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tossarcs.cpp
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// MaxiM: find_t
#include "partoss.h"
#include "globext.h"
#include "tossarcs.h"
#include "lowlevel.h"
#include "morfiles.h"
#include "errors.h"
#include "archives.h"
#include "partserv.h"
#include "control.h"
#include "attach.h"
#include "partsqd.h"
#include "crc32.h"
#include "parsrout.h"
#include "buftopkt.h"
#include "buftomsg.h"
#include "buftosqd.h"
#include "headers.h"
#include "pkttobuf.h"
#include "template.h"
#include "scanbase.h"
#include "packets.h"
long badpos;
void tossarcs(void)
{
short i, t, cycle = 1, wasunp = 2;
char packname[(DirSize + 1)], fullname[(DirSize + 1)],
tempsqdn[(DirSize + 1)], currname[DirSize + 1], cext[8], ssystem[DirSize + 1];
struct find_t fblk;
struct pktname *tinbound = NULL, *tapkt = NULL /*,*tbpkt=NULL */ ;
while(cycle)
{
cycle = 0;
if(wasunp == 1)
wasunp = 0;
mystrncpy(packname, bcfg.workdir, DirSize);
mystrncat(packname, "ptbackup.tkp", 16, DirSize);
mystrncpy(fullname, bcfg.workdir, DirSize);
mystrncat(fullname, "ptbackup.pkt", 16, DirSize);
if(access(packname, 0) == 0)
if(!globbad)
rrename(packname, fullname);
createpkts();
chsize(temppkt, 0);
lseek(temppkt, 0, SEEK_SET);
if(both)
{
mystrncpy(tempsqdn, bcfg.workdir, DirSize);
mystrncat(tempsqdn, "tempsqd.$$$", 16, DirSize);
if((tempsqd = (short)sopen(tempsqdn, O_RDWR | O_BINARY | O_CREAT, SH_DENYWR, S_IRWXU | S_IRWXG | S_IRWXO)) == -1)
{
mystrncpy(errname, tempsqdn, DirSize);
errexit(2, __FILE__, __LINE__);
}
}
// mystrncpy(packname,bcfg.workdir,DirSize);
mystrncpy(packname, PKT_MASK, DirSize);
if(alog == 0)
{
mustlog = -1;
mystrncpy(echologt, bcfg.workdir, DirSize);
mystrncat(echologt, "echolog.$$$", DirSize, DirSize);
if((alog = (short)sopen(echologt, O_RDWR | O_BINARY | O_CREAT, SH_DENYWR, S_IRWXU | S_IRWXG | S_IRWXO)) == -1)
{
mystrncpy(errname, echologt, DirSize);
errexit(2, __FILE__, __LINE__);
}
chsize(alog, 0);
lseek(alog, 0, SEEK_SET);
}
for(i = 0; i < 7; i++)
{
for(t = 0; t <= bcfg.levels; t++)
{
mystrncpy(cext, arcsh[i], 7);
if(t)
cext[3] += (char)t;
tinbound = bcfg.inbound;
while(tinbound)
{
mystrncpy(fullname, tinbound->name, DirSize);
mystrncat(fullname, cext, 16, DirSize);
pgood = (short)_dos_findfirst(fullname, findattr, &fblk);
while(pgood == 0)
{
if(!(fblk.attrib & 0x1f))
{
if(fblk.name[strlen(fblk.name) - 4] == '.')
