void CFileReceiver::_dealWithReceivedFile(TProxyPtr sender,TFileRequestPtr theRequest,const NLNET::TBinBuffer& data)
{
// log progress..
_clearDownloadLog(theRequest->FileName);
_log("receivedFile: "+theRequest->FileName+NLMISC::toString("(%d bytes)",data.getBufferSize()));
// call the user callback for the file data
NLMISC::CMemStream memStream;
memStream.fill(data.getBuffer(),data.getBufferSize());
memStream.invert();
cbFileDownloadSuccess(theRequest->FileName,memStream);
// look for the proxy record for the emitter
TProxies::iterator pit= _Proxies.find(sender);
BOMB_IF(pit==_Proxies.end(),"ERROR: Failed to identify the sender for the received file: "+theRequest->FileName,return);
// liberate this request
for (TFileRequests::iterator fit=_FileRequests.begin(); fit!=_FileRequests.end();++fit)
{
if (*fit==theRequest)
{
_FileRequests.erase(fit);
break;
}
}
// cleanup the emitter
pit->second.CurrentRequest= NULL;
// look for a new job for the sender
_lookForNewJob(pit->second);
}
void CBufFIFO::front (NLMISC::CMemStream &buffer)
{
uint8 *tmpbuffer;
uint32 s;
buffer.clear ();
front (tmpbuffer, s);
buffer.fill (tmpbuffer, s);
/*
TTicks before = CTime::getPerformanceTime ();
uint8 *tail = _Tail;
buffer.clear ();
if (empty ())
{
nlwarning("Try to get the front of an empty fifo!");
return;
}
_Fronted++;
if (_Rewinder != NULL && tail == _Rewinder)
{
#if DEBUG_FIFO
nldebug("%p front rewind!", this);
#endif
// need to rewind
tail = _Buffer;
}
TFifoSize size = *(TFifoSize *)tail;
#if DEBUG_FIFO
nldebug("%p front(%d)", this, size);
#endif
tail += sizeof (TFifoSize);
//buffer.resize (size);
//CFastMem::memcpy (&(buffer[0]), tail, size);
buffer.fill (tail, size);
// stat code
TTicks after = CTime::getPerformanceTime ();
_FrontedTime += after - before;
#if DEBUG_FIFO
display ();
#endif*/
}
static T *DupSerializable(const T *in) throw(NLMISC::EStream)
{
NLMISC::CMemStream ms;
nlassert(!ms.isReading());
T *nonConstIn = const_cast<T *>(in);
TSerializePolicy::serial(nonConstIn, ms);
std::vector<uint8> datas(ms.length());
std::copy(ms.buffer(), ms.buffer() + ms.length(), datas.begin());
ms.resetPtrTable();
ms.invert();
ms.fill(&datas[0], (uint)datas.size());
nlassert(ms.isReading());
T *newObj = NULL;
TSerializePolicy::serial(newObj, ms);
return newObj;
}
/*------------------------------------------------------------------*\
doGenerate()
\*------------------------------------------------------------------*/
void CTextureMem::doGenerate(bool /* async */)
{
if (_Data)
{
if (_IsFile)
{
NLMISC::CMemStream m (true);
m.fill (_Data, _Length);
load (m);
}
else
{
resize(_TexWidth, _TexHeight, _TexType);
::memcpy(&getPixels(0)[0], _Data, _Length);
buildMipMaps();
}
}
else
{
makeDummy();
}
}
// ***************************************************************************
CInterfaceElement *CInterfaceElement::clone()
{
NLMISC::CMemStream dupStream;
nlassert(!dupStream.isReading());
CInterfaceGroup *oldParent = _Parent;
_Parent = NULL;
CInterfaceElement *oldParentPos = _ParentPos;
CInterfaceElement *oldParentSize = _ParentSize;
if (_ParentPos == oldParent) _ParentPos = NULL;
if (_ParentSize == oldParent) _ParentSize = NULL;
CInterfaceElement *begunