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mail.cpp
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// ----------------------------------------------------------------------
// LoraBBS Professional Edition - Version 3.00.11
// Copyright (c) 1996 by Marco Maccaferri. All rights reserved.
//
// History:
// 07/17/95 - Initial coding.
// ----------------------------------------------------------------------
#include "_ldefs.h"
#include "mail.h"
PSZ CheckExts[] = { ".su", ".mo", ".tu", ".we", ".th", ".fr", ".sa", NULL };
TKludges::TKludges (void)
{
Data.Clear ();
Sort = TRUE;
}
TKludges::~TKludges (void)
{
Data.Clear ();
}
USHORT TKludges::Add (VOID)
{
USHORT Insert = FALSE;
CHAR Temp[64];
KLUDGES Buffer, *Current;
sprintf (Temp, "%u:%u/%u.%u", Zone, Net, Node, Point);
if (Check (Temp) == FALSE) {
memset (&Buffer, 0, sizeof (KLUDGES));
Buffer.Zone = Zone;
Buffer.Net = Net;
Buffer.Node = Node;
Buffer.Point = Point;
if (Sort == TRUE) {
if ((Current = (KLUDGES *)Data.First ()) != NULL) {
if (Current->Net > Net)
Insert = TRUE;
else if (Current->Net == Net && Current->Node > Node)
Insert = TRUE;
else if (Current->Net == Net && Current->Node == Node && Current->Point > Point)
Insert = TRUE;
if (Insert == TRUE) {
Data.Insert (&Buffer, sizeof (KLUDGES));
Data.Insert (Current, sizeof (KLUDGES));
Data.First ();
Data.Remove ();
Data.First ();
}
else {
while ((Current = (KLUDGES *)Data.Next ()) != NULL) {
if (Current->Net > Net)
Insert = TRUE;
else if (Current->Net == Net && Current->Node > Node)
Insert = TRUE;
else if (Current->Net == Net && Current->Node == Node && Current->Point > Point)
Insert = TRUE;
if (Insert == TRUE) {
Data.Previous ();
Data.Insert (&Buffer, sizeof (KLUDGES));
break;
}
}
if (Insert == FALSE) {
Data.Add (&Buffer, sizeof (KLUDGES));
Insert = TRUE;
}
}
}
else {
if (Insert == FALSE) {
Data.Add (&Buffer, sizeof (KLUDGES));
Insert = TRUE;
}
}
}
else
Data.Add (&Buffer, sizeof (KLUDGES));
}
return (Insert);
}
USHORT TKludges::AddString (PSZ pszString)
{
USHORT RetVal = FALSE;
CHAR Temp[128], *p;
class TAddress Address;
strcpy (Temp, pszString);
if ((p = strtok (Temp, " ")) != NULL)
do {
if (Check (p) == FALSE) {
Address.Parse (p);
Zone = Address.Zone;
if (Address.Net != 0)
Net = Address.Net;
if (Address.Node != 0)
Node = Address.Node;
Point = Address.Point;
RetVal = Add ();
}
} while ((p = strtok (NULL, " ")) != NULL);
return (RetVal);
}
USHORT TKludges::Check (PSZ pszAddress)
{
USHORT RetVal = FALSE;
KLUDGES *El;
class TAddress Addr;
Addr.Parse (pszAddress);
if ((El = (KLUDGES *)Data.First ()) != NULL)
do {
if (El->Net == Addr.Net && El->Node == Addr.Node && El->Point == Addr.Point) {
Zone = El->Zone;
Net = El->Net;
Node = El->Node;
Point = El->Point;
sprintf (Address, "%u/%u", Net, Node);
RetVal = TRUE;
break;
}
} while ((El = (KLUDGES *)Data.Next ()) != NULL);
return (RetVal);
}
VOID TKludges::Clear (VOID)
{
Data.Clear ();
New ();
}
VOID TKludges::Delete (VOID)
{
if (Data.Value () != NULL)
Data.Remove ();
}
USHORT TKludges::First (VOID)
{
USHORT RetVal = FALSE;
KLUDGES *El;
if ((El = (KLUDGES *)Data.First ()) != NULL) {
Zone = El->Zone;
Net = El->Net;
Node = El->Node;
Point = El->Point;
if (Point != 0)
sprintf (Address, "%u/%u.%u", Net, Node, Point);
else
sprintf (Address, "%u/%u", Net, Node);
strcpy (ShortAddress, Address);
RetVal = TRUE;
}
return (RetVal);
}
VOID TKludges::New (VOID)
{
Zone = 0;
Net = 0;
Node = 0;
Point = 0;
}
USHORT TKludges::Next (VOID)
{
USHORT RetVal = FALSE;
KLUDGES *El;
if ((El = (KLUDGES *)Data.Next ()) != NULL) {
if (Net != El->Net) {
if (El->Point != 0)
sprintf (ShortAddress, "%u/%u.%u", El->Net, El->Node, El->Point);
else
sprintf (ShortAddress, "%u/%u", El->Net, El->Node);
}
else {
if (Node == El->Node && El->Point != 0)
sprintf (ShortAddress, ".%u", El->Point);
else {
if (El->Point != 0)
sprintf (ShortAddress, "%u.%u", El->Point);
else
sprintf (ShortAddress, "%u", El->Node);
}
}
Zone = El->Zone;
Net = El->Net;
Node = El->Node;
Point = El->Point;
if (Point != 0)
sprintf (Address, "%u/%u.%u", Net, Node, Point);
else
sprintf (Address, "%u/%u", Net, Node);
RetVal = TRUE;
}
return (RetVal);
}
// ----------------------------------------------------------------------
TMail::TMail (void)
{
#if defined(__LINUX__)
strcpy (Inbound, "./");
#else
strcpy (Inbound, ".\\");
#endif
Log = NULL;
Msg = NULL;
Packet = NULL;
PktName[0] = LastTag[0] = '\0';
MsgTossed = Duplicate = Bad = NetMail = 0L;
Packets = 0;
}
TMail::~TMail (void)
{
if (Msg != NULL) {
Msg->UnLock ();
delete Msg;
Msg = NULL;
}
if (Packet != NULL) {
delete Packet;
Packet = NULL;
}
}
USHORT TMail::OpenNextPacket (VOID)
{
DIR *dir;
USHORT RetVal = FALSE, MaxBad;
CHAR Filename[128], OpenFileName[128];
PSZ p;
ULONG PktDate;
struct dirent *ent;
struct stat statbuf;
strcpy (Filename, Inbound);
if (Filename[strlen (Filename) - 1] == '\\' || Filename[strlen (Filename) - 1] == '/')
Filename[strlen (Filename) - 1] = '\0';
if ((dir = opendir (Filename)) != NULL) {
while ((ent = readdir (dir)) != NULL) {
strlwr (ent->d_name);
if (strstr (ent->d_name, ".pk") != NULL) {
sprintf (Filename, "%s%s", Inbound, ent->d_name);
stat (Filename, &statbuf);
strcpy (PktName, ent->d_name);
PktDate = statbuf.st_mtime;
RetVal = TRUE;
break;
}
}
if (RetVal == TRUE) {
while ((ent = readdir (dir)) != NULL) {
strlwr (ent->d_name);
if (strstr (ent->d_name, ".pk") != NULL) {
sprintf (Filename, "%s%s", Inbound, ent->d_name);
stat (Filename, &statbuf);
if (PktDate > statbuf.st_mtime) {
strcpy (PktName, ent->d_name);
PktDate = statbuf.st_mtime;
}
}
}
}
closedir (dir);
}
if (RetVal == TRUE) {
MaxBad = 0;
strcpy (Filename, Inbound);
if (Filename[strlen (Filename) - 1] == '\\' || Filename[strlen (Filename) - 1] == '/')
Filename[strlen (Filename) - 1] = '\0';
if ((dir = opendir (Filename)) != NULL) {
while ((ent = readdir (dir)) != NULL) {
strlwr (ent->d_name);
if (strstr (ent->d_name, "bad_pkt.") != NULL) {
if ((p = strchr (ent->d_name, '.')) != NULL) {
p++;
if (atoi (p) > MaxBad)
MaxBad = (USHORT)atoi (p);
}
}
}
closedir (dir);
}
// We have found a valid packet. To avoid system lockups due to an invalid
// packet file we now rename the file to something that prevents the same
// file to be read two times.