{
if(bcfg.sortarc) // ¥á«¨ SortArc - ¯à®áâ® § ¯®¬¨¬ ¯ ª¥â, ¨ ç¥ ¦¥ áà §ã à ᯠªã¥¬ ¨ à áâ®áᨬ
addarcs(tinbound->name, &fblk, tinbound->where ? 1 : 0);
else
{
mystrncpy(currname, tinbound->name, DirSize);
mystrncat(currname, fblk.name, DirSize, DirSize);
if(bcfg.sbu[0]) // ‡ ¯ã᪠¥¬ ¯à®æ¥áá BeforeUnpack
{
mystrncpy(ssystem, bcfg.sbu, DirSize);
mystrncat(ssystem, " ", 5, DirSize);
mystrncat(ssystem, currname, DirSize, DirSize);
#ifdef __NT__
GetConsoleTitle(logout, BufSize);
#endif
system(ssystem);
#ifdef __NT__
SetConsoleTitle(logout);
#endif
}
archiver(currname, packname, 1); // ᯠª®¢ë¢ ¥¬
wasunp = 1;
if(bcfg.sau[0]) // ‡ ¯ã᪠¥¬ ¯à®æ¥áá AfterUnpack
{
ccprintf("Execute [%s]\r\n", bcfg.sau);
#ifdef __NT__
GetConsoleTitle(logout, BufSize);
#endif
system(bcfg.sau);
#ifdef __NT__
SetConsoleTitle(logout);
#endif
}
if(!bcfg.bunarc)
cycle |= tosspkts();
}
}
}
pgood = (short)_dos_findnext(&fblk);
}
_dos_findclose(&fblk);
tinbound = tinbound->next;
}
}
}
if(bcfg.sortarc) // ¥á«¨ SortArc
{
sortfpkt(0);
tapkt = apkt;
while(tapkt)
{
if(bcfg.sbu[0]) // ‡ ¯ã᪠¥¬ ¯à®æ¥áá BeforeUnpack
{
mystrncpy(ssystem, bcfg.sbu, DirSize);
mystrncat(ssystem, " ", 5, DirSize);
mystrncat(ssystem, tapkt->name, DirSize, DirSize);
#ifdef __NT__
GetConsoleTitle(logout, BufSize);
#endif
system(ssystem);
#ifdef __NT__
SetConsoleTitle(logout);
#endif
}
archiver(tapkt->name, packname, 1);
wasunp = 1;
if(bcfg.sau[0]) // § ¯ã᪠¥¬ AfterUnpack
{
ccprintf("Execute [%s]\r\n", bcfg.sau);
#ifdef __NT__
GetConsoleTitle(logout, BufSize);
#endif
system(bcfg.sau);
#ifdef __NT__
SetConsoleTitle(logout);
#endif
}
if(!bcfg.bunarc)
cycle |= tosspkts();
tinbound = tapkt->next;
myfree((void **)&tapkt, __FILE__, __LINE__);
tapkt = tinbound;
}
}
if(bcfg.saua[0] && wasunp) // § ¯ã᪠¥¬ ¯à®æ¥áá AfterUnpackAll
{
#ifdef __NT__
GetConsoleTitle(logout, BufSize);
#endif
system(bcfg.saua);
#ifdef __NT__
SetConsoleTitle(logout);
#endif
};
wasunp = 1;
apkt = NULL;
cycle |= tosspkts();
if(!cycle)
{
closesqd(badmess, 0);
if(!bcfg.killdupes)
closesqd(dupes, 0);
closesqd(persarea, 1);
closesqd(newarea, 1);
}
if(mode & 0x08 || bcfg.autosend)
makeattach(0);
delpkts();
if(both)
{
cclose(&tempsqd, __FILE__, __LINE__);
unlink(tempsqdn);
}
delpkts();
if(bcfg.single)
cycle = 0;
}
}
short tosspkts(void)
{
struct pktname *cpkt = NULL, *tpkt = NULL, *tinbound = NULL;
char pbadname[(DirSize + 1)], *temp = NULL;
short retcode, retc = 0;
if(!bcfg.dnsipkt)
{
tinbound = bcfg.inbound;
while(tinbound)
{
addpacket(tinbound->name, 0);
tinbound = tinbound->next;
}
}
addpacket(bcfg.workdir, 0);
sortfpkt(1);
cpkt = fpkt;
while(cpkt)
{
retcode = tosspkt(cpkt);
if(retcode == 0)
{
unlink(cpkt->name);
temp = strrchr(cpkt->name, DIRSEP[0]);
if(temp)
temp++;
else
temp = cpkt->name;
if(strnicmp(temp, "ptbackup", 8))
retc = 1;
}
else
{
if(retcode == 1 || retcode == 2 || retcode == 3)
{
mystrncpy(pbadname, cpkt->name, DirSize);
pbadname[strlen(pbadname) - 3] = 'b';
// if(logfileok)
// {
if(retcode == 1)
