void GateWayFinder::Start()
{
if (is_running_)
{
return;
}
is_running_ = true;
#ifdef PEER_PC_CLIENT
if (!ping_client_)
{
ping_client_ = network::PingClientBase::create(io_svc_);
if (!ping_client_)
{
return;
}
is_bind_success_ = ping_client_->Bind(cdnips[rand() % (sizeof(cdnips)/sizeof(cdnips[0]))]);
}
if (is_bind_success_)
{
Reset();
StartSend();
}
#endif
}
void DoCustomPreloadStep( )
{
struct Player * p = &Players[playerid];
// printf( "Custom preload.\n" );
SblockInternal( 16, 64, 16, 89, 0 );
SblockInternal( 3, 64, 2, 63, 12 ); //create sign
SignTextUp( 3, 64, 2, "Trigger", "<><" );
SblockInternal( 3, 64, 1, 63, 12 ); //create sign
StartSend();
SignTextUp( 3, 64, 1, "Latch", "<><" );
p->custom_preload_step = 0;
//actually spawns
p->x = (1<<FIXEDPOINT)/2;
p->y = 100*(1<<FIXEDPOINT);
p->stance = p->y + (1<<FIXEDPOINT);
p->z = (1<<FIXEDPOINT)/2;
p->need_to_send_lookupdate = 1;
}
void GateWayFinder::HandleTimeOut(const boost::system::error_code& error)
{
if (!is_running_)
{
return;
}
if (error != boost::asio::error::operation_aborted)
{
DebugLog("GateWayFinder::HandleTimeOut\n");
assert(!error);
if (ttl_ < 10)
{
ttl_++;
}
else
{
++time_out_num_;
}
ping_client_->Cancel(sequence_number_);
//这里最多会有15次重试机会
if (ttl_ < 10 || time_out_num_ < 5)
{
StartSend();
}
}
}
void Connection::DispatchSend( std::vector< uint8_t > buffer )
{
bool should_start_send = m_pending_sends.empty();
m_pending_sends.push_back( buffer );
if( should_start_send )
{
StartSend();
}
}
DRIVER_ERROR HeaderLJMono::Send ()
{
DRIVER_ERROR err;
StartSend ();
err = Graphics (); // start raster graphics and set compression mode
return err;
}
void Connection::HandleSend( const boost::system::error_code & error, std::list< std::vector< uint8_t > >::iterator itr )
{
if( error || HasError() || m_hive->HasStopped() )
{
StartError( error );
}
else
{
OnSend( *itr );
m_pending_sends.erase( itr );
StartSend();
}
}
void GameTick()
{
if( didflip )
{
StartSend();
Sbyte( 0x29 ); //effect
Sstring( "random.click", -1 );
Sint( (uint16_t)(flipx<<3) );
Sint( (uint16_t)(flipy<<3) );
Sint( (uint16_t)(flipz<<3) );
Sfloat( 32 ); //100% volume
Sbyte( 63 ); //100% speed
DoneSend();
didflip = 0;
}
}
void GameTick()
{
if( didflip )
{
StartSend();
Sbyte( 0x29 ); //effect
Sstring( "random.click", -1 );
Sint( (uint16_t)(4<<3) );
Sint( (uint16_t)(64<<3) );
Sint( (uint16_t)(sel<<3) );
Sfloat( 32 ); //100% volume
Sbyte( 63 ); //100% speed
DoneSend();
didflip = 0;
SetManyWS( pgm_read_byte( &wools[sel*3+0] ), pgm_read_byte( &wools[sel*3+1] ), pgm_read_byte( &wools[sel*3+2] ), 20 );
}
}
void GateWayFinder::HandleReceive(unsigned char type, const string & src_ip,
boost::uint32_t ping_rtt_for_win7)
{
if (!is_running_)
{
return;
}
if (type == icmp_header::time_exceeded)
{
DebugLog("received time_exceeded\n");
time_out_num_ = 0;
timer_.cancel();
posix_time::ptime now = posix_time::microsec_clock::universal_time();