sprintf (Filename, "%s%s", Inbound, PktName);
sprintf (OpenFileName, "%sbad_pkt.%03d", Inbound, ++MaxBad);
rename (Filename, OpenFileName);
if (Packet != NULL)
delete Packet;
if ((Packet = new PACKET) != NULL) {
if (Packet->Open (OpenFileName, FALSE) == FALSE) {
delete Packet;
Packet = NULL;
RetVal = FALSE;
}
}
}
return (RetVal);
}
USHORT TMail::ExportEchoMail (ULONG Number, PSZ pszEchoTag)
{
USHORT SentArea = 0;
CHAR *Text;
class TAddress ToAddr;
if (Msg != NULL) {
if (Msg->Read (Number, MAX_LINE_LENGTH) == TRUE) {
sprintf (Temp, "AREA:%s", pszEchoTag);
if ((Text = (PSZ)Msg->Text.First ()) != NULL) {
Msg->Text.Insert (Temp, (USHORT)(strlen (Temp) + 1));
if (*Text != '\0')
Msg->Text.Insert (Text, (USHORT)(strlen (Text) + 1));
Msg->Text.First ();
Msg->Text.Remove ();
}
else
Msg->Text.Add (Temp, (USHORT)(strlen (Temp) + 1));
SeenBy = new TKludges;
Path = new TKludges;
if (SeenBy != NULL && Path != NULL) {
Path->Sort = FALSE;
if ((Text = (PSZ)Msg->Text.First ()) != NULL)
do {
if (!strncmp (Text, "SEEN-BY: ", 9) && SeenBy != NULL) {
SeenBy->AddString (&Text[9]);
Msg->Text.Remove ();
Text = (PSZ)Msg->Text.Value ();
}
else if (!strncmp (Text, "\001PATH: ", 7) && Path != NULL) {
Path->AddString (&Text[7]);
Msg->Text.Remove ();
Text = (PSZ)Msg->Text.Value ();
}
else {
if (Msg->Local == TRUE && Cfg->ReplaceTear == TRUE) {
if (!strncmp (Text, "---", 3)) {
sprintf (Temp, "--- %s", Cfg->TearLine);
strsrep (Temp, "%1", VERSION);
Msg->Text.Replace (Temp, (USHORT)(strlen (Temp) + 1));
}
}
Text = (PSZ)Msg->Text.Next ();
}
} while (Text != NULL);
if (Forward->First () == TRUE)
do {
Forward->Skip = FALSE;
Forward->Update ();
} while (Forward->Next () == TRUE);
if (Forward->First () == TRUE)
do {
if (SeenBy->Check (Forward->Address) == TRUE) {
Forward->Skip = TRUE;
Forward->Update ();
}
else
SeenBy->AddString (Forward->Address);
} while (Forward->Next () == TRUE);
if (Data->Address[0] != '\0') {
SeenBy->AddString (Data->Address);
Path->AddString (Data->Address);
}
else if (Cfg->MailAddress.First () == TRUE) {
SeenBy->AddString (Cfg->MailAddress.String);
Path->AddString (Cfg->MailAddress.String);
}
if (SeenBy->First () == TRUE) {
strcpy (Temp, "SEEN-BY:");
do {
if (strlen (Temp) + strlen (SeenBy->ShortAddress) + 1 > 70) {
Msg->Text.Add (Temp);
strcpy (Temp, "SEEN-BY:");
strcpy (SeenBy->ShortAddress, SeenBy->Address);
}
if (SeenBy->Net != Cfg->FakeNet && SeenBy->Point == 0) {
strcat (Temp, " ");
strcat (Temp, SeenBy->ShortAddress);
}
} while (SeenBy->Next () == TRUE);
if (strlen (Temp) > 8)
Msg->Text.Add (Temp);
}
if (Path->First () == TRUE) {
strcpy (Temp, "\001PATH:");
do {
if (strlen (Temp) + strlen (Path->ShortAddress) + 1 > 70) {
Msg->Text.Add (Temp);
strcpy (Temp, "\001PATH:");
strcpy (Path->ShortAddress, SeenBy->Address);
}
if (Path->Point == 0) {
strcat (Temp, " ");
strcat (Temp, Path->ShortAddress);
}