sprintf(logout, "??? Inbound packet %s is damaged, look near offset %lx", cpkt->name, badpos);
else if(retcode == 2)
sprintf(logout, "??? Inbound packet %s - wrong password", cpkt->name);
else
sprintf(logout, "??? Inbound packet %s - not for us", cpkt->name);
ccprintf("\r\n%s\r\n", logout);
logwrite(1, 1);
if(!rrename(cpkt->name, pbadname))
{
sprintf(logout, "??? Renamed to %s for Your intervence", pbadname);
ccprintf("\r\n%s\r\n", logout);
logwrite(1, 1);
}
// }
}
else
{
sprintf(logout, "??? Can't open inbound packet %s", cpkt->name);
if(logfileok)
logwrite(1, 1);
ccprintf("\r\n%s\r\n", logout);
}
}
if(both && (mode & 0x08 || bcfg.autosend) && bcfg.bpack)
makeattach(1);
cpkt = cpkt->next;
}
cpkt = fpkt;
while(cpkt)
{
tpkt = cpkt->next;
myfree((void **)&cpkt, __FILE__, __LINE__);
cpkt = tpkt;
}
fpkt = NULL;
if(both && ((mode & 0x08) || bcfg.autosend) && !bcfg.bpack)
makeattach(1);
return retc;
}
short tosspkt(struct pktname *tpkt)
{
struct myaddr *ttaddr = NULL, *tttaddr = NULL, *taddr = NULL;
struct link *blink = NULL;
char *temp = NULL;
char *fromdir[] = { "Inbound", "Secure ", "WorkDir" };
unsigned short i, topack, badpack = 0, badfr, isbackup = 0;
short pktype;
long pktsz;
struct kludge *tkludge = NULL;
memset(oldarea, 0, arealength);
if((pkt = (short)sopen(tpkt->name, O_RDONLY | O_BINARY, SH_DENYWR)) == -1)
return -1;
pktsz = filelength(pkt);
pktype = readhead(pkt, &pktaddr, &node);
#ifdef __LOG_DEBUG__
sprintf(logout, "[D] PKT (%ld bytes) From %u:%u/%u.%u to %u:%u/%u.%u",
pktsz, pktaddr.zone, pktaddr.net, pktaddr.node, pktaddr.point, node.zone, node.net, node.node, node.point);
ccprintf("\n%s\n", logout);
logwrite(1, 1);
#endif
if(pktype < 0)
goto endfunc;
taddr = bcfg.address.chain;
while(taddr)
{
if(pktype == 0)
{
if(taddr->zone == node.zone && taddr->net == node.net && taddr->node == node.node)
break;
}
else
{
if(cmpaddr(taddr, &node) == 0)
break;
}
taddr = taddr->next;
}
if((taddr == NULL) && bcfg.secure)
{
badpack = 3;
goto endfunc;
}
temp = strrchr(tpkt->name, DIRSEP[0]);
if(temp)
temp++;
else
temp = tpkt->name;
if(strnicmp(temp, "ptbackup.pkt", 12) == 0)
isbackup = 1;
ccprintf("\r\n[%s] %s (%ld bytes) - %u:%u/%u.%u\r\n", fromdir[tpkt->where],
temp, pktsz, pktaddr.zone, pktaddr.net, pktaddr.node, pktaddr.point);
sprintf(logout, "[%s] %s (%ld bytes) from %u:%u/%u.%u to %u:%u/%u.%u",
fromdir[tpkt->where], temp, pktsz, pktaddr.zone, pktaddr.net,
pktaddr.node, pktaddr.point, node.zone, node.net, node.node, node.point);
logwrite(1, 3);
blink = bcfg.links.chain;
while(blink)
{
if(cmpaddr(&blink->address, &pktaddr) == 0)
break;
blink = blink->next;
}
if(blink && blink->password[0])
{
if(blink->mask & (2L << 20))
{
if((strlen(blink->password) != strlen(ppassword)) ||
(strncmp(blink->password, ppassword, strlen(ppassword)) != 0))
{
badpack = 2;
goto endfunc;
}
}
}
create = bcfg.create;
if(blink)
if(create)
create = (blink->create != 65535u);
else
create = (blink->create == 1);
poffset = 58;
loctoss = 0;
