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deb-goldedplus/golded3/gcarea.cpp

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// ------------------------------------------------------------------
// GoldED+
// Copyright (C) 1990-1999 Odinn Sorensen
// Copyright (C) 1999-2000 Alexander S. Aganichev
// ------------------------------------------------------------------
// 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., 59 Temple Place, Suite 330, Boston,
// MA 02111-1307 USA
// ------------------------------------------------------------------
// $Id$
// ------------------------------------------------------------------
// Common code for the area compile.
// ------------------------------------------------------------------
#include <golded.h>
#include <gmoprot.h>
// ------------------------------------------------------------------
// Fix up the echoid and make default if none specified
void FixEchoid(char* echoid, int type) {
static uint netnum = 1;
static uint echonum = 1;
static uint localnum = 1;
if(*echoid == NUL) {
const char* t = CFG->areaautoid == AUTOID_LONG ? "MAIL" : "";
if(type & AT_NET)
sprintf(echoid, "NET%s%03u", t, netnum++);
else if(type & AT_ECHO)
sprintf(echoid, "ECHO%s%03u", t, echonum++);
else if(type & AT_LOCAL)
sprintf(echoid, "LOCAL%03u", localnum++);
}
}
// ------------------------------------------------------------------
// Sort a group of areas
void AreaList::SortAreaGroup(const char* options, int beginarea, int endarea) {
if(beginarea != endarea) {
const char* ptr = striinc("-S", options);
if(ptr) {
ptr += 2;
if(*ptr == '=')
ptr++;
Sort(ptr, beginarea, endarea);
}
}
}
// ------------------------------------------------------------------
// Rename an echoid
void RenameArea(char* echoid) {
std::vector<EchoRen>::iterator n;
for(n = CFG->arearename.begin(); n != CFG->arearename.end(); n++) {
if(strieql(echoid, n->from.c_str())) {
strxcpy(echoid, n->to.c_str(), sizeof(Echo));
break;
}
}
}
// ------------------------------------------------------------------
// Check if the echoid is on the exclusion list
bool CheckExcl(char* echoid) {
gstrarray::iterator n, x;
for(n = CFG->areaexcl.begin(); n != CFG->areaexcl.end(); n++) {
if(strwild(echoid, n->c_str())) {
// Found excl, now check for incl
for(x = CFG->areaincl.begin(); x != CFG->areaincl.end(); x++)
if(strwild(echoid, x->c_str()))
return false;
return true; // Echoid is excluded
}
}
return false;
}
// ------------------------------------------------------------------
// Check if the echo is email or news
void CheckEMailOrNews(char* echoid, uint& type) {
gstrarray::iterator i;
for(i = CFG->areaisemail.begin(); i != CFG->areaisemail.end(); i++) {
if(strwild(echoid, i->c_str())) {
type = AT_EMAIL | AT_NET;
break;
}
}
for(i = CFG->areaisnews.begin(); i != CFG->areaisnews.end(); i++) {
if(strwild(echoid, i->c_str())) {
type = AT_NEWSGROUP | AT_ECHO;
break;
}
}
}
// ------------------------------------------------------------------
// Add or update area data
void AddNewArea(AreaCfg* aa) {
AL.AddNewArea(aa);
