbl_to_duo(env, '='); if (env_cpy == NULL && *env_cpy == NULL) return (sh_error(FALSE, 6, NULL, NULL)); del_env(env_cpy, "OLDPWD"); savior_env(*env_cpy, TRUE); sh_lvl(); savior_env(*env_cpy, TRUE); return (TRUE); }
void ps_printer::draw(int code, int *p, int np, const environment *env) { if (invis_count > 0) return; flush_sbuf(); int fill_flag = 0; switch (code) { case 'C': fill_flag = 1; // fall through case 'c': // troff adds an extra argument to C if (np != 1 && !(code == 'C' && np == 2)) { error("1 argument required for circle"); break; } out.put_fix_number(env->hpos + p[0]/2) .put_fix_number(env->vpos) .put_fix_number(p[0]/2) .put_symbol("DC"); if (fill_flag) fill_path(env); else { set_line_thickness_and_color(env); out.put_symbol("ST"); } break; case 'l': if (np != 2) { error("2 arguments required for line"); break; } set_line_thickness_and_color(env); out.put_fix_number(p[0] + env->hpos) .put_fix_number(p[1] + env->vpos) .put_fix_number(env->hpos) .put_fix_number(env->vpos) .put_symbol("DL"); break; case 'E': fill_flag = 1; // fall through case 'e': if (np != 2) { error("2 arguments required for ellipse"); break; } out.put_fix_number(p[0]) .put_fix_number(p[1]) .put_fix_number(env->hpos + p[0]/2) .put_fix_number(env->vpos) .put_symbol("DE"); if (fill_flag) fill_path(env); else { set_line_thickness_and_color(env); out.put_symbol("ST"); } break; case 'P': fill_flag = 1; // fall through case 'p': { if (np & 1) { error("even number of arguments required for polygon"); break; } if (np == 0) { error("no arguments for polygon"); break; } out.put_fix_number(env->hpos) .put_fix_number(env->vpos) .put_symbol("MT"); for (int i = 0; i < np; i += 2) out.put_fix_number(p[i]) .put_fix_number(p[i+1]) .put_symbol("RL"); out.put_symbol("CL"); if (fill_flag) fill_path(env); else { set_line_thickness_and_color(env); out.put_symbol("ST"); } break; } case '~': { if (np & 1) { error("even number of arguments required for spline"); break; } if (np == 0) { error("no arguments for spline"); break; } out.put_fix_number(env->hpos) .put_fix_number(env->vpos) .put_symbol("MT"); out.put_fix_number(p[0]/2) .put_fix_number(p[1]/2) .put_symbol("RL"); /* tnum/tden should be between 0 and 1; the closer it is to 1 the tighter the curve will be to the guiding lines; 2/3 is the standard value */ const int tnum = 2; const int tden = 3; for (int i = 0; i < np - 2; i += 2) { out.put_fix_number((p[i]*tnum)/(2*tden)) .put_fix_number((p[i + 1]*tnum)/(2*tden)) .put_fix_number(p[i]/2 + (p[i + 2]*(tden - tnum))/(2*tden)) .put_fix_number(p[i + 1]/2 + (p[i + 3]*(tden - tnum))/(2*tden)) .put_fix_number((p[i] - p[i]/2) + p[i + 2]/2) .put_fix_number((p[i + 1] - p[i + 1]/2) + p[i + 3]/2) .put_symbol("RC"); } out.put_fix_number(p[np - 2] - p[np - 2]/2) .put_fix_number(p[np - 1] - p[np - 1]/2) .put_symbol("RL"); set_line_thickness_and_color(env); out.put_symbol("ST"); } break; case 'a': { if (np != 4) { error("4 arguments required for arc"); break; } set_line_thickness_and_color(env); double c[2]; if (adjust_arc_center(p, c)) out.put_fix_number(env->hpos + int(c[0])) .put_fix_number(env->vpos + int(c[1])) .put_fix_number(int(sqrt(c[0]*c[0] + c[1]*c[1]))) .put_float(degrees(atan2(-c[1], -c[0]))) .put_float(degrees(atan2(p[1] + p[3] - c[1], p[0] + p[2] - c[0]))) .put_symbol("DA"); else out.put_fix_number(p[0] + p[2] + env->hpos) .put_fix_number(p[1] + p[3] + env->vpos) .put_fix_number(env->hpos) .put_fix_number(env->vpos) .put_symbol("DL"); } break; case 't': if (np == 0) line_thickness = -1; else { // troff gratuitously adds an extra 0 if (np != 1 && np != 2) { error("0 or 1 argument required for thickness"); break; } line_thickness = p[0]; } break; default: error("unrecognised drawing command `%1'", char(code)); break; } output_hpos = output_vpos = -1; }
/* * Input a RFC news message. */ int rfc2ftn(FILE *fp) { char sbe[16], *p, *q, *temp, *origin, newsubj[4 * (MAXSUBJ+1)], *oldsubj; int i, rc, newsmode, seenlen, oldnet; rfcmsg *msg = NULL, *tmsg, *tmp; ftnmsg *fmsg = NULL; FILE *ofp, *qfp; fa_list *sbl = NULL, *ptl = NULL, *tmpl; faddr *ta, *fta; int sot_kludge = FALSE, eot_kludge = FALSE, tinyorigin = FALSE; int needsplit, hdrsize, datasize, splitpart, forbidsplit, rfcheaders; time_t Now; struct tm *l_date; char *charset = NULL; temp = calloc(4097, sizeof(char)); Syslog('m', "Entering rfc2ftn"); rewind(fp); msg = parsrfc(fp); newsmode = hdr((char *)"Newsgroups", msg) ?TRUE:FALSE; if (newsmode == FALSE) { WriteError("Not a news article"); return 1; } if ((fmsg = mkftnhdr(msg, newsmode, NULL)) == NULL) { WriteError("Unable to create FTN headers from RFC ones, aborting"); tidyrfc(msg); return 1; } fmsg->area = xstrcpy(msgs.Tag); if ((p = hdr((char *)"Message-ID",msg))) { ftnmsgid(p, &fmsg->msgid_a, &fmsg->msgid_n, fmsg->area); hash_update_s(&fmsg->msgid_n, fmsg->area); } if ((p = hdr((char *)"References",msg))) { p = strrchr(p,' '); ftnmsgid(p,&fmsg->reply_a, &fmsg->reply_n,fmsg->area); //Griffin fmsg->reply_s=calloc(256,sizeof(char)); findorigmsg(p,fmsg->reply_s); fmsg->to->name=calloc(strlen(Msg.From)+1,sizeof(char)); strcpy(fmsg->to->name,Msg.From); Syslog('m', "fmsg to-name %s",fmsg->to->name); Syslog('m', "reply_s %s",fmsg->reply_s); if (!chkftnmsgid(p)) { hash_update_s(&fmsg->reply_n, fmsg->area); } } else if ((p = hdr((char *)"In-Reply-To",msg))) { ftnmsgid(p,&fmsg->reply_a, &fmsg->reply_n,fmsg->area); if (!chkftnmsgid(p)) { hash_update_s(&fmsg->reply_n, fmsg->area); } } chkftnmsgid(hdr((char *)"Message-ID",msg)); // ?? removemime = FALSE; removemsgid = FALSE; removeref = FALSE; removeinreply = FALSE; removereplyto = TRUE; removereturnto = TRUE; ftnorigin = fmsg->ftnorigin; q = hdr((char *)"Content-Transfer-Encoding",msg); if (q) while (*q && isspace(*q)) q++; if (!