while((fmax = (unsigned short)rread(pkt, pktbuf, buflen, __FILE__, __LINE__)) > 0)
{
if(fmax < 34)
break;
pcurpos = 0;
badfr = 0;
pctrlpos = 0;
for(i = pcurpos; i < fmax && (*(pktbuf + i + 1) || (*(pktbuf + i) != 2)); i++);
if(i > pcurpos)
{
badpack = 1;
badpos = poffset;
if(bcfg.dropbad)
goto endfunc;
}
pcurpos = i;
if((pcurpos + 34) >= fmax)
break;
isdupe = 0;
pkttobuf();
lseek(pkt, poffset, SEEK_SET);
if(badfr)
{
wipearea = 0;
totbad++;
badtype = 1;
if(badlocked)
{
sprintf(logout, "BackUp: BadArea is locked");
logwrite(1, 3);
backup(1);
}
else
buftosqd(badmess, bindex, 1);
delctrl(1);
wipearea = 1;
}
else
{
if(!netmail)
{
badarea = setarea(curarea, 0);
if(badarea == -2)
{
sprintf(logout, "Message in DeletedArea %s!", curarea);
logwrite(1, 3);
goto deleted;
}
if(badarea)
{
wipearea = 0;
totbad++;
if(badarea > 0 && (bcfg.locked == 4))
{
sprintf(logout, "BackUp: Area %s is locked", curarea);
logwrite(1, 3);
totbad--;
backup(1);
}
else
{
if(badarea < 0)
badtype = 2;
else
badtype = 5;
if(badlocked)
{
sprintf(logout, "BackUp: BadArea is locked");
logwrite(1, 3);
backup(1);
}
else
buftosqd(badmess, bindex, 1);
}
wipearea = 1;
}
else
{
ttaddr = newarea->links.chain;
while(ttaddr)
{
if(cmpaddr(ttaddr, &pktaddr) == 0)
{
if(ttaddr->rdonly)
{
wipearea = 0;
totbad++;
badtype = 3;
if(badlocked)
{
sprintf(logout, "BackUp: BadArea is locked");
logwrite(1, 3);
backup(1);
}
else
buftosqd(badmess, bindex, 1);
wipearea = 1;
}
else
{
if(!isdupe)
dupcheck(1);
if(newarea->dupes && isdupe)
{
if(tlist)
tlist->alist[carea].dupes++;
totdupes++;
if(!newarea->killd)
{
wipearea = 0;
if(dupelocked)
{
sprintf(logout, "BackUp: DupeArea is locked");
logwrite(1, 3);
backup(1);
}
else
{
//
// For Jury Fradkin
//
if(bcfg.loglevel > 9)
{
sprintf(logout, "Moved to DupeArea, reason - %s", (isdupe == 1) ? "CRC32 match" : "@PATH loop");
logwrite(1, 10);
}
//
// For Jury Fradkin
//
buftosqd(dupes, dindex, 1);
}
wipearea = 1;
}
}
else
writeboth(1);
}
break;
}
ttaddr = ttaddr->next;
}
if(ttaddr == NULL)
{
if(cmpaddr(&(newarea->myaka), &pktaddr) == 0)
{
if(!isdupe)
dupcheck(1);
if(newarea->dupes && isdupe)
{
if(tlist)
tlist->alist[carea].dupes++;
totdupes++;
if(!newarea->killd)
{
wipearea = 0;
if(dupelocked)
{
sprintf(logout, "BackUp: DupeArea is locked");
logwrite(1, 3);
backup(1);
}
else
{
sprintf(logout, "Moved to DupeArea, reason - %s", (isdupe == 1) ? "CRC32 match" : "@PATH loop");
logwrite(1, 10);
buftosqd(dupes, dindex, 1);
}
wipearea = 1;
}
}
else
writeboth(1);
}
else
{
if(!bcfg.secure || isbackup)
{
if(!isdupe)
dupcheck(1);
if(newarea->dupes && isdupe)
{
if(tlist)
tlist->alist[carea].dupes++;
totdupes++;
if(!newarea->killd)
{
wipearea = 0;
if(dupelocked)
{
sprintf(logout, "BackUp: DupeArea is locked");
logwrite(1, 3);
backup(1);
}
else
{
sprintf(logout, "Moved to DupeArea, reason - %s", (isdupe == 1) ? "CRC32 match" : "@PATH loop");
logwrite(1, 10);
buftosqd(dupes, dindex, 1);
}
wipearea = 1;
}
}
else
writeboth(1);
}
else
{
wipearea = 0;
totbad++;
badtype = 4;
if(badlocked)
{
sprintf(logout, "BackUp: BadArea is locked");
logwrite(1, 3);
backup(1);
}
else
{
/*********************************************
Emergency exit in case of this uncatched bug
*********************************************/
if(stricmp(newarea->areaname, curarea))
{
sprintf(logout, "***** Debug at dead:");
logwrite(1, 11);
sprintf(logout, "***** Newarea: %s", newarea->areaname);
logwrite(1, 11);
sprintf(logout, "***** Persarea: %s", persarea->areaname);
logwrite(1, 11);
sprintf(logout, "***** Badarea: %s", badmess->areaname);
logwrite(1, 11);
sprintf(logout, "***** Dupearea: %s", dupes->areaname);
logwrite(1, 11);
sprintf(logout, "***** Curarea: %s", curarea);
logwrite(1, 11);
sprintf(logout, "***** Oldarea: %s", oldarea);
logwrite(1, 11);
sprintf(logout, "***** Message parameters:");
logwrite(1, 11);
sprintf(logout, "***** Packet parameters:");
logwrite(1, 11);
sprintf(logout,
"*** Packet from %u:%u/%u.%u", pktaddr.zone, pktaddr.net, pktaddr.node, pktaddr.point);
logwrite(1, 11);
sprintf(logout, "***** Message parameters:");
logwrite(1, 11);
sprintf(logout, "***** From: %s", bufpkt.fromname);
logwrite(1, 11);
sprintf(logout, "***** To: %s", bufpkt.toname);
logwrite(1, 11);
sprintf(logout, "***** Subj: %s", bufpkt.subj);
logwrite(1, 11);
sprintf(logout, "***** Date: %s", bufpkt.datetime);
logwrite(1, 11);
sprintf(logout, "***** Kludges:");
logwrite(1, 11);
tkludge = pckludge;
while(tkludge)
{
if(tkludge->str[0] == 1)
tkludge->str[0] = '@';
sprintf(logout, "%s", tkludge->str);
logwrite(1, 11);
tkludge = tkludge->next;
}
errexit(15, __FILE__, __LINE__);
}
/*********************************************
Emergency exit in case of this uncatched bug
*********************************************/
buftosqd(badmess, bindex, 1);
sprintf(logout,
"*** Packet was from %u:%u/%u.%u", pktaddr.zone, pktaddr.net, pktaddr.node, pktaddr.point);
logwrite(1, 10);
sprintf(logout, "*** Packet address was not found in links of area %s:", newarea->areaname);
logwrite(1, 10);
tttaddr = newarea->links.chain;
while(tttaddr)
{
sprintf(logout, "**** %u:%u/%u.%u", tttaddr->zone, tttaddr->net, tttaddr->node, tttaddr->point);
logwrite(1, 10);
tttaddr = tttaddr->next;
}
// More precisely debug info
sprintf(logout, "***** Debug info 2: [%s] [%s] [%s]", newarea->areaname, persarea->areaname, curarea);
logwrite(1, 11);
}
wipearea = 1;
}
}
}
}
deleted:
delctrl(1);
}
else
{
memcpy(&bufmess, &bufpkt, szpackmess);
tottoss++;
loctoss++;
tempmsg = temppkt;
mckludge = pckludge;
mkludlen = pkludlen;
mbigmess = pbigmess;
mtolen = ptolen;
mfromlen = pfromlen;
msubjlen = psubjlen;
mtextlen = ptextlen;
taddr = bcfg.address.chain;
while(taddr)
{
if(cmpaddr(taddr, &node) == 0)
break;
taddr = taddr->next;
}
if(taddr)
buftomsg(2);
else
{
if(both && bcfg.pack)
{
if(!notouch || compaddr(notouch->list.chain, &node))
{
if(mflags & 0x18e5el)
topack = 0;
else if(mflags & 0x80)
topack = 2;
else
topack = 1;