} while (Path->Next () == TRUE);
if (strlen (Temp) > 6)
Msg->Text.Add (Temp);
}
}
if (Path != NULL)
delete Path;
if (SeenBy != NULL)
delete SeenBy;
if (Forward->First () == TRUE)
do {
if (Forward->Skip == FALSE) {
if ((Packet = new PACKET) != NULL) {
strcpy (Packet->ToAddress, Forward->Address);
if (Data->Address[0] != '\0')
strcpy (Packet->FromAddress, Data->Address);
else {
ToAddr.Parse (Packet->ToAddress);
if (Cfg->MailAddress.First () == TRUE) {
strcpy (Packet->FromAddress, Cfg->MailAddress.String);
do {
if (Cfg->MailAddress.Zone == ToAddr.Zone) {
strcpy (Packet->FromAddress, Cfg->MailAddress.String);
break;
}
} while (Cfg->MailAddress.Next () == TRUE);
}
}
Cfg->MailAddress.First ();
if (Cfg->MailAddress.Zone == Forward->Zone) {
if (Forward->Point != 0) {
#if defined(__LINUX__)
sprintf (Temp, "%s/%04x%04x.pnt", Outbound, Forward->Net, Forward->Node);
mkdir (Temp, 0666);
sprintf (Temp, "%s/%04x%04x.pnt/%08x.xpr", Outbound, Forward->Net, Forward->Node, Forward->Point);
#else
sprintf (Temp, "%s\\%04x%04x.pnt", Outbound, Forward->Net, Forward->Node);
mkdir (Temp);
sprintf (Temp, "%s\\%04x%04x.pnt\\%08x.xpr", Outbound, Forward->Net, Forward->Node, Forward->Point);
#endif
}
else
#if defined(__LINUX__)
sprintf (Temp, "%s/%04x%04x.xpr", Outbound, Forward->Net, Forward->Node);
#else
sprintf (Temp, "%s\\%04x%04x.xpr", Outbound, Forward->Net, Forward->Node);
#endif
}
else {
sprintf (Temp, "%s.%03x", Outbound, Forward->Zone);
#if defined(__LINUX__)
mkdir (Temp, 0666);
#else
mkdir (Temp);
#endif
if (Forward->Point != 0) {
#if defined(__LINUX__)
sprintf (Temp, "%s.%03x/%04x%04x.pnt", Outbound, Forward->Zone, Forward->Net, Forward->Node);
mkdir (Temp, 0666);
sprintf (Temp, "%s.%03x/%04x%04x.pnt/%08x.xpr", Outbound, Forward->Zone, Forward->Net, Forward->Node, Forward->Point);
#else
sprintf (Temp, "%s.%03x\\%04x%04x.pnt", Outbound, Forward->Zone, Forward->Net, Forward->Node);
mkdir (Temp);
sprintf (Temp, "%s.%03x\\%04x%04x.pnt\\%08x.xpr", Outbound, Forward->Zone, Forward->Net, Forward->Node, Forward->Point);
#endif
}
else
#if defined(__LINUX__)
sprintf (Temp, "%s.%03x/%04x%04x.xpr", Outbound, Forward->Zone, Forward->Net, Forward->Node);
#else
sprintf (Temp, "%s.%03x\\%04x%04x.xpr", Outbound, Forward->Zone, Forward->Net, Forward->Node);
#endif
}
if (stat (Temp, &statbuf) != 0) {
if ((Nodes = new TNodes (Cfg->NodelistPath)) != NULL) {
if (Nodes->Read (Forward->Address) == TRUE)
strcpy (Packet->Password, Nodes->OutPktPwd);
delete Nodes;
Nodes = NULL;
}
}
if (Packet->Open (Temp, FALSE) == TRUE)
Packet->Add (Msg);
delete Packet;
SentArea++;
}
}
} while (Forward->Next () == TRUE);
if (Dupes->Check (Data->EchoTag, Msg) == FALSE)
Dupes->Add (Data->EchoTag, Msg);
}
}
return (SentArea);
}
VOID TMail::Export (VOID)
{
USHORT i;
ULONG Number, SentArea;
Data = new TMsgData (Cfg->SystemPath);
Forward = new TEchoLink (Cfg->SystemPath);