}
// ------------------------------------------------------------------
// Add or update area data
void AddNewArea(AreaCfg& aa) {
AL.AddNewArea(&aa);
}
// ------------------------------------------------------------------
// Add or update area data
void AreaList::AddNewArea(AreaCfg* aa) {
if(veryverbose) {
std::string temp;
std::cout << " fmt=" << aa->msgbase << ", eid=\"" << aa->echoid <<
"\", pth=\"" << aa->path << "\", brd=" << aa->board <<
", gid=" << aa->groupid << ", aka=" << aa->aka.make_string(temp);
std::cout << " " << aa->attr.make_string(temp) << std::endl;
}
Desc desc;
char buf[256];
bool newarea = true;
static int serial = 0;
static int net1st = false;
*desc = NUL;
// Make sure the path field is 100% correct for the msgbase
switch(aa->msgbase) {
case MT_FTS1:
case MT_OPUS:
if(*aa->path == NUL)
return;
MapPath(aa->path);
AddBackslash(aa->path);
strschg_environ(aa->path);
break;
#ifndef GMB_NOHUDS
case MT_HUDSON:
if((aa->board < 1) or (aa->board > 200)) // Ignore areas with invalid numbers
return;
sprintf(aa->path, "%u", aa->board);
break;
#endif
#ifndef GMB_NOGOLD
case MT_GOLDBASE:
if((aa->board < 1) or (aa->board > 500)) // Ignore areas with invalid numbers
return;
sprintf(aa->path, "%u", aa->board);
break;
#endif
#ifndef GMB_NOEZY
case MT_EZYCOM:
// Ignore areas with invalid numbers
if((aa->board < 1) or (aa->board > 1536))
return;
sprintf(aa->path, "%u", aa->board);
break;
#endif
#ifndef GMB_NOWCAT
case MT_WILDCAT:
if(*aa->path == NUL)
return;
MapPath(aa->path);
StripBackslash(aa->path);
strschg_environ(aa->path);
break;
#endif
#ifndef GMB_NOXBBS
case MT_ADEPTXBBS:
if(*aa->path == NUL)
return;
MapPath(aa->path);
StripBackslash(aa->path);
strschg_environ(aa->path);
break;
#endif
#ifndef GMB_NOSQSH
case MT_SQUISH:
#endif
#ifndef GMB_NOJAM
case MT_JAM:
#endif
#if !defined(GMB_NOJAM) || !defined(GMB_NOSQSH)
if(*aa->path == NUL)
return;
MapPath(aa->path);
StripBackslash(aa->path);
strschg_environ(aa->path);
break;
#endif
#ifndef GMB_NOPCB
case MT_PCBOARD:
MapPath(aa->path);
StripBackslash(aa->path);
strschg_environ(aa->path);
break;
#endif
#ifndef GMB_NOSMB
case MT_SMB:
if(*aa->path == NUL)
return;
MapPath(aa->path);
StripBackslash(aa->path);
strschg_environ(aa->path);
break;
#endif
case MT_SEPARATOR:
break;
default:
return;
}
// Note msgbase type
msgbases |= aa->msgbase;
// Things to do for real areas only
if(not aa->isseparator()) {
// If the echoid is missing, try to find it in the echolist
if(strblank(aa->echoid))
AFILE->echolist.FindEcho(aa->echoid, aa->path, aa->desc);
// Fix up the echoid
FixEchoid(aa->echoid, aa->type);
// Rename the echoid if necessary
RenameArea(aa->echoid);
// Do not accept excluded areas
if(CheckExcl(aa->echoid))
return;
// Fix description
if(strblank(aa->desc))
strxcpy(aa->desc, aa->echoid, sizeof(aa->desc));
}
// Check if it's email or news
CheckEMailOrNews(aa->echoid, aa->type);
// Give each area a unique serial number
aa->areaid = serial++;
// Check if we already have the area (dup echoid or path)
int _currarea = 0;
area_iterator ap;
for(ap = idx.begin(); ap != idx.end(); ap++) {
++_currarea;
if(not (*ap)->isseparator()) {
int eq_echoid = strieql(aa->echoid, (*ap)->echoid());
int eq_path = strieql(aa->path, (*ap)->path());
int eq_board = (aa->board == (*ap)->board());
int eq_msgbase = (aa->msgbase == (*ap)->msgbase());
int eq_isfido = (aa->isfido() and (*ap)->isfido());
if(eq_echoid or (eq_path and eq_board and (eq_msgbase or eq_isfido))) {
// We had it already, so override with the new data
newarea = false;
if(strblank((*ap)->desc()))
strcpy(desc, aa->desc);
break;
}
}
}
// If first netmail area, set default for AREAFREQTO and AREAREPLYTO
if((aa->isnet() and not aa->isseparator()) and not net1st) {
net1st = true;
if(not *CFG->areafreqto)
strcpy(CFG->areafreqto, aa->echoid);
if(not *CFG->areareplyto)
strcpy(CFG->areareplyto, aa->echoid);
}
// Increase area index size if new area
if(newarea) {
idx.push_back(NewArea(aa->msgbase));
throw_new(idx[_currarea]);
ap = idx.end(); --ap;
}
// Add aka if not found
if(aa->aka.net) {
bool found = false;
for(std::vector<gaka>::iterator i = CFG->aka.begin(); i != CFG->aka.end(); i++)
if(aa->aka == i->addr) {
found = true;
break;
}
if(not found) // Then add it
CfgAddress(aa->aka.make_string(buf)); // Add the aka
}
else {
// If address is missing, use main address
if(not CFG->aka.empty())
aa->aka = CFG->aka[0].addr;
}
// Copy the data
if(newarea) {
(*ap)->set_echoid(aa->echoid);
(*ap)->set_path(aa->path);
(*ap)->set_board(aa->board);
(*ap)->set_msgbase(aa->msgbase);
}
(*ap)->set_desc(newarea or strblank(desc) ? aa->desc : desc);
(*ap)->set_areaid(aa->areaid);
(*ap)->set_groupid(aa->groupid);
(*ap)->set_type(aa->type);
(*ap)->set_aka(aa->aka);
(*ap)->set_originno(aa->originno);
(*ap)->set_attr(aa->attr);
(*ap)->set_scan(aa->scan);
(*ap)->set_scanexcl(aa->scanexcl);
(*ap)->set_scanincl(aa->scanincl);
(*ap)->set_pmscan(aa->pmscan);
(*ap)->set_pmscanexcl(aa->pmscanexcl);
(*ap)->set_pmscanincl(aa->pmscanincl);
}
// ------------------------------------------------------------------
// Get areas from other programs
void AreaList::GetAreafile(char* value) {
const word CRC_ECHOLIST = 0xCE70;
word crcval;
char* keyword;
char* options;
int beginarea, endarea;
crcval = getkeyvalcrc(&keyword, &value);
options = throw_strdup(value);
beginarea = idx.size();
if(crcval == CRC_ECHOLIST)
ReadEcholist(value);
else {
AFILE->quiet = quiet;
AFILE->sharemode = CFG->sharemode;
AFILE->fidomsgtype = CFG->fidomsgtype;
AFILE->ra2usersbbs = CFG->ra2usersbbs;
AFILE->squishuserno = CFG->squishuserno;
AFILE->areapath = CFG->areapath;
AFILE->pcboardpath = CFG->pcboardpath;
if(not CFG->aka.empty())
AFILE->primary_aka = CFG->aka[0].addr;
else
AFILE->primary_aka = 0;
AFILE->attribsnet = CFG->attribsnet;
AFILE->attribsecho = CFG->attribsecho;
AFILE->attribsnews = CFG->attribsnews;
AFILE->attribsemail = CFG->attribsemail;
AFILE->attribslocal = CFG->attribslocal;
AFILE->ReadAreafile(crcval, value);
CFG->ra2usersbbs = AFILE->ra2usersbbs;
CFG->squishuserno = AFILE->squishuserno;
}
endarea = idx.size();
SortAreaGroup(options, beginarea, endarea);
throw_free(options);
}
// ------------------------------------------------------------------
// Get area definition
void AreaList::GetArea(char* def) {
AreaCfg aa;
char* ptr;
char* tag;
char* desc;
char* base;
char* loc;
char* attr;
if(strnieql(def, "-FILE ", 6)) // Check for alternate formats
GetAreafile(def+6);
else {
tag = def;
desc = strskip_txt(tag);
*desc = NUL;
aa.reset();
// Split up the string definition
desc = strskip_wht(desc+1);
switch(*desc) {
case '\"':
base = strskip_to(desc+1, '\"')+1;
break;
case '\'':
base = strskip_to(desc+1, '\'')+1;
break;
default:
base = strskip_txt(desc);
}
*base = NUL;
base = strskip_wht(base+1);
loc = strskip_txt(base);
*loc = NUL;
loc = strskip_wht(loc+1);
attr = strpbrk(loc, " \t");
if(attr and *attr) {
*attr = NUL;
attr = strskip_wht(attr+1);
}
// Parse the individual parts
aa.setechoid(tag); // Copy the echotag
StripQuotes(desc); // Copy description, stripping quotes ("")
aa.setdesc(desc);
switch(toupper(*base)) { // Store area info
case '-':
aa.msgbase = MT_SEPARATOR;
break;
case 'M':
aa.msgbase = MT_SQUISH;
aa.setpath(loc);
break;
case 'Y':
aa.msgbase = MT_SMB;
aa.setpath(loc);
break;
case 'H':
case 'R':
case 'Q':
aa.msgbase = MT_HUDSON;
aa.board = (uint) atoi(loc);
break;
case 'G':
aa.msgbase = MT_GOLDBASE;
aa.board = (uint) atoi(loc);
break;
case 'E':
aa.msgbase = MT_EZYCOM;
aa.board = (uint) atoi(loc);
break;
case 'J':
aa.msgbase = MT_JAM;
aa.setpath(loc);
break;
case 'P':
aa.msgbase = MT_PCBOARD;
aa.setpath(loc);
break;
case 'W':
aa.msgbase = MT_WILDCAT;
aa.setpath(loc);
break;
case 'X':
aa.msgbase = MT_ADEPTXBBS;
aa.setpath(loc);
break;
case 'S':
aa.msgbase = MT_FTS1;
aa.setpath(loc);
break;
case 'F':
case 'O':
default:
aa.msgbase = MT_OPUS;
aa.setpath(loc);
}
aa.type = AT_ECHO;
aa.attr = CFG->attribsecho;
strupr(base);
if(strchr(base, 'N')) {
aa.type = AT_NET;
aa.attr = CFG->attribsnet;
}
if(strchr(base, 'L')) {
aa.type = AT_LOCAL;
aa.attr = CFG->attribslocal;
}
if(strchr(base, 'E')) {
aa.type = AT_ECHO;
aa.attr = CFG->attribsecho;
}
if(attr) { // Get attributes and AKAs
GetAttribstr(&aa.attr, attr);
if((ptr = strpbrk(attr, "0123456789")) != NULL) {
int n = atoi(ptr);
if((n < 0) or ((uint) n >= CFG->aka.size()))
n = 0;
if(not CFG->aka.empty())
aa.aka = CFG->aka[n].addr; // Found AKA number
}
}
if(not aa.aka.net and not CFG->aka.empty())
aa.aka = CFG->aka[0].addr;
AddNewArea(&aa);
}
}
// ------------------------------------------------------------------
// Get area definition (new)
//
// Syntax of AREADEF keyword:
//
// AREADEF <echoid> <"desc"> <group> <type> <msgbase> <path/board> <aka> <(attrs)> ["origin"]
//
// Examples:
//
// AREADEF NET.ALL "Netmail, Line 1" N Net Opus R:\NETMAIL\ 2:231/77 (PVT K/S)
// AREADEF TEST "Testing..." D Echo Hudson 67 . ()
// AREADEF 1LOCAL "Sysop <-> Users" L Local Squish R:\MAX\MSG\LOC\1LOCAL . (PVT) "Your Sysop * The Goldware BBS Line 1"
// AREADEF DANEINFO "DaneNet Info" D Echo Squish R:\MAX\MSG\231\DANEINFO . (R/O)
bool AreaList::GetAreaFirstPart(AreaCfg& aa, char*& key, char*& val) {