if(topack)
if(bcfg.killtr)
topack = 2;
if(topack == 1)
bufmess.flags |= 0x8;
if(mmsgout() || topack < 2)
{
bufmess.flags |= 0x20;
buftomsg(2);
}
}
else
{
bufmess.flags |= 0x20;
buftomsg(2);
}
}
else
{
bufmess.flags |= 0x20;
buftomsg(2);
}
}
mckludge = NULL;
delctrl(1);
if(both && bcfg.pack)
{
tlist = rlist;
while(tlist)
{
for(carea = 0; carea < tlist->numlists; carea++)
{
if(tlist->alist[carea].type == 0 && tlist->alist[carea].scanned == 0)
{
if(newarea->open)
closesqd(newarea, 1);
lseek(areaset, tlist->alist[carea].areaoffs, SEEK_SET);
rread(areaset, newarea, szarea, __FILE__, __LINE__);
scanmsg();
tlist->alist[carea].scanned = 1;
}
}
tlist = tlist->next;
}
}
}
}
}
endfunc:
if(!netmail)
{
closesqd(newarea, 1);
memset(curarea, 0, arealength);
}
cclose(&pkt, __FILE__, __LINE__);
return badpack;
}
void writeboth(short type)
{
struct sysname *tname = NULL, *ttname = NULL, *ttt = NULL;
struct myaddr tpktaddr;
unsigned short tcarea, tarealen, tlkludlen, templen;
short tmpl, move, wascopy = 0;
tottoss++;
loctoss++;
memcpy(arealist, newarea->areaname, 80);
if(tlist)
{
tlist->alist[carea].toss++;
if(bcfg.tossstat)
// tlist->alist[carea].tossed+=(265+pkludlen+ptextlen);
tlist->alist[carea].tossed += (265 + pmsglen);
}
tcarea = carea;
move = 0;
if(newarea->passthr && bcfg.nocarbon)
goto nfound;
tname = bcfg.myname.chain;
while(tname)
{
mustcopy = 0;
if(tname->where & 1) // To:
{
if(tname->name[0])
{
mystrncpy(logout, gltoname, BufSize);
if(tname->exact)
{
if((strncmp(logout, tname->name, strlen(tname->name)) == 0) && (strlen(logout) == strlen(tname->name)))
mustcopy = 1;
}
else
{
if(strstr(strupr(logout), strupr(tname->name)) != NULL)
mustcopy = 1;
}
}
else
{
if((caddr.zone == tname->address.zone
|| tname->address.zone == 65535u)
&& (caddr.net == tname->address.net
|| tname->address.net == 65535u)
&& (caddr.node == tname->address.node
|| tname->address.node == 65535u)
&& (caddr.point == tname->address.point || tname->address.point == 65535u))
mustcopy = 1;
}
}
if(tname->where & 2) // From:
{
if(tname->name[0])
{
mystrncpy(logout, glfromname, BufSize);
if(tname->exact)
{
if((strncmp(logout, tname->name, strlen(tname->name)) == 0) && (strlen(logout) == strlen(tname->name)))
mustcopy = 1;
}
else
{
if(strstr(strupr(logout), strupr(tname->name)) != NULL)
mustcopy = 1;
}
}
else
{
if(!addrfake)
{
if((bufpkt.fromzone == tname->address.zone
|| tname->address.zone == 65535u)
&& (bufpkt.fromnet == tname->address.net
|| tname->address.net == 65535u)
&& (bufpkt.fromnode == tname->address.node
|| tname->address.node == 65535u)
&& (bufpkt.frompoint == tname->address.point || tname->address.point == 65535u))
mustcopy = 1;
}
}
}
if(tname->where & 4) // Subj
{
mystrncpy(logout, glsubj, BufSize);
if(tname->exact)
{
if((strncmp(logout, tname->name, strlen(tname->name)) == 0) && (strlen(logout) == strlen(tname->name)))
mustcopy = 1;
}
else
{
if(strstr(strupr(logout), strupr(tname->name)) != NULL)
mustcopy = 1;
}
}
if(mustcopy)
{