(q)) q = (char *)"8bit"; if ((p = hdr((char *)"Content-Type",msg))) { while (*p && isspace(*p)) p++; /* * Check for mime to remove. */ if ((strncasecmp(p, "text/plain", 10) == 0) && ((q == NULL) || (strncasecmp(q,"7bit",4) == 0) || (strncasecmp(q,"8bit",4) == 0))) { removemime = TRUE; /* no need in MIME headers */ } q = strtok(p, " \n\0"); q = strtok(NULL, "; \n\0"); if (q) { while (*q && isspace(*q)) q++; Syslog('m', "charset part: %s", printable(q, 0)); if (q && (strncasecmp(q, "charset=", 8) == 0)) { /* * google.com quotes the charset name */ if (strchr(q, '"')) { charset = xstrcpy(q + 9); charset[strlen(charset)-1] = '\0'; Syslog('m', "Unquoted charset name"); } else { charset = xstrcpy(q + 8); } Syslog('m', "Charset \"%s\"", printable(charset, 0)); } } } if (charset == NULL) { charset = xstrcpy((char *)"ISO-8859-1"); Syslog('m', "No charset, setting default to iso-8859-1"); } chartran_init(charset, get_ic_ftn(msgs.Charset), 'm'); if ((p = hdr((char *)"Message-ID",msg))) { if (!removemsgid) removemsgid = chkftnmsgid(p); } if ((!removeref) && (p = hdr((char *)"References",msg))) { p = xstrcpy(p); q = strtok(p," \t\n"); if ((q) && (strtok(NULL," \t\n") == NULL)) removeref = chkftnmsgid(q); free(p); } if ((p = hdr((char *)"Reply-To",msg))) { removereplyto = FALSE; if ((q = hdr((char *)"From",msg))) { char *r; r = xstrcpy(p); p = r; while(*p && isspace(*p)) p++; if (p[strlen(p)-1] == '\n') p[strlen(p)-1]='\0'; if (strcasestr(q,p)) removereplyto = TRUE; } } if ((p = hdr((char *)"Return-Receipt-To",msg))) { removereturnto = FALSE; if ((q = hdr((char *)"From",msg))) { char *r; r = xstrcpy(p); p = r; while (*p && isspace(*p)) p++; if (p[strlen(p)-1] == '\n') p[strlen(p)-1]='\0'; if (strcasestr(q,p)) removereturnto = TRUE; } } Syslog('m', "removemime=%s removemsgid=%s removeref=%s removeinreply=%s removereplyto=%s removereturnto=%s", removemime ?"TRUE ":"FALSE", removemsgid ?"TRUE ":"FALSE", removeref ?"TRUE ":"FALSE", removeinreply ?"TRUE ":"FALSE", removereplyto ?"TRUE ":"FALSE", removereturnto ?"TRUE ":"FALSE"); p = ascfnode(fmsg->from,0x1f); i = 79-11-3-strlen(p); if (ftnorigin && fmsg->origin && (strlen(fmsg->origin) > i)) { /* This is a kludge... I don't like it too much. But well, if this is a message of FTN origin, the original origin (:) line MUST have been short enough to fit in 79 chars... So we give it a try. Probably it would be better to keep the information about the address format from the origin line in a special X-FTN-... header, but this seems even less elegant. Any _good_ ideas, anyone? */ /* OK, I am keeping this, though if should never be used al long as X-FTN-Origin is used now */ p = ascfnode(fmsg->from,0x0f); Syslog('m', "checkorigin 3"); i = 79-11-3-strlen(p); tinyorigin = TRUE; } if (tinyorigin) Syslog('m', "tinyorigin = %s", tinyorigin ? "True":"False"); if ((fmsg->origin) && (strlen(fmsg->origin) > i)) fmsg->origin[i]='\0'; forbidsplit = (ftnorigin || ((p = hdr((char *)"X-FTN-Split",msg)) && (strcasecmp(p," already\n") == 0))); needsplit = 0; splitpart = 0; hdrsize = 20; hdrsize += (fmsg->subj)?strlen(fmsg->subj):0; if (fmsg->from) hdrsize += (fmsg->from->name)?strlen(fmsg->from->name):0; if (fmsg->to) hdrsize += (fmsg->to->name)?strlen(fmsg->to->name):0; do { Syslog('m', "split loop, splitpart = %d", splitpart); datasize = 0; if (splitpart) { snprintf(newsubj,4 * (MAXSUBJ+1),"[part %d] ",splitpart+1); strncat(newsubj,fmsg->subj,MAXSUBJ-strlen(newsubj)); } else { strncpy(newsubj,fmsg->subj,MAXSUBJ); } newsubj[MAXSUBJ]='\0'; if (splitpart) { hash_update_n(&fmsg->msgid_n,splitpart); } oldsubj = fmsg->subj; fmsg->subj = newsubj; /* * Create a new temp message in FTN style format */ if ((ofp = tmpfile()) == NULL) { WriteError("$Can't open second tmpfile"); tidyrfc(msg); return 1; } if ((fmsg->msgid_a == NULL) && (fmsg->msgid_n == 0)) { Syslog('n', "No Messageid from poster, creating new MSGID"); fprintf(ofp, "\001MSGID: %s %08x\n", aka2str(msgs.Aka), sequencer()); } else { fprintf(ofp, "\001MSGID: %s %08x\n", MBSE_SS(fmsg->msgid_a),fmsg->msgid_n); } if (fmsg->reply_s) fprintf(ofp, "\1REPLY: %s\n", fmsg->reply_s); else if (fmsg->reply_a) fprintf(ofp, "\1REPLY: %s %08x\n", fmsg->reply_a, fmsg->reply_n); Now = time(NULL) - (gmt_offset((time_t)0) * 60); fprintf(ofp, "\001TZUTC: %s\n", gmtoffset(Now)); fprintf(ofp, "\001CHRS: %s\n", getftnchrs(msgs.Charset)); fmsg->subj = oldsubj; if ((p = hdr((char *)"X-FTN-REPLYADDR",msg))) { hdrsize += 10+strlen(p); fprintf(ofp,"\1REPLYADDR:"); kludgewrite(p,ofp); } else if (replyaddr) { hdrsize += 10+strlen(replyaddr); fprintf(ofp,"\1REPLYADDR: "); kludgewrite(replyaddr,ofp); } if ((p = hdr((char *)"X-FTN-REPLYTO",msg))) { hdrsize += 8+strlen(p); fprintf(ofp,"\1REPLYTO:"); kludgewrite(p,ofp); } else if (replyaddr) { hdrsize += 15; if (newsmode) fprintf(ofp,"\1REPLYTO: %s UUCP\n", aka2str(msgs.Aka)); else { fta = bestaka_s(fmsg->to); fprintf(ofp,"\1REPLYTO: %s UUCP\n", ascfnode(fta, 0x1f)); tidy_faddr(fta); } } else if ((p = hdr((char *)"Reply-To",msg))) { if ((ta = parsefaddr(p))) { if ((q = hdr((char *)"From",msg))) { if (!strcasestr(q,p)) { fprintf(ofp,"\1REPLYTO: %s %s\n", ascfnode(ta,0x1f), ta->name); } } tidy_faddr(ta); } } if ((p=strip_flags(hdr((char *)"X-FTN-FLAGS",msg)))) { hdrsize += 15; fprintf(ofp,"\1FLAGS:%s\n",p); free(p); } if (!hdr((char *)"X-FTN-PID", msg)) { p = hdr((char *)"User-Agent", msg); if (p == NULL) p = hdr((char *)"X-Newsreader", msg); if (p == NULL) p = hdr((char *)"X-Mailer", msg); if (p) { hdrsize += 4 + strlen(p); fprintf(ofp, "\1PID:"); kludgewrite(p, ofp); } else { fprintf(ofp, "\001PID: MBSE-NNTPD %s (%s-%s)\n", VERSION, OsName(), OsCPU()); } } if (!(hdr((char *)"X-FTN-Tearline", msg)) && !(hdr((char *)"X-FTN-TID", msg))) { snprintf(temp, 4096, " MBSE-NNTPD %s (%s-%s)", VERSION, OsName(), OsCPU()); hdrsize += 4 + strlen(temp); fprintf(ofp, "\1TID:"); kludgewrite(temp, ofp); } if ((splitpart == 0) || (hdrsize < MAXHDRSIZE)) { for (tmp = msg; tmp; tmp = tmp->next) { if ((!strncmp(tmp->key,"X-Fsc-",6)) || (!strncmp(tmp->key,"X-FTN-",6) && strcasecmp(tmp->key,"X-FTN-Tearline") && strcasecmp(tmp->key,"X-FTN-Origin") && strcasecmp(tmp->key,"X-FTN-Sender") && strcasecmp(tmp->key,"X-FTN-Split") && strcasecmp(tmp->key,"X-FTN-FLAGS") && strcasecmp(tmp->key,"X-FTN-AREA") && strcasecmp(tmp->key,"X-FTN-MSGID") && strcasecmp(tmp->key,"X-FTN-REPLY") && strcasecmp(tmp->key,"X-FTN-SEEN-BY") && strcasecmp(tmp->key,"X-FTN-PATH") && strcasecmp(tmp->key,"X-FTN-REPLYADDR") && strcasecmp(tmp->key,"X-FTN-REPLYTO") && strcasecmp(tmp->key,"X-FTN-To") && strcasecmp(tmp->key,"X-FTN-From") && strcasecmp(tmp->key,"X-FTN-CHARSET") && strcasecmp(tmp->key,"X-FTN-CHRS") && strcasecmp(tmp->key,"X-FTN-CODEPAGE") && strcasecmp(tmp->key,"X-FTN-ORIGCHRS") && strcasecmp(tmp->key,"X-FTN-SOT") && strcasecmp(tmp->key,"X-FTN-EOT") && strcasecmp(tmp->key,"X-FTN-Via"))) { if ((strcasecmp(tmp->key,"X-FTN-KLUDGE") == 0)) { if (!strcasecmp(tmp->val," SOT:\n")) sot_kludge = TRUE; else if (!strcasecmp(tmp->val," EOT:\n")) eot_kludge = TRUE; else { hdrsize += strlen(tmp->val); fprintf(ofp,"\1"); /* we should have restored the original string here... */ kludgewrite((tmp->val)+1,ofp); } } else { hdrsize += strlen(tmp->key)+strlen(tmp->val); fprintf(ofp,"\1%s:",tmp->key+6); kludgewrite(tmp->val,ofp); } } } /* ZConnect are X-ZC-*: in usenet, \1ZC-*: in FTN */ for (tmp=msg;tmp;tmp=tmp->next) if ((!strncmp(tmp->key,"X-ZC-",5))) { hdrsize += strlen(tmp->key)+strlen(tmp->val); fprintf(ofp,"\1%s:",tmp->key+2); kludgewrite(tmp->val,ofp); } /* mondo.org gateway uses ".MSGID: ..." in usenet */ for (tmp=msg;tmp;tmp=tmp->next) if ((!strncmp(tmp->key,".",1)) && (strcasecmp(tmp->key,".MSGID"))) { hdrsize += strlen(tmp->key)+strlen(tmp->val); fprintf(ofp,"\1%s:",tmp->key+1); kludgewrite(tmp->val,ofp); } for (tmp = msg; tmp; tmp = tmp->next) { if ((needputrfc(tmp, newsmode) == 1)) { if (strcasestr((char *)"X-Origin-Newsgroups",tmp->key)) { hdrsize += 10+strlen(tmp->val); fprintf(ofp,"\1RFC-Newsgroups:"); } else { hdrsize += strlen(tmp->key)+strlen(tmp->val); fprintf(ofp,"\1RFC-%s:",tmp->key); } kludgewrite(tmp->val, ofp); } } rfcheaders=0; for (tmp=msg;tmp;tmp=tmp->next) { if ((needputrfc(tmp, newsmode) > 1)) { rfcheaders++; if (strcasestr((char *)"X-Origin-Newsgroups",tmp->key)) { hdrsize += 10+strlen(tmp->val); fprintf(ofp,"Newsgroups:"); } else { hdrsize += strlen(tmp->key)+strlen(tmp->val); fprintf(ofp,"%s:",tmp->key); } charwrite(tmp->val, ofp); } } if (rfcheaders) charwrite((char *)"\n",ofp); if ((hdr((char *)"X-FTN-SOT",msg)) || (sot_kludge)) fprintf(ofp,"\1SOT:\n"); } if (replyaddr) { replyaddr = NULL; } if (needsplit) { fprintf(ofp," * Continuation %d of a split message *\n\n", splitpart); needsplit = FALSE; } else if ((p=hdr((char *)"X-Body-Start",msg))) { datasize += strlen(p); charwrite(p, ofp); } while (!(needsplit=(!forbidsplit) && (((splitpart && (datasize > (CFG.new_split * 1024))) || (!splitpart && ((datasize+hdrsize) > (CFG.new_split * 1024)))))) && (bgets(temp,4096-1,fp))) { datasize += strlen(temp); charwrite(temp, ofp); } if (needsplit) { fprintf(ofp,"\n * Message split, to be continued *\n"); splitpart++; } if ((p=hdr((char *)"X-FTN-EOT",msg)) || (eot_kludge)) fprintf(ofp,"\1EOT:\n"); if ((p=hdr((char *)"X-FTN-Tearline",msg))) { fprintf(ofp,"---"); if (strcasecmp(p," (none)\n") == 0) charwrite((char *)"\n",ofp); else charwrite(p,ofp); } else fprintf(ofp,"\n%s\n", TearLine()); if ((p = hdr((char *)"X-FTN-Origin",msg))) { if (*(q=p+strlen(p)-1) == '\n') *q='\0'; origin = xstrcpy((char *)" * Origin: "); origin = xstrcat(origin, p); } else { origin = xstrcpy((char *)" * Origin: "); if (fmsg->origin) origin = xstrcat(origin, fmsg->origin); else origin = xstrcat(origin, CFG.origin); origin = xstrcat(origin, (char *)" ("); origin = xstrcat(origin, ascfnode(fmsg->from,tinyorigin?0x0f:0x1f)); origin = xstrcat(origin, (char *)")"); } fprintf(ofp, "%s", origin); if (newsmode) { /* * Setup SEEN-BY lines, first SEEN-BY from RFC message, then all matching AKA's */ for (tmsg = msg; tmsg; tmsg = tmsg->next) if (strcasecmp(tmsg->key, "X-FTN-SEEN-BY") == 0) fill_list(&sbl, tmsg->val, NULL); for (i = 0; i < 40; i++) { if (CFG.akavalid[i] && (CFG.aka[i].point == 0) && (msgs.Aka.zone == CFG.aka[i].zone) && !((msgs.Aka.net == CFG.aka[i].net) && (msgs.Aka.node == CFG.aka[i].node))) { snprintf(sbe, 16, "%u/%u", CFG.aka[i].net, CFG.aka[i].node); fill_list(&sbl, sbe, NULL); } } if (msgs.Aka.point == 0) { snprintf(sbe, 16, "%u/%u", msgs.Aka.net, msgs.Aka.node); fill_list(&sbl, sbe, NULL); } /* * Only add SEEN-BY lines if there are any */ if (sbl != NULL) { uniq_list(&sbl); sort_list(&sbl); seenlen = MAXSEEN + 1; memset(&sbe, 0, sizeof(sbe)); /* ensure it will not match for the first entry */ oldnet = sbl->addr->net-1; for (tmpl = sbl; tmpl; tmpl = tmpl->next) { if (tmpl->addr->net == oldnet) snprintf(sbe,16," %u",tmpl->addr->node); else snprintf(sbe,16," %u/%u",tmpl->addr->net, tmpl->addr->node); oldnet = tmpl->addr->net; seenlen += strlen(sbe); if (seenlen > MAXSEEN) { seenlen = 0; fprintf(ofp,"\nSEEN-BY:"); snprintf(sbe,16," %u/%u",tmpl->addr->net, tmpl->addr->node); seenlen = strlen(sbe); } fprintf(ofp,"%s",sbe); } tidy_falist(&sbl); } /* * Setup PATH lines */ for (tmp = msg; tmp; tmp = tmp->next) if (!strcasecmp(tmp->key,"X-FTN-PATH")) fill_path(&ptl,tmp->val); if (msgs.Aka.point == 0) { snprintf(sbe,16,"%u/%u",msgs.Aka.net, msgs.Aka.node); fill_path(&ptl,sbe); } /* * Only add PATH line if there is something */ if (ptl != NULL) { uniq_list(&ptl); seenlen = MAXPATH+1; /* ensure it will not match for the first entry */ oldnet = ptl->addr->net-1; for (tmpl = ptl; tmpl; tmpl = tmpl->next) { if (tmpl->addr->net == oldnet) snprintf(sbe,16," %u",tmpl->addr->node); else snprintf(sbe,16," %u/%u",tmpl->addr->net, tmpl->addr->node); oldnet = tmpl->addr->net; seenlen += strlen(sbe); if (seenlen > MAXPATH) { seenlen = 0; fprintf(ofp,"\n\1PATH:"); snprintf(sbe,16," %u/%u",tmpl->addr->net, tmpl->addr->node); seenlen = strlen(sbe); } fprintf(ofp,"%s",sbe); } tidy_falist(&ptl); } } /* if (newsmode) */ /* * Add newline and message is ready. */ fprintf(ofp,"\n"); fflush(ofp); rewind(ofp); Syslog('m', "========== Fido start"); while (fgets(temp, 4096, ofp) != NULL) { /* * Only log kludges, skip the body */ if ((temp[0] == '\001') || !strncmp(temp, "AREA:", 5) || !strncmp(temp, "SEEN-BY", 7)) { Striplf(temp); Syslogp('m', printable(temp, 0)); } } Syslog('m', "========== Fido end"); if (!Msg_Open(msgs.Base)) { WriteError("Failed to open msgbase \"%s\"", msgs.Base); } else { if (!Msg_Lock(30L)) { WriteError("Can't lock %s", msgs.Base); } else { Msg_New(); strcpy(Msg.From, fmsg->from->name); strcpy(Msg.To, fmsg->to->name); strcpy(Msg.FromAddress, ascfnode(fmsg->from,0x1f)); strcpy(Msg.Subject, fmsg->subj); Msg.Written = Msg.Arrived = time(NULL) - (gmt_offset((time_t)0) * 60); Msg.Local = TRUE; rewind(ofp); while (fgets(temp, 4096, ofp) != NULL) { Striplf(temp); MsgText_Add2(temp); } Msg_AddMsg(); Msg_UnLock(); Syslog('+', "Msg (%ld) to \"%s\", \"%s\"", Msg.Id, Msg.To, Msg.Subject); do_mailout = TRUE; /* * Create fast scan index */ snprintf(temp, PATH_MAX, "%s/tmp/echomail.jam", getenv("MBSE_ROOT")); if ((qfp = fopen(temp, "a")) != NULL) { fprintf(qfp, "%s %u\n", msgs.Base, Msg.Id); fclose(qfp); } /* * Link messages */ rc = Msg_Link(msgs.Base, TRUE, CFG.slow_util); if (rc != -1) Syslog('+', "Linked %d message%s", rc, (rc != 1) ? "s":""); else Syslog('+', "Could not link messages"); /* * Update statistical counters */ Now = time(NULL); l_date = localtime(&Now); msgs.LastPosted = time(NULL); msgs.Posted.total++; msgs.Posted.tweek++; msgs.Posted.tdow[l_date->tm_wday]++; msgs.Posted.month[l_date->tm_mon]++; mgroup.LastDate = time(NULL); mgroup.MsgsSent.total++; mgroup.MsgsSent.tweek++; mgroup.MsgsSent.tdow[l_date->tm_wday]++; mgroup.MsgsSent.month[l_date->tm_mon]++; UpdateMsgs(); snprintf(temp, PATH_MAX, "%s/etc/users.data", getenv("MBSE_ROOT")); if ((qfp = fopen(temp, "r+"))) { fread(&usrconfighdr, sizeof(usrconfighdr), 1, qfp); fseek(qfp, usrconfighdr.hdrsize + (grecno * usrconfighdr.recsize), SEEK_SET); if (fread(&usrconfig, usrconfighdr.recsize, 1, qfp) == 1) { usrconfig.iPosted++; fseek(qfp, usrconfighdr.hdrsize + (grecno * usrconfighdr.recsize), SEEK_SET); fwrite(&usrconfig, usrconfighdr.recsize, 1, qfp); } fclose(qfp); } } Msg_Close(); } free(origin); fclose(ofp); } while (needsplit); free(temp); if (charset) free(charset); chartran_close(); tidyrfc(msg); tidy_ftnmsg(fmsg); UpdateMsgs(); return 0; }
static int bbox_fill_path(gx_device * dev, const gs_imager_state * pis, gx_path * ppath, const gx_fill_params * params, const gx_device_color * pdevc, const gx_clip_path * pcpath) { gx_device_bbox *const bdev = (gx_device_bbox *) dev; gx_device *tdev = bdev->target; dev_proc_fill_path((*fill_path)) = (tdev == 0 ? dev_proc(&gs_null_device, fill_path) : dev_proc(tdev, fill_path)); int code; if (ppath == NULL) { /* A special handling of shfill with no path. */ gs_fixed_rect ibox; gs_fixed_point adjust; if (pcpath == NULL) return 0; gx_cpath_inner_box(pcpath, &ibox); adjust = params->adjust; adjust_box(&ibox, adjust); BBOX_ADD_RECT(bdev, ibox.p.x, ibox.p.y, ibox.q.x, ibox.q.y); return 0; } else if (!GX_DC_IS_TRANSPARENT(pdevc, bdev) && !gx_path_is_void(ppath)) { gs_fixed_rect ibox; gs_fixed_point adjust; if (gx_path_bbox(ppath, &ibox) < 0) return 0; adjust = params->adjust; adjust_box(&ibox, adjust); /* * If the path lies within the already accumulated box, just draw * on the target. */ if (BBOX_IN_RECT(bdev, &ibox)) return fill_path(tdev, pis, ppath, params, pdevc, pcpath); /* * If the target uses the default algorithm, just draw on the * bbox device. */ if (tdev != 0 && fill_path == gx_default_fill_path) return fill_path(dev, pis, ppath, params, pdevc, pcpath); /* Draw on the target now. */ code = fill_path(tdev, pis, ppath, params, pdevc, pcpath); if (code < 0) return code; if (pcpath != NULL && !gx_cpath_includes_rectangle(pcpath, ibox.p.x, ibox.p.y, ibox.q.x, ibox.q.y) ) { /* * Let the target do the drawing, but break down the * fill path into pieces for computing the bounding box. */ gx_drawing_color devc; set_nonclient_dev_color(&devc, bdev->black); /* any non-white color will do */ bdev->target = NULL; code = gx_default_fill_path(dev, pis, ppath, params, &devc, pcpath); bdev->target = tdev; } else { /* Just use the path bounding box. */ BBOX_ADD_RECT(bdev, ibox.p.x, ibox.p.y, ibox.q.x, ibox.q.y); } return code; } else return fill_path(tdev, pis, ppath, params, pdevc, pcpath); }
/* * Input a RFC message. */ int rfc2ftn(FILE *fp, faddr *recipient) { char sbe[128], *p, *q, *temp, *origin, newsubj[4 * (MAXSUBJ+1)], *oldsubj, *acup_a = NULL, *charset = NULL; int i, rc, newsmode, seenlen, oldnet, chars_in = FTNC_NONE, chars_out = FTNC_NONE; rfcmsg *msg = NULL, *tmsg, *tmp; ftnmsg *fmsg = NULL; FILE *ofp; fa_list *sbl = NULL, *ptl = NULL, *tmpl; faddr *ta, *fta; unsigned int acup_n = 0; int sot_kludge = FALSE, eot_kludge = FALSE, tinyorigin = FALSE; int needsplit, hdrsize, datasize, splitpart, forbidsplit, rfcheaders; time_t Now; temp = calloc(MAXHDRSIZE +1, sizeof(char)); Syslog('m', "Entering rfc2ftn"); if (recipient) Syslog('m', "Recipient: %s", ascfnode(recipient, 0xff)); rewind(fp); msg = parsrfc(fp); newsmode = hdr((char *)"Newsgroups", msg) ?TRUE:FALSE; Syslog('m', "RFC message is %s", newsmode ? "news article":"e-mail message"); if (newsmode) { news_in++; snprintf(currentgroup, 81, "%s", msgs.Newsgroup); } else email_in++; if (!CFG.allowcontrol) { if (hdr((char *)"Control",msg)) { Syslog('+', "Rfc2ftn: Control message skipped"); tidyrfc(msg); return 1; } } if ((fmsg = mkftnhdr(msg, newsmode, recipient)) == NULL) { WriteError("Rfc2ftn: unable to create FTN headers from RFC ones, aborting"); tidyrfc(msg); return 1; } if (newsmode) fmsg->area = xstrcpy(msgs.Tag); if ((p = hdr((char *)"Message-ID",msg))) { ftnmsgid(p, &fmsg->msgid_a, &fmsg->msgid_n, fmsg->area); hash_update_s(&fmsg->msgid_n, fmsg->area); } if ((p = hdr((char *)"References",msg))) { p = strrchr(p,' '); ftnmsgid(p,&fmsg->reply_a, &fmsg->reply_n,fmsg->area); if (!chkftnmsgid(p)) { hash_update_s(&fmsg->reply_n, fmsg->area); } } else if ((p = hdr((char *)"In-Reply-To",msg))) { ftnmsgid(p,&fmsg->reply_a, &fmsg->reply_n,fmsg->area); if (!chkftnmsgid(p)) { hash_update_s(&fmsg->reply_n, fmsg->area); } } chkftnmsgid(hdr((char *)"Message-ID",msg)); // ?? removemime = FALSE; removemsgid = FALSE; removeref = FALSE; removeinreply = FALSE; removereplyto = TRUE; removereturnto = TRUE; ftnorigin = fmsg->ftnorigin; q = hdr((char *)"Content-Transfer-Encoding",msg); if (q) while (*q && isspace(*q)) q++; if (!(q)) q = (char *)"8bit"; if ((p = hdr((char *)"Content-Type",msg))) { while (*p && isspace(*p)) p++; /* * Check for mime to remove. */ if ((strncasecmp(p, "text/plain", 10) == 0) && ((q == NULL) || (strncasecmp(q,"7bit",4) == 0) || (strncasecmp(q,"8bit",4) == 0))) { removemime = TRUE; /* no need in MIME headers */ } q = strtok(p, " \n\0"); q = strtok(NULL, "; \n\0"); if (q) { while (*q && isspace(*q)) q++; Syslog('m', "charset part: %s", printable(q, 0)); if (q && (strncasecmp(q, "charset=", 8) == 0)) { /* * google.com quotes the charset name */ if (strchr(q, '"')) { charset = xstrcpy(q + 9); charset[strlen(charset)-1] = '\0'; } else { charset = xstrcpy(q + 8); } Syslog('m', "Charset \"%s\"", printable(charset, 0)); } } } if (charset == NULL) { charset = xstrcpy((char *)"ISO-8859-1"); Syslog('m', "No charset, setting default to ISO-8859-1"); } if ((p = hdr((char *)"Message-ID",msg))) { if (!removemsgid) removemsgid = chkftnmsgid(p); } if ((!removeref) && (p = hdr((char *)"References",msg))) { p = xstrcpy(p); q = strtok(p," \t\n"); if ((q) && (strtok(NULL," \t\n") == NULL)) removeref = chkftnmsgid(q); free(p); } if ((p = hdr((char *)"Reply-To",msg))) { removereplyto = FALSE; if ((q = hdr((char *)"From",msg))) { char *r; r = xstrcpy(p); p = r; while(*p && isspace(*p)) p++; if (p[strlen(p)-1] == '\n') p[strlen(p)-1]='\0'; if (strcasestr(q,p)) removereplyto = TRUE; } } if ((p = hdr((char *)"Return-Receipt-To",msg))) { removereturnto = FALSE; if ((q = hdr((char *)"From",msg))) { char *r; r = xstrcpy(p); p = r; while (*p && isspace(*p)) p++; if (p[strlen(p)-1] == '\n') p[strlen(p)-1]='\0'; if (strcasestr(q,p)) removereturnto = TRUE; } } Syslog('m', "removemime=%s removemsgid=%s removeref=%s removeinreply=%s removereplyto=%s removereturnto=%s", removemime ?"TRUE ":"FALSE", removemsgid ?"TRUE ":"FALSE", removeref ?"TRUE ":"FALSE", removeinreply ?"TRUE ":"FALSE", removereplyto ?"TRUE ":"FALSE", removereturnto ?"TRUE ":"FALSE"); p = ascfnode(fmsg->from,0x1f); i = 79-11-3-strlen(p); if (ftnorigin && fmsg->origin && (strlen(fmsg->origin) > i)) { /* This is a kludge... I don't like it too much. But well, if this is a message of FTN origin, the original origin (:) line MUST have been short enough to fit in 79 chars... So we give it a try. Probably it would be better to keep the information about the address format from the origin line in a special X-FTN-... header, but this seems even less elegant. Any _good_ ideas, anyone? */ /* OK, I am keeping this, though if should never be used al long as X-FTN-Origin is used now */ p = ascfnode(fmsg->from,0x0f); Syslog('m', "checkorigin 3"); i = 79-11-3-strlen(p); tinyorigin = TRUE; } if (tinyorigin) Syslog('m', "tinyorigin = %s", tinyorigin ? "True":"False"); if ((fmsg->origin) && (strlen(fmsg->origin) > i)) fmsg->origin[i]='\0'; forbidsplit = (ftnorigin || ((p = hdr((char *)"X-FTN-Split",msg)) && (strcasecmp(p," already\n") == 0))); needsplit = 0; splitpart = 0; hdrsize = 20; hdrsize += (fmsg->subj)?strlen(fmsg->subj):0; if (fmsg->from) hdrsize += (fmsg->from->name)?strlen(fmsg->from->name):0; if (fmsg->to) hdrsize += (fmsg->to->name)?strlen(fmsg->to->name):0; chars_in = find_rfc_charset(charset); chars_out = msgs.Charset; if (chars_in == FTNC_ERROR) { /* * Not in standard tables, go ahead with the uppercase name * and see if iconv will take it. It doesn't really matter if * we support the incoming rfc charset, */ tu(charset); Syslog('m', "rfc2ftn: charset in: %s charset out: %s", charset, get_ic_ftn(chars_out)); chartran_init(charset, get_ic_ftn(chars_out), 'm'); } else { Syslog('m', "rfc2ftn: charset in: %s charset out: %s", get_ic_rfc(chars_in), get_ic_ftn(chars_out)); chartran_init(get_ic_rfc(chars_in), get_ic_ftn(chars_out), 'm'); } do { Syslog('m', "rfc2ftn: split loop, splitpart = %d", splitpart); datasize = 0; if (splitpart) { snprintf(newsubj,4 * MAXSUBJ,"[part %d] ",splitpart+1); strncat(newsubj,fmsg->subj,MAXSUBJ-strlen(newsubj)); Syslog('+', "Rfc2ftn: split message part %d", splitpart); } else { strncpy(newsubj,fmsg->subj,MAXSUBJ); } newsubj[MAXSUBJ]='\0'; if (splitpart) { hash_update_n(&fmsg->msgid_n,splitpart); } oldsubj = fmsg->subj; fmsg->subj = newsubj; /* * Create a new temp message in FTN style format */ if ((ofp = tmpfile()) == NULL) { WriteError("$Rfc2ftn: Can't open second tmpfile"); tidyrfc(msg); return 1; } if (newsmode) { fprintf(ofp, "AREA:%s\n", msgs.Tag); } else { if (fmsg->to->point != 0) fprintf(ofp, "\001TOPT %d\n", fmsg->to->point); if (fmsg->from->point != 0) fprintf(ofp, "\001FMPT %d\n", fmsg->from->point); fprintf(ofp, "\001INTL %d:%d/%d %d:%d/%d\n", fmsg->to->zone, fmsg->to->net, fmsg->to->node, fmsg->from->zone, fmsg->from->net, fmsg->from->node); } if ((fmsg->msgid_a == NULL) || (fmsg->msgid_n == 0)) { Syslog('!', "Rfc2ftn: warning, no MSGID %s %08lx", MBSE_SS(fmsg->msgid_a), fmsg->msgid_n); } fprintf(ofp, "\001MSGID: %s %08x\n", MBSE_SS(fmsg->msgid_a),fmsg->msgid_n); if (fmsg->reply_s) fprintf(ofp, "\1REPLY: %s\n", fmsg->reply_s); else if (fmsg->reply_a) fprintf(ofp, "\1REPLY: %s %08x\n", fmsg->reply_a, fmsg->reply_n); Now = time(NULL) - (gmt_offset((time_t)0) * 60); fprintf(ofp, "\001TZUTC: %s\n", gmtoffset(Now)); fprintf(ofp, "\001CHRS: %s\n", getftnchrs(msgs.Charset)); fmsg->subj = oldsubj; if ((p = hdr((char *)"X-FTN-REPLYADDR",msg))) { hdrsize += 10+strlen(p); fprintf(ofp,"\1REPLYADDR:"); kludgewrite(p,ofp); } else if (replyaddr) { hdrsize += 10+strlen(replyaddr); fprintf(ofp,"\1REPLYADDR: "); kludgewrite(replyaddr,ofp); } if ((p = hdr((char *)"X-FTN-REPLYTO",msg))) { hdrsize += 8+strlen(p); fprintf(ofp,"\1REPLYTO:"); kludgewrite(p,ofp); } else if (replyaddr) { hdrsize += 15; if (newsmode) fprintf(ofp,"\1REPLYTO: %s UUCP\n", aka2str(msgs.Aka)); else { fta = bestaka_s(fmsg->to); fprintf(ofp,"\1REPLYTO: %s UUCP\n", ascfnode(fta, 0x1f)); tidy_faddr(fta); } } else if ((p = hdr((char *)"Reply-To",msg))) { if ((ta = parsefaddr(p))) { if ((q = hdr((char *)"From",msg))) { if (!strcasestr(q,p)) { fprintf(ofp,"\1REPLYTO: %s %s\n", ascfnode(ta,0x1f), ta->name); } } tidy_faddr(ta); } } if ((p=strip_flags(hdr((char *)"X-FTN-FLAGS",msg)))) { hdrsize += 15; fprintf(ofp,"\1FLAGS:%s\n",p); free(p); } if (!hdr((char *)"X-FTN-PID", msg)) { p = hdr((char *)"User-Agent", msg); if (p == NULL) p = hdr((char *)"X-Newsreader", msg); if (p == NULL) p = hdr((char *)"X-Mailer", msg); if (p) { hdrsize += 4 + strlen(p); fprintf(ofp, "\1PID:"); kludgewrite(p, ofp); } else { fprintf(ofp, "\001PID: MBSE-FIDO %s (%s-%s)\n", VERSION, OsName(), OsCPU()); } } if (CFG.allowcontrol && (!hdr((char *)"X-FTN-ACUPDATE",msg)) && (p=hdr((char *)"Control",msg))) { if (strstr(p,"cancel")) { ftnmsgid(p,&acup_a,&acup_n,fmsg->area); if (acup_a) { hash_update_s(&acup_n,fmsg->area); hdrsize += 26 + strlen(acup_a); fprintf(ofp,"\1ACUPDATE: DELETE %s %08x\n", acup_a,acup_n); } } } if ((!hdr((char *)"X-FTN-ACUPDATE",msg)) && (p=hdr((char *)"Supersedes",msg))) { ftnmsgid(p,&acup_a,&acup_n,fmsg->area); if (acup_a) { hash_update_s(&acup_n,fmsg->area); hdrsize += 26 + strlen(acup_a); fprintf(ofp,"\1ACUPDATE: MODIFY %s %08x\n", acup_a,acup_n); } } if (!(hdr((char *)"X-FTN-Tearline", msg)) && !