Dupes = new TDupes (Cfg->SystemPath);
strcpy (Outbound, Cfg->Outbound);
if (Outbound[strlen (Outbound) - 1] == '\\' || Outbound[strlen (Outbound) - 1] == '/')
Outbound[strlen (Outbound) - 1] = '\0';
if (Log != NULL)
Log->Write ("#Scanning messages");
SentArea = MsgSent = 0L;
if (Data != NULL && Forward != NULL) {
if (Data->First () == TRUE)
do {
if (Data->EchoMail == TRUE && Data->EchoTag[0] != '\0') {
Dupes->Load (Data->EchoTag);
Msg = NULL;
if (Data->Storage == ST_JAM)
Msg = new JAM (Data->Path);
else if (Data->Storage == ST_SQUISH)
Msg = new SQUISH (Data->Path);
else if (Data->Storage == ST_FIDO)
Msg = new FIDOSDM (Data->Path);
else if (Data->Storage == ST_ADEPT)
Msg = new ADEPT (Data->Path);
if (Msg != NULL) {
Msg->Lock (0L);
memset (Temp, '.', sizeof (Temp));
memcpy (Temp, Data->EchoTag, strlen (Data->EchoTag));
Temp[strlen (Data->EchoTag)] = ' ';
cprintf ("Scanning %-40.40s ", Temp);
Forward->Load (Data->EchoTag);
if (Forward->First () == TRUE) {
if (Msg->GetHWM (Number) == FALSE)
Number = Data->HighWaterMark;
cprintf ("#%06lu to #%06lu ", Number, Msg->Highest ());
SentArea = 0L;
if (Msg->Next (Number) == TRUE) {
do {
cprintf ("<#%06lu>\b\b\b\b\b\b\b\b\b", Number);
i = ExportEchoMail (Number, Data->EchoTag);
SentArea += i;
MsgSent += i;
} while (Msg->Next (Number) == TRUE);
Msg->SetHWM (Number);
Data->HighWaterMark = Number;
Data->Update ();
if (Log != NULL && SentArea != 0L)
Log->Write (": %-30.30s (Sent=%04lu)", Data->EchoTag, SentArea);
}
}
else {
Number = Msg->Highest ();
Msg->SetHWM (Number);
Data->HighWaterMark = Number;
Data->Update ();
}
Msg->UnLock ();
delete Msg;
cprintf ("\r\n");
}
Dupes->Save ();
}
} while (Data->Next () == TRUE);
}
Msg = NULL;
Packet = NULL;
if (Dupes != NULL)
delete Dupes;
if (Forward != NULL)
delete Forward;
if (Data != NULL)
delete Data;
cprintf ("\r\n");
}
VOID TMail::ExportNetMail (VOID)
{
USHORT OurPoint, FoundIntl;
CHAR *Flag, *Text;
ULONG Number, Sent;
class TAddress Address, FromAddr, ToAddr;
class TAreaMgr *AreaMgr;
strcpy (Outbound, Cfg->Outbound);
if (Outbound[strlen (Outbound) - 1] == '\\' || Outbound[strlen (Outbound) - 1] == '/')
Outbound[strlen (Outbound) - 1] = '\0';
cprintf ("Searching path '%s'...\r\n", Cfg->NetMailPath);
Msg = NULL;
if (Cfg->NetMailStorage == ST_JAM)
Msg = new JAM (Cfg->NetMailPath);
else if (Cfg->NetMailStorage == ST_SQUISH)
Msg = new SQUISH (Cfg->NetMailPath);
else if (Cfg->NetMailStorage == ST_FIDO)
Msg = new FIDOSDM (Cfg->NetMailPath);
else if (Cfg->NetMailStorage == ST_ADEPT)
Msg = new ADEPT (Cfg->NetMailPath);
if ((AreaMgr = new TAreaMgr) != NULL) {
AreaMgr->Cfg = Cfg;
AreaMgr->Log = Log;
}
if (Msg != NULL) {
Msg->Lock (0L);
Sent = 0L;
if (Log != NULL)
Log->Write ("#Packing from %s (%lu msgs)", Cfg->NetMailPath, Msg->Number ());
Number = Msg->Lowest ();
do {
if (Msg->Read (Number, MAX_LINE_LENGTH) == TRUE) {
Address.Clear ();
Address.Parse (Msg->ToAddress);
FoundIntl = FALSE;
if ((Text = (PSZ)Msg->Text.First ()) != NULL)
do {
if (!strncmp (Text, "\001INTL ", 6)) {
FoundIntl = TRUE;
break;
}
} while ((Text = (PSZ)Msg->Text.Next ()) != NULL);
// Controlla che non si tratti di un messaggio indirizzato ad uno dei
// nostri aka e nel contempo se e' indirizzato ad un nostro point
OurPoint = FALSE;
if (Msg->Sent == FALSE && Cfg->MailAddress.First () == TRUE)
do {
if (Cfg->MailAddress.Zone == Address.Zone || Address.Zone == 0) {
if (Cfg->MailAddress.Net == Address.Net && Cfg->MailAddress.Node == Address.Node) {
// Ormai e' sicuro che si tratta di un nostro point
OurPoint = TRUE;
if (Cfg->MailAddress.Point == Address.Point)
Msg->Sent = TRUE;
}
}
} while (Cfg->MailAddress.Next () == TRUE);
if (Msg->Sent == FALSE) {
// Se non si tratta di un nostro point, il messaggio viene indirizzato
// sempre al boss, cioe' all'indirizzo con point = 0
if (OurPoint == FALSE) {
Address.Point = 0;
Address.Add ();
Address.First ();
}
else {
if ((Nodes = new TNodes (Cfg->NodelistPath)) != NULL) {
if (Nodes->First () == TRUE)
do {
if (Nodes->Zone == Address.Zone && !stricmp (Msg->To, Nodes->SysopName) && Nodes->RemapMail == TRUE) {
if (Log != NULL)
Log->Write ("# Remap %s => %s", Address.String, Nodes->Address);
sprintf (Temp, "\001PointMap %s => %s", Address.String, Nodes->Address);
Msg->Text.Add (Temp);
Address.Parse (Nodes->Address);
OurPoint = FALSE;
break;
}
} while (Nodes->Next () == TRUE);
delete Nodes;
Nodes = NULL;
}
}
Flag = "NORMAL";
if (Msg->Crash == TRUE)
Flag = "CRASH";
else if (Msg->Direct == TRUE)
Flag = "DIRECT";
else if (Msg->Hold == TRUE)
Flag = "HOLD";
// sprintf (Temp, "Sending: #%06lu to %s (%s)", Number, Address.String, Flag);
// cprintf ("%-52.52s\r", Temp);
cprintf ("Sending: #%06lu to %s (%s)\r\n", Number, Msg->ToAddress, Flag);
Cfg->MailAddress.First ();
if (Address.Zone == 0 || Cfg->MailAddress.Zone == Address.Zone) {
if (Address.Point != 0) {
#if defined(__LINUX__)
sprintf (Temp, "%s/%04x%04x.pnt", Outbound, Address.Net, Address.Node);
mkdir (Temp, 0666);
sprintf (Temp, "%s/%04x%04x.pnt/%08x.xpr", Outbound, Address.Net, Address.Node, Address.Point);
#else
sprintf (Temp, "%s\\%04x%04x.pnt", Outbound, Address.Net, Address.Node);
mkdir (Temp);
sprintf (Temp, "%s\\%04x%04x.pnt\\%08x.xpr", Outbound, Address.Net, Address.Node, Address.Point);
#endif
}
else
#if defined(__LINUX__)
sprintf (Temp, "%s/%04x%04x.xpr", Outbound, Address.Net, Address.Node);
#else
sprintf (Temp, "%s\\%04x%04x.xpr", Outbound, Address.Net, Address.Node);
#endif
}
else {
sprintf (Temp, "%s.%03x", Outbound, Address.Zone);
#if defined(__LINUX__)
mkdir (Temp, 0666);
#else
mkdir (Temp);
#endif
if (Address.Point != 0) {
#if defined(__LINUX__)
sprintf (Temp, "%s.%03x/%04x%04x.pnt", Outbound, Address.Zone, Address.Net, Address.Node);
mkdir (Temp, 0666);
sprintf (Temp, "%s.%03x/%04x%04x.pnt/%08x.xpr", Outbound, Address.Zone, Address.Net, Address.Node, Address.Point);
#else
sprintf (Temp, "%s.%03x\\%04x%04x.pnt", Outbound, Address.Zone, Address.Net, Address.Node);
mkdir (Temp);
sprintf (Temp, "%s.%03x\\%04x%04x.pnt\\%08x.xpr", Outbound, Address.Zone, Address.Net, Address.Node, Address.Point);
#endif
}
else
#if defined(__LINUX__)
sprintf (Temp, "%s.%03x/%04x%04x.xpr", Outbound, Address.Zone, Address.Net, Address.Node);
#else
sprintf (Temp, "%s.%03x\\%04x%04x.xpr", Outbound, Address.Zone, Address.Net, Address.Node);
#endif
}
if (Msg->Crash == TRUE)
strcpy (&Temp[strlen (Temp) - 3], "cut");
else if (Msg->Direct == TRUE)
strcpy (&Temp[strlen (Temp) - 3], "dut");
else if (Msg->Hold == TRUE)
strcpy (&Temp[strlen (Temp) - 3], "hut");
if ((Packet = new PACKET) != NULL) {
if (OurPoint == TRUE)
strcpy (Packet->ToAddress, Msg->ToAddress);
else
strcpy (Packet->ToAddress, Address.String);
ToAddr.Parse (Packet->ToAddress);
if (Cfg->MailAddress.First () == TRUE) {
strcpy (Packet->FromAddress, Cfg->MailAddress.String);
do {
if (Cfg->MailAddress.Zone == ToAddr.Zone) {
strcpy (Packet->FromAddress, Cfg->MailAddress.String);
break;
}
} while (Cfg->MailAddress.Next () == TRUE);
}
else
strcpy (Packet->FromAddress, Msg->FromAddress);
FromAddr.Parse (Packet->FromAddress);
if ((Cfg->ForceIntl == TRUE || FromAddr.Zone != ToAddr.Zone) && FoundIntl == FALSE) {
sprintf (Temp, "\001INTL %u:%u/%u %u:%u/%u", ToAddr.Zone, ToAddr.Net, ToAddr.Node, FromAddr.Zone, FromAddr.Net, FromAddr.Node);
if ((Text = (PSZ)Msg->Text.First ()) != NULL) {
Msg->Text.Insert (Temp, (USHORT)(strlen (Temp) + 1));
Msg->Text.Insert (Text, (USHORT)(strlen (Text) + 1));
Msg->Text.First ();
Msg->Text.Remove ();
}
else
Msg->Text.Add (Temp, (USHORT)(strlen (Temp) + 1));
}
// Se il file non esiste, allora cerca la password di pacchetto
// definita per il nodo di destinazione
if (stat (Temp, &statbuf) != 0) {
if ((Nodes = new TNodes (Cfg->NodelistPath)) != NULL) {
if (Nodes->Read (Msg->ToAddress) == TRUE)
strcpy (Packet->Password, Nodes->OutPktPwd);
delete Nodes;
Nodes = NULL;
}
}
// Apre il pacchetto .xpr senza effettuare lo scan dei messaggi
if (Packet->Open (Temp, FALSE) == TRUE) {
Packet->Add (Msg);
Sent++;
}
if (Cfg->KeepNetMail == FALSE)
Msg->Delete (Number);
delete Packet;
Packet = NULL;
}
Msg->Sent = TRUE;
Msg->WriteHeader (Number);
}
else if (Msg->Received == FALSE) {
if (!stricmp (Msg->To, "Areafix") || !stricmp (Msg->To, "AreaMgr")) {
if (AreaMgr != NULL) {
Msg->Received = TRUE;
Msg->WriteHeader (Number);
AreaMgr->Msg = Msg;
cprintf ("Processing: #%06lu from %s\r\n", Number, Msg->FromAddress);
AreaMgr->Process ();
}
}
}
}
} while (Msg->Next (Number) == TRUE);
if (Log != NULL)
Log->Write (": Packed=%lu", Sent);
Msg->UnLock ();
delete Msg;
Msg = NULL;
}