const word CRC_NET = 0xEC5E;
const word CRC_ECHO = 0xC2D1;
const word CRC_LOCAL = 0x4CD5;
const word CRC_EMAIL = 0x9C64;
const word CRC_NEWS = 0x61F1;
// Get echoid
getkeyval(&key, &val);
aa.setechoid(key);
// Get description
getkeyval(&key, &val);
aa.setdesc(key);
// Get group (letter)
getkeyval(&key, &val);
if(*key == '#')
aa.groupid = atoi(key+1)+0x8000u;
else
aa.groupid = (isupper(*key) ? *key : 0);
// Get type
word crc = getkeyvalcrc(&key, &val);
switch(crc) {
case CRC_NET:
aa.type = AT_NET;
aa.attr = CFG->attribsnet;
break;
case CRC_ECHO:
aa.type = AT_ECHO;
aa.attr = CFG->attribsecho;
break;
case CRC_LOCAL:
aa.type = AT_LOCAL;
aa.attr = CFG->attribslocal;
break;
case CRC_EMAIL:
aa.type = AT_EMAIL | AT_NET;
aa.attr = CFG->attribsnet;
break;
case CRC_NEWS:
aa.type = AT_NEWSGROUP | AT_ECHO;
aa.attr = CFG->attribsecho;
break;
default:
return false;
}
return true;
}
// ------------------------------------------------------------------
void AreaList::GetAreaSep(char* val) {
char* key;
AreaCfg aa;
aa.reset();
aa.msgbase = MT_SEPARATOR;
if(not GetAreaFirstPart(aa, key, val))
return;
AddNewArea(&aa);
}
// ------------------------------------------------------------------
void AreaList::GetAreaDef(char* val) {
const word CRC_SEP = 0x2FC6;
const word CRC_FIDO = 0x3AC8;
const word CRC_OPUS = 0x1254;
const word CRC_SDMSG = 0xAEC0;
const word CRC_FTS1 = 0xEE2A;
const word CRC_FTSC = 0xEE58;
const word CRC_QBBS = 0x175B;
const word CRC_HUDSON = 0xBAB1;
const word CRC_SQUISH = 0xFCF6;
const word CRC_EZYCOM = 0xC81B;
const word CRC_JAM = 0xA8C3;
const word CRC_GOLD = 0x6134;
const word CRC_GOLDBASE = 0x560D;
const word CRC_PCB = 0x19B7;
const word CRC_PCBOARD = 0x84EC;
const word CRC_WCAT = 0xAEDB;
const word CRC_WILDCAT = 0x7F3A;
const word CRC_XBBS = 0xADC3;
const word CRC_SMB = 0x27D4;
char* key;
AreaCfg aa;
aa.reset();
if(not GetAreaFirstPart(aa, key, val))
return;
// Get format
word crc = getkeyvalcrc(&key, &val);
getkeyval(&key, &val); // Get path/board
switch(crc) {
case CRC_SEP:
aa.msgbase = MT_SEPARATOR;
break;
case CRC_FIDO:
case CRC_OPUS:
case CRC_SDMSG:
aa.msgbase = MT_OPUS;
aa.setpath(key);
break;
case CRC_FTS1:
case CRC_FTSC:
aa.msgbase = MT_FTS1;
aa.setpath(key);
break;
case CRC_QBBS:
case CRC_HUDSON:
aa.msgbase = MT_HUDSON;
aa.board = (uint) atoi(key);
if((aa.board < 1) or (aa.board > 200)) {
return;
}
break;
case CRC_GOLD:
case CRC_GOLDBASE:
aa.msgbase = MT_GOLDBASE;
aa.board = atoi(key);
if((aa.board < 1) or (aa.board > 500)) {
return;
}
break;
case CRC_SQUISH:
aa.msgbase = MT_SQUISH;
aa.setpath(key);
break;
case CRC_SMB:
aa.msgbase = MT_SMB;
aa.setpath(key);
break;
case CRC_EZYCOM:
aa.msgbase = MT_EZYCOM;
aa.board = atoi(key);
break;
case CRC_JAM:
aa.msgbase = MT_JAM;
aa.setpath(key);
break;
case CRC_PCB:
case CRC_PCBOARD:
aa.msgbase = MT_PCBOARD;
aa.setpath(key);
break;
case CRC_WCAT:
case CRC_WILDCAT:
aa.msgbase = MT_WILDCAT;
aa.setpath(key);
break;
case CRC_XBBS:
aa.msgbase = MT_ADEPTXBBS;
aa.setpath(key);
break;
default:
return;
}
// Get aka
getkeyval(&key, &val);
