static __declspec(naked) void
SecureSendAfterEncrypt()
{
void *parent_ebp;
void *self; // ICSecureSocket *
void *fsm; // CFsm_SecureSend *
int retval;
void *bt_address;
ICSocket_Upper *sock_upper;
CFsm_SecureSend_Upper *fsm_upper;
__asm {
pushad;
mov edi, ebp; // store parent's ebp
mov ebp, esp;
sub esp, __LOCAL_SIZE;
mov [parent_ebp], edi;
mov [fsm], esi;
mov [retval], eax;
}
self = *((void **) ((char *) parent_ebp - 0x4));
bt_address = (void *) ((char *) parent_ebp + 0x4);
sock_upper = (ICSocket_Upper *) ((char *) self + g_icsocketBaseSize);
fsm_upper = (CFsm_SecureSend_Upper *) ((char *) fsm + g_cfsmSecureSendBaseSize);
if (fsm_upper->dataLen > 0)
{
DWORD origLastError = GetLastError();
log_tcp_packet(_T("SecureSend"), bt_address, PACKET_DIRECTION_OUTGOING, sock_upper->fd,
fsm_upper->data, fsm_upper->dataLen);
SetLastError(origLastError);
}
__asm {
mov esp, ebp;
popad;
jmp [g_secureSendAfterEncryptReturnTrampoline];
}
}
static void log_packet( char *buf, int len )
{
not_quite_ip_header_t *header;
print_time();
if ( len < sizeof( not_quite_ip_header_t ) )
{
printf( "\t\t<error>Packet Too Small</error>\n" );
return;
}
header = (not_quite_ip_header_t *)buf;
printf("\t\t<source>%s</source>\n",
fake_inet_ntoa(header->source));
printf("\t\t<destination>%s</destination>\n",
fake_inet_ntoa(header->destination));
if ( header->flags & DROP_PACKET )
printf("\t\t<dropped/>\n");
else if ( header->flags & CORRUPT_PACKET )
printf("\t\t<corrupted/>\n");
switch ( header->protocol ) {
case IP_PROTO_UDP:
printf( "\t\t<udp/>]\n");
break;
case IP_PROTO_TCP:
printf( "\t\t<tcp>\n" );
log_tcp_packet( buf + sizeof( not_quite_ip_header_t ),
len - sizeof( not_quite_ip_header_t ) );
printf( "\t\t</tcp>\n" );
break;
default:
printf( "\t\t<protocol>%d</protocol>\n",
ntohs( header->protocol ) );
}
}