if (AreaMgr != NULL)
delete AreaMgr;
cprintf ("\r\n");
}
USHORT TMail::OpenArea (PSZ pszEchoTag)
{
FILE *fp;
USHORT Found = FALSE, Create;
CHAR Temp[64], *p, *path, *tag, *links;
if (Msg != NULL) {
if (Data != NULL && IsAreasBBS == FALSE) {
Data->ActiveMsgs = Msg->Number ();
Data->Update ();
}
if (Dupes != NULL)
Dupes->Save ();
Msg->UnLock ();
delete Msg;
}
Msg = NULL;
strcpy (LastTag, strupr (pszEchoTag));
IsAreasBBS = FALSE;
if (Data != NULL) {
Found = Data->ReadEcho (pszEchoTag);
if (Found == TRUE) {
if (Forward != NULL)
Forward->Load (pszEchoTag);
if (Data->Storage == ST_JAM)
Msg = new JAM (Data->Path);
else if (Data->Storage == ST_SQUISH)
Msg = new SQUISH (Data->Path);
else if (Data->Storage == ST_FIDO)
Msg = new FIDOSDM (Data->Path);
else if (Data->Storage == ST_ADEPT)
Msg = new ADEPT (Data->Path);
}
}
if (Found == FALSE && Cfg->UseAreasBBS == TRUE && Cfg->AreasBBS[0] != '\0') {
if ((fp = fopen (Cfg->AreasBBS, "rt")) != NULL) {
fgets (Temp, sizeof (Temp) - 1, fp);
while (fgets (Temp, sizeof (Temp) - 1, fp) != NULL) {
if (Temp[0] == ';')
continue;
Temp[strlen (Temp) - 1] = '\0';
if ((path = strtok (Temp, " ")) != NULL) {
tag = strtok (NULL, " ");
if ((links = strtok (NULL, "")) != NULL) {
while (*links == ' ')
links++;
}
if (!stricmp (pszEchoTag, tag)) {
Found = TRUE;
IsAreasBBS = TRUE;
if (*path == '$')
Msg = new SQUISH (++path);
else if (*path == '&')
Msg = new JAM (++path);
else if (*path == '=')
Msg = new ADEPT (++path);
else
Msg = new FIDOSDM (path);
if (Forward != NULL) {
Forward->Clear ();
Forward->AddString (links);
}
}
}
}
fclose (fp);
}
}
if (Found == FALSE && Data != NULL) {
Create = FALSE;
if (Nodes != NULL) {
if (Nodes->Read (Packet->FromAddress, FALSE) == TRUE) {
if (Nodes->CreateNewAreas == TRUE) {
Create = TRUE;
if ((p = strtok (Nodes->NewAreasFilter, " ")) != NULL) {
Create = FALSE;
do {
if (strstr (pszEchoTag, strupr (p)) != NULL) {
Create = TRUE;
break;
}
} while ((p = strtok (NULL, " ")) != NULL);
}
}
}
}
if (Create == TRUE) {
strcpy (Temp, pszEchoTag);
Temp[sizeof (Data->Key) - 1] = '\0';
while (Data->Read (Temp) == TRUE) {
if (isdigit (Temp[strlen (Temp) - 1]))
Temp[strlen (Temp) - 1]++;
else
Temp[strlen (Temp) - 1] = '0';
}
Data->New ();
strcpy (Data->Key, Temp);
sprintf (Data->Display, "New area %s", pszEchoTag);
Data->Storage = Cfg->NewAreasStorage;
strcpy (Temp, pszEchoTag);
Temp[8] = '\0';
while ((p = strchr (Temp, '.')) != NULL)
*p = '_';
if (Temp[strlen (Temp) - 1] == '_')
Temp[strlen (Temp) - 1] = '\0';
sprintf (Data->Path, "%s%s", Cfg->NewAreasPath, Temp);
strlwr (Data->Path);
Data->Level = Cfg->NewAreasLevel;
Data->AccessFlags = Cfg->NewAreasFlags;
Data->DenyFlags = Cfg->NewAreasDenyFlags;
Data->WriteLevel = Cfg->NewAreasWriteLevel;
Data->WriteFlags = Cfg->NewAreasWriteFlags;
Data->DenyWriteFlags = Cfg->NewAreasDenyWriteFlags;
strcpy (Data->EchoTag, pszEchoTag);