if(not CFG->aka.empty()) // Seed aka with main address
aa.aka = CFG->aka[0].addr;
aa.aka.set(key);
// Get attributes
getkeyval(&key, &val);
GetAttribstr(&aa.attr, key);
// Get origin (optional)
getkeyval(&key, &val);
aa.setorigin(key);
// Add to arealist
AddNewArea(&aa);
}
// ------------------------------------------------------------------
void ReadEcholist(char* val) {
AL.ReadEcholist(val);
}
// ------------------------------------------------------------------
void getdztoken(char** key, char** val) {
char* p = *val;
*key = p;
p = strskip_to(p, ',');
if(*p == ',')
*p++ = NUL;
*val = p;
}
// ------------------------------------------------------------------
void AreaList::ReadEcholist(char* val) {
FILE* fp;
char* key;
Path file;
char buf[256], options[80];
bool is_sqafix = false;
bool is_dz = false;
// Get filename or options
*file = NUL;
*options = NUL;
while(*val) {
getkeyval(&key, &val);
if(*key == '-') {
// Get option
if(strieql(key+1, "SQAFIX"))
is_sqafix = true;
else if(strieql(key+1, "DZ"))
is_dz = true;
else {
strcat(options, key);
strcat(options, " ");
}
continue;
}
strcpy(file, key);
}
if(*file) {
fp = fsopen(file, "rt", CFG->sharemode);
if(fp) {
void (*tok)(char**, char**);
if(is_dz)
tok = getdztoken;
else
tok = getkeyval;
if(not quiet)
std::cout << "* Reading " << file << std::endl;
while(fgets((val=buf), sizeof(buf), fp)) {
// Get echoid
if(is_sqafix) {
tok(&key, &val);
if(not strieql(key, "EchoArea"))
continue;
}
else if(is_dz) {
if(not isalpha(*val) and (*val != ','))
continue;
tok(&key, &val);
}
tok(&key, &val);
if(*key and (*key != ';') and (*key != '%')) {
if(is_sqafix) {
char *grp, *desc;
tok(&grp, &val);
if((desc = strchr(val, '\"')) != NULL) {
char *p = strchr(++desc, '\"');
if(p)
*p = NUL;
else
desc = NULL;
}
for(area_iterator ap = idx.begin(); ap != idx.end(); ap++) {
if(strieql(key, (*ap)->echoid())) {
(*ap)->set_groupid(toupper(*grp));
if(desc)
(*ap)->set_desc(desc);
break;
}
}
}
else {
char *desc;
if(is_dz)
tok(&desc, &val);
else
desc = val;
for(area_iterator ap = idx.begin(); ap != idx.end(); ap++) {
if(strieql(key, (*ap)->echoid())) {
(*ap)->set_desc(desc);
break;
}
}
}
}
}
fclose(fp);
}
}
}
// ------------------------------------------------------------------
void AreaList::GetAreaDesc(char* val) {
char* key;
Area* aa = NULL;
// Get echoid and find area
getkeyval(&key, &val);
for(area_iterator ap = idx.begin(); ap != idx.end(); ap++) {
if(strieql(key, (*ap)->echoid())) {
aa = *ap;
break;
}
}
if(aa == NULL) // Not found, ignore
return;
// Get description
getkeyval(&key, &val);
aa->set_desc(key);
// Get group letter (optional)
getkeyval(&key, &val);
if(*key) {
if(*key != '-') {
if(*key == '#')
aa->set_groupid(atoi(key+1)+0x8000u);
else
aa->set_groupid(toupper(*key));
}
// Get aka (optional)
getkeyval(&key, &val);
if(*key) {
if(*key != '-') {
ftn_addr aka;
if(not CFG->aka.empty()) // Seed aka with main address
aka = CFG->aka[0].addr;
aka.set(key);
aa->set_aka(aka);
}
// Get attributes (optional)
getkeyval(&key, &val);
if(*key) {
if(*key != '-') {
Attr attr;
GetAttribstr(&attr, key);