(hdr((char *)"X-FTN-TID", msg))) { snprintf(temp, MAXHDRSIZE, " MBSE-FIDO %s (%s-%s)", VERSION, OsName(), OsCPU()); hdrsize += 4 + strlen(temp); fprintf(ofp, "\1TID:"); kludgewrite(temp, ofp); } if ((splitpart == 0) || (hdrsize < MAXHDRSIZE)) { for (tmp = msg; tmp; tmp = tmp->next) { if ((!strncmp(tmp->key,"X-Fsc-",6)) || (!strncmp(tmp->key,"X-FTN-",6) && strcasecmp(tmp->key,"X-FTN-Tearline") && strcasecmp(tmp->key,"X-FTN-Origin") && strcasecmp(tmp->key,"X-FTN-Sender") && strcasecmp(tmp->key,"X-FTN-Split") && strcasecmp(tmp->key,"X-FTN-FLAGS") && strcasecmp(tmp->key,"X-FTN-AREA") && strcasecmp(tmp->key,"X-FTN-MSGID") && strcasecmp(tmp->key,"X-FTN-REPLY") && strcasecmp(tmp->key,"X-FTN-SEEN-BY") && strcasecmp(tmp->key,"X-FTN-PATH") && strcasecmp(tmp->key,"X-FTN-REPLYADDR") && strcasecmp(tmp->key,"X-FTN-REPLYTO") && strcasecmp(tmp->key,"X-FTN-To") && strcasecmp(tmp->key,"X-FTN-From") && strcasecmp(tmp->key,"X-FTN-CHARSET") && strcasecmp(tmp->key,"X-FTN-CHRS") && strcasecmp(tmp->key,"X-FTN-CODEPAGE") && strcasecmp(tmp->key,"X-FTN-ORIGCHRS") && strcasecmp(tmp->key,"X-FTN-SOT") && strcasecmp(tmp->key,"X-FTN-EOT") && strcasecmp(tmp->key,"X-FTN-Via"))) { if ((strcasecmp(tmp->key,"X-FTN-KLUDGE") == 0)) { if (!strcasecmp(tmp->val," SOT:\n")) sot_kludge = TRUE; else if (!strcasecmp(tmp->val," EOT:\n")) eot_kludge = TRUE; else { hdrsize += strlen(tmp->val); fprintf(ofp,"\1"); /* we should have restored the original string here... */ kludgewrite((tmp->val)+1,ofp); } } else { hdrsize += strlen(tmp->key)+strlen(tmp->val); fprintf(ofp,"\1%s:",tmp->key+6); kludgewrite(tmp->val,ofp); } } } /* ZConnect are X-ZC-*: in usenet, \1ZC-*: in FTN */ for (tmp=msg;tmp;tmp=tmp->next) if ((!strncmp(tmp->key,"X-ZC-",5))) { hdrsize += strlen(tmp->key)+strlen(tmp->val); fprintf(ofp,"\1%s:",tmp->key+2); kludgewrite(tmp->val,ofp); } /* mondo.org gateway uses ".MSGID: ..." in usenet */ for (tmp=msg;tmp;tmp=tmp->next) if ((!strncmp(tmp->key,".",1)) && (strcasecmp(tmp->key,".MSGID"))) { hdrsize += strlen(tmp->key)+strlen(tmp->val); fprintf(ofp,"\1%s:",tmp->key+1); kludgewrite(tmp->val,ofp); } /* * Add the Received: header from this system to the mesage. */ if (!newsmode) { Now = time(NULL); fprintf(ofp, "\1RFC-Received: by %s (mbfido) via RFC2FTN; %s\n", CFG.sysdomain, rfcdate(Now)); hdrsize += 72+strlen(CFG.sysdomain); } for (tmp = msg; tmp; tmp = tmp->next) { if ((needputrfc(tmp, newsmode) == 1)) { if (strcasestr((char *)"X-Origin-Newsgroups",tmp->key)) { hdrsize += 10+strlen(tmp->val); fprintf(ofp,"\1RFC-Newsgroups:"); } else { hdrsize += strlen(tmp->key)+strlen(tmp->val); fprintf(ofp,"\1RFC-%s:",tmp->key); } kludgewrite(tmp->val, ofp); } } rfcheaders=0; for (tmp=msg;tmp;tmp=tmp->next) { if ((needputrfc(tmp, newsmode) > 1)) { rfcheaders++; if (strcasestr((char *)"X-Origin-Newsgroups",tmp->key)) { hdrsize += 10+strlen(tmp->val); fprintf(ofp,"Newsgroups:"); } else { hdrsize += strlen(tmp->key)+strlen(tmp->val); fprintf(ofp,"%s:",tmp->key); } charwrite(tmp->val, ofp); } } if (rfcheaders) charwrite((char *)"\n",ofp); if ((hdr((char *)"X-FTN-SOT",msg)) || (sot_kludge)) fprintf(ofp,"\1SOT:\n"); } if (replyaddr) { replyaddr = NULL; } if (needsplit) { fprintf(ofp," * Continuation %d of a split message *\n\n", splitpart); needsplit = FALSE; } else if ((p=hdr((char *)"X-Body-Start",msg))) { datasize += strlen(p); charwrite(p, ofp); } while (!(needsplit=(!forbidsplit) && (((splitpart && (datasize > (CFG.new_split * 1024))) || (!splitpart && ((datasize+hdrsize) > (CFG.new_split * 1024)))))) && (bgets(temp,4096-1,fp))) { datasize += strlen(temp); charwrite(temp, ofp); } if (needsplit) { fprintf(ofp,"\n * Message split, to be continued *\n"); splitpart++; } if ((p=hdr((char *)"X-FTN-EOT",msg)) || (eot_kludge)) fprintf(ofp,"\1EOT:\n"); if ((p=hdr((char *)"X-FTN-Tearline",msg))) { fprintf(ofp,"---"); if (strcasecmp(p," (none)\n") == 0) charwrite((char *)"\n",ofp); else charwrite(p,ofp); } else fprintf(ofp,"\n%s\n", TearLine()); if ((p = hdr((char *)"X-FTN-Origin",msg))) { if (*(q=p+strlen(p)-1) == '\n') *q='\0'; origin = xstrcpy((char *)" * Origin: "); origin = xstrcat(origin, p); } else { origin = xstrcpy((char *)" * Origin: "); if (fmsg->origin) origin = xstrcat(origin, fmsg->origin); else origin = xstrcat(origin, CFG.origin); origin = xstrcat(origin, (char *)" ("); origin = xstrcat(origin, ascfnode(fmsg->from,tinyorigin?0x0f:0x1f)); origin = xstrcat(origin, (char *)")"); } fprintf(ofp, "%s", origin); if (newsmode) { /* * Setup SEEN-BY lines, first SEEN-BY from RFC message, then all matching AKA's */ for (tmsg = msg; tmsg; tmsg = tmsg->next) if (strcasecmp(tmsg->key, "X-FTN-SEEN-BY") == 0) fill_list(&sbl, tmsg->val, NULL); for (i = 0; i < 40; i++) { if (CFG.akavalid[i] && (CFG.aka[i].point == 0) && (msgs.Aka.zone == CFG.aka[i].zone) && !