DebugLog("from %s, ttl=%d, time=%dms\n", src_ip.c_str(),
ttl_, (now - time_sent_).total_milliseconds());
if (base::util::is_private_address(src_ip.c_str()))
{
DebugLog("received my time_exceeded from private_address\n");
++ttl_;
StartSend();
}
else
{
DebugLog("get public gateway:%s\n", src_ip.c_str());
listener_->OnGateWayFound(src_ip);
}
}
else
{
assert(false);
}
}
DRIVER_ERROR Header6XX::Send()
{ DRIVER_ERROR err;
StartSend();
err = thePrinter->Send((const BYTE*)BlackExtractOff,
sizeof(BlackExtractOff)); // just pertains to 2-pen
ERRCHECK;
err = ConfigureRasterData();
ERRCHECK;
if (ResolutionY[0] == 600)
{
char uom[10];
sprintf(uom,"%c%c%c%d%c",ESC,'&','u',thePrintMode->ResolutionY[K],'D');
err=thePrinter->Send((const BYTE*)uom, 7 );
ERRCHECK;
}
err=Graphics(); // start raster graphics and set compression mode
return err;
}
DRIVER_ERROR HeaderLJColor::Send ()
{
DRIVER_ERROR err;
char uom[12];
COLORMODE eC = COLOR;
MEDIATYPE eM;
QUALITY_MODE eQ;
BOOL bD;
((LJColor *)thePrinter)->bGrey_K = FALSE;
if ((thePrintContext->GetPrintModeSettings (eQ, eM, eC, bD)) == NO_ERROR &&
eC == GREY_K)
{
((LJColor *)thePrinter)->bGrey_K = TRUE;
}
StartSend ();
if (eC != GREY_K)
{
/*
* Configure image data - ESC*v#W - # = 6 bytes
* 02 - RGB colorspace (00 - Device RGB)
* 03 - Direct pixel
* 08 - bits per index - ignored for direct pixel
* 08, 08, 08 - bits per primary each
*/
err = thePrinter->Send ((const BYTE *) "\033*v6W\00\03\010\010\010\010", 11);
ERRCHECK;
// Continues tone dither
// Logical operation - 0
// err = thePrinter->Send ((const BYTE *) "\033*t18J\033*l204O", 13);
err = thePrinter->Send ((const BYTE *) "\033*t18J", 6);
ERRCHECK;
/*
* Driver Configuration Command - ESC*#W - # = 3 bytes
* device id - 6 = color HP LaserJet Printer
* func index - 4 = Select Colormap
* argument - 2 = Vivid Graphics
*/
err = thePrinter->Send ((const BYTE *) "\033*o3W\06\04\06", 8);
ERRCHECK;
/*
* Program color palette entries
*/
err = thePrinter->Send ((const BYTE *) "\033*v255A\033*v255B\033*v255C\033*v0I", 26);
ERRCHECK;
err = thePrinter->Send ((const BYTE *) "\033*v255A\033*v0B\033*v0C\033*v6I", 22);
ERRCHECK;
err = thePrinter->Send ((const BYTE *) "\033*v0A\033*v255B\033*v0C\033*v5I", 22);
ERRCHECK;
err = thePrinter->Send ((const BYTE *) "\033*v0A\033*v0B\033*v255C\033*v3I", 22);
ERRCHECK;
err = thePrinter->Send ((const BYTE *) "\033*v255A\033*v255B\033*v0C\033*v4I", 24);
ERRCHECK;
err = thePrinter->Send ((const BYTE *) "\033*v255A\033*v0B\033*v255C\033*v2I", 24);
ERRCHECK;
err = thePrinter->Send ((const BYTE *) "\033*v0A\033*v255B\033*v255C\033*v1I", 24);
ERRCHECK;
err = thePrinter->Send ((const BYTE *) "\033*v0A\033*v0B\033*v0C\033*v7I", 20);
ERRCHECK;
}
sprintf (uom, "\033*r%dS", thePrintContext->OutputPixelsPerRow ());
err = thePrinter->Send ((const BYTE*)uom, strlen (uom));
ERRCHECK;
err = Graphics (); // start raster graphics and set compression mode
return err;
}