aa->set_attr(attr);
}
// Get origin (optional)
getkeyval(&key, &val);
if(*key)
aa->set_origin(key);
}
}
}
}
// ------------------------------------------------------------------
// Reset area data
void AreaCfg::reset() {
*echoid = *desc = *path = NUL;
origin = "";
areaid = 0;
groupid = 0;
originno = 0;
board = 0;
msgbase = 0;
aka.reset();
type = 0;
scan = 0;
scanexcl = 0;
scanincl = 0;
pmscan = 0;
pmscanexcl = 0;
pmscanincl = 0;
attr.reset();
}
// ------------------------------------------------------------------
// Set area description
const char* AreaCfg::setdesc(const char* _desc) {
return strxcpy(desc, _desc, sizeof(Desc));
}
// ------------------------------------------------------------------
// Set area echoid
const char* AreaCfg::setautoid(const char* _echoid) {
return strxcpy(echoid, CFG->areaautoid ? "" : _echoid, sizeof(Echo));
}
// ------------------------------------------------------------------
// Set area echoid
const char* AreaCfg::setechoid(const char* _echoid) {
return strxcpy(echoid, _echoid, sizeof(Echo));
}
// ------------------------------------------------------------------
// Set area path/filename
const char* AreaCfg::setpath(const char* _path) {
return StripQuotes(strxcpy(path, _path, sizeof(Path)));
}
// ------------------------------------------------------------------
// Set area origin
int AreaCfgBase::setorigin(std::string& _origin) {
if(not strblank(_origin.c_str())) {
// Check if it already exists
gstrarray::iterator n;
for(n = CFG->origin.begin(), originno = 0; n != CFG->origin.end(); originno++, n++)
if(*n == _origin)
return originno;
// Not found, so add it
CfgOrigin(_origin.c_str());
// originno = CFG->origin.size()-1;
}
return originno;
}
// ------------------------------------------------------------------
Area::Area(gmo_area* a) {
throw_new(a);
area = a;
adat = NULL;
bookmark = 0;
marks = 0;
unread = 0;
isvalidchg = false;
isunreadchg = false;
isreadmark = false;
isreadpm = false;
isscanned = false;
ispmscanned = false;
istossed = false;
}
// ------------------------------------------------------------------
Area::~Area() {
throw_delete(area);
}
// ------------------------------------------------------------------
char* MapPath(char* map, bool reverse) {
Path buf, cmap;
strxcpy(cmap, map, sizeof(Path));
if(reverse)
strchg(cmap, GOLD_WRONG_SLASH_CHR, GOLD_SLASH_CHR);
std::vector< std::pair<std::string, std::string> >::iterator i;
for(i = CFG->mappath.begin(); i != CFG->mappath.end(); i++) {
const char* p = reverse ? i->second.c_str() : i->first.c_str();
const char* q = reverse ? i->first.c_str() : i->second.c_str();
if(strnieql(cmap, p, strlen(p))) {
strxcpy(buf, map, sizeof(Path));
strxmerge(map, sizeof(Path), q, buf+strlen(p), NULL);
char sl1, sl2;
char* ptr;
ptr = strpbrk(p, "/\\");
sl1 = ptr ? *ptr : NUL;
ptr = strpbrk(q, "/\\");
sl2 = ptr ? *ptr : NUL;
if(sl1 and sl2 and (sl1 != sl2))
strchg(map, sl1, sl2);
break;
}
}
return map;
}
// ------------------------------------------------------------------
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