((msgs.Aka.net == CFG.aka[i].net) && (msgs.Aka.node == CFG.aka[i].node))) { snprintf(sbe, 128, "%u/%u", CFG.aka[i].net, CFG.aka[i].node); fill_list(&sbl, sbe, NULL); } } if (msgs.Aka.point == 0) { snprintf(sbe, 128, "%u/%u", msgs.Aka.net, msgs.Aka.node); fill_list(&sbl, sbe, NULL); } /* * Only add SEEN-BY lines if there are any */ if (sbl != NULL) { uniq_list(&sbl); sort_list(&sbl); seenlen = MAXSEEN + 1; memset(&sbe, 0, sizeof(sbe)); /* ensure it will not match for the first entry */ oldnet = sbl->addr->net-1; for (tmpl = sbl; tmpl; tmpl = tmpl->next) { if (tmpl->addr->net == oldnet) snprintf(sbe,128," %u",tmpl->addr->node); else snprintf(sbe,128," %u/%u",tmpl->addr->net, tmpl->addr->node); oldnet = tmpl->addr->net; seenlen += strlen(sbe); if (seenlen > MAXSEEN) { seenlen = 0; fprintf(ofp,"\nSEEN-BY:"); snprintf(sbe,128," %u/%u",tmpl->addr->net, tmpl->addr->node); seenlen = strlen(sbe); } fprintf(ofp,"%s",sbe); } tidy_falist(&sbl); } /* * Setup PATH lines */ for (tmp = msg; tmp; tmp = tmp->next) if (!strcasecmp(tmp->key,"X-FTN-PATH")) fill_path(&ptl,tmp->val); if (msgs.Aka.point == 0) { snprintf(sbe,128,"%u/%u",msgs.Aka.net, msgs.Aka.node); fill_path(&ptl,sbe); } /* * Only add PATH line if there is something */ if (ptl != NULL) { uniq_list(&ptl); seenlen = MAXPATH+1; /* ensure it will not match for the first entry */ oldnet = ptl->addr->net-1; for (tmpl = ptl; tmpl; tmpl = tmpl->next) { if (tmpl->addr->net == oldnet) snprintf(sbe,128," %u",tmpl->addr->node); else snprintf(sbe,128," %u/%u",tmpl->addr->net, tmpl->addr->node); oldnet = tmpl->addr->net; seenlen += strlen(sbe); if (seenlen > MAXPATH) { seenlen = 0; fprintf(ofp,"\n\1PATH:"); snprintf(sbe,128," %u/%u",tmpl->addr->net, tmpl->addr->node); seenlen = strlen(sbe); } fprintf(ofp,"%s",sbe); } tidy_falist(&ptl); } } /* if (newsmode) */ /* * Add newline and message is ready. */ fprintf(ofp,"\n"); fflush(ofp); rewind(ofp); Syslog('m', "========== Fido start"); while (fgets(temp, 4096, ofp) != NULL) { /* * Only log kludges, skip the body */ if ((temp[0] == '\001') || !strncmp(temp, "AREA:", 5) || !strncmp(temp, "SEEN-BY", 7)) { Striplf(temp); Syslogp('m', printable(temp, 0)); } } Syslog('m', "========== Fido end"); if (newsmode) rc = postecho(NULL, fmsg->from, fmsg->to, origin, fmsg->subj, fmsg->date, fmsg->flags, 0, ofp, FALSE, 0); else rc = postnetmail(ofp, fmsg->from, fmsg->to, origin, fmsg->subj, fmsg->date, fmsg->flags, FALSE, fmsg->from->zone, fmsg->to->zone); Syslog('m', "rfc2ftn: message posted rc=%d", rc); free(origin); fclose(ofp); } while (needsplit); Syslog('m', "rfc2ftn: out of splitloop"); chartran_close(); free(temp); if (charset) free(charset); tidyrfc(msg); tidy_ftnmsg(fmsg); Syslog('m', "rfc2ftn: memory freed"); UpdateMsgs(); return 0; }
/*-------------------------------------------------------------*/ int main(int argc, char *argv[]) { int nargs; int source_is_label = 0; int source_is_path = 0; int err = 0; FILE* fp = NULL; nargs = handle_version_option (argc, argv, "$Id: mri_path2label.c,v 1.23 2011/03/02 00:04:23 nicks Exp $", "$Name: $"); if(nargs && argc - nargs == 1) exit (0); argc -= nargs; Progname = argv[0] ; argc --; argv++; ErrorInit(NULL, NULL, NULL) ; DiagInit(NULL, NULL, NULL) ; if (argc == 0) usage_exit(); parse_commandline(argc, argv); check_options(); if (checkoptsonly) return(0); if(!label_to_path && !path_to_label) { err = guess_file_type (source_file, &source_is_path, &source_is_label); if (err) { printf ("ERROR: Couldn't determine source file type.\n"); exit (1); } if(source_is_path) path_to_label = 1; if(source_is_label) label_to_path = 1; } if (dest_file) { fp = fopen (dest_file, "w"); if (NULL == fp) { printf ("ERROR: Couldn't open dest file for writing.\n"); exit (1); } fclose (fp); } if(connect){ // Still under construction printf("Connecting vertices in path\n"); int stat=connect_path(source_file, dest_file, subject, hemi) ; exit(stat); } if(fill){ // Still under construction printf("Filling vertices in path\n"); int stat=fill_path(source_file, dest_file, subject, hemi, fillseed) ; exit(stat); } if(con_and_fill){ // Still under construction printf("Connecting and Filling vertices in path\n"); int stat= con_and_fill_path(source_file, dest_file, subject, hemi, fillseed) ; exit(stat); } if(con_and_fillx){ int stat=1; if (con_and_fillx_fname) { // open file containing the list of fillseeds and path/label files FILE* fp2 = fopen (con_and_fillx_fname, "r"); if (NULL == fp2) { printf ("ERROR: Couldn't open file %s for reading.\n", con_and_fillx_fname); exit (1); } printf("Reading %s\n",surfacefname); MRIS* mris = MRISread(surfacefname); if(mris == NULL) exit(1); size_t n=2000; char tmpstr[2000]; char* tmps = &tmpstr[0]; while (0 < getline(&tmps,&n,fp2)) { char srcfn[2000]; char dstfn[2000]; //printf("%s\n",tmpstr); if (sscanf(tmpstr,"%d %s %s",&fillseed,srcfn,dstfn) > 0) { printf("Connecting and filling vertices in path at fillseed %d\n", fillseed); MRIS* mrisclone = MRISclone(mris); stat = con_and_fill_pathy (srcfn, dstfn, mrisclone, fillseed) ; if (stat) break; } } } else { printf("Connecting and filling vertices in path at fillseed %d\n", fillseed); stat=con_and_fill_pathx (source_file, dest_file, surfacefname, fillseed) ; } exit(stat); } printf ("INFO: Converting %s\n", source_file); printf ("INFO: to %s\n", dest_file); if(path_to_label) printf ("INFO: Path to label\n"); else printf ("INFO: Label to path\n"); printf ("\n"); if (single_path) printf ("INFO: Converting a single path\n"); if (single_path) { if(path_to_label) convert_single_path_to_label(source_file, dest_file); else if (label_to_path) convert_single_label_to_path (source_file, dest_file); } else { if (path_to_label) convert_path_to_label (source_file, dest_file); else if (label_to_path) convert_label_to_path (source_file, dest_file); } return 0; }