if(tname->move)
move = 1;
if(ttname == NULL)
{
ttname = (struct sysname *)myalloc(szsysname, __FILE__, __LINE__);
ttt = ttname;
}
else
{
ttt = ttname;
while(ttt)
{
if((strlen(tname->persarea) == strlen(ttt->persarea)) && (strcmp(tname->persarea, ttt->persarea) == 0))
goto copied;
ttt = ttt->next;
}
ttt = ttname;
while(ttt->next)
ttt = ttt->next;
ttt->next = (struct sysname *)myalloc(szsysname, __FILE__, __LINE__);
ttt = ttt->next;
}
memcpy(ttt->persarea, tname->persarea, arealength);
ttt->next = NULL;
if((setarea(tname->persarea, 1)) == 0)
{
wipearea = 0;
wascopy = 1;
totpers++;
gpers = 1;
buftosqd(persarea, pindex, 1);
gpers = 0;
}
if(type == 1)
{
if(tname->templ[0])
{
if((tmpl = (short)sopen(tname->templ, O_RDONLY | O_BINARY, SH_DENYWR)) != -1)
{
bufmess.toname = (char *)myalloc(36, __FILE__, __LINE__);
bufmess.fromname = (char *)myalloc(36, __FILE__, __LINE__);
bufmess.subj = (char *)myalloc(72, __FILE__, __LINE__);
bufmess.tozone = bufpkt.fromzone;
bufmess.tonet = bufpkt.fromnet;
bufmess.tonode = bufpkt.fromnode;
bufmess.topoint = bufpkt.frompoint;
bufmess.fromzone = newarea->myaka.zone;
bufmess.fromnet = newarea->myaka.net;
bufmess.fromnode = newarea->myaka.node;
bufmess.frompoint = newarea->myaka.point;
mystrncpy(bufmess.toname, bufpkt.fromname, 35);
mystrncpy(bufmess.fromname, "Parma Tosser", 35);
mystrncpy(bufmess.subj, bufpkt.subj, 71);
mtolen = strlen(bufmess.toname);
mfromlen = strlen(bufmess.fromname);
msubjlen = strlen(bufmess.subj);
bufmess.flags = 0x181;
mbigmess = 1;
tempmsg = templat(0, tmpl);
lseek(tempmsg, 0, SEEK_SET);
templen = (unsigned short)ptextlen;
pmsglen = ptextlen = filelength(tempmsg);
pmsglen += pkludlen - 1;
mckludge = NULL;
buftomsg(4);
pmsglen = ptextlen = templen;
cclose(&tempmsg, __FILE__, __LINE__);
cclose(&tmpl, __FILE__, __LINE__);
unlink(pttmpl);
myfree((void **)&bufmess.subj, __FILE__, __LINE__);
myfree((void **)&bufmess.toname, __FILE__, __LINE__);
myfree((void **)&bufmess.fromname, __FILE__, __LINE__);
}
}
}
mustcopy = 0;
wipearea = 1;
}
copied:
tname = tname->next;
}
ttt = ttname;
while(ttt)
{
ttname = ttt->next;
myfree((void **)&ttt, __FILE__, __LINE__);
ttt = ttname;
}
mustcopy = 0;
if(wascopy)
{
tlist = rlist;
while(tlist)
{
for(carea = 0; carea < tlist->numlists; carea++)
if(stricmp(tlist->alist[carea].areaname, arealist) == 0 &&
strlen(tlist->alist[carea].areaname) == strlen(arealist))
goto nfound;
tlist = tlist->next;
}
}
nfound:
if(type == 1 && both)
{
tarealen = arealen;
tlkludlen = lkludlen;
if(tlist)
{
if(!tlist->alist[carea].scanned)
{
memcpy(&tpktaddr, &pktaddr, szmyaddr);
scansqd();
memcpy(&pktaddr, &tpktaddr, szmyaddr);
tlist->alist[carea].scanned = 1;
}
}
if(newarea->numlinks > 1)
msgout(1);
arealen = tarealen;
lkludlen = tlkludlen;
}
if(type == 1 && !(both && newarea->passthr) && !move)
{
buftosqd(newarea, nindex, 1);
}
else
inecholog(newarea->areaname);
carea = tcarea;
if(move)
glmove = 1;
}
void backup(short type)
{
struct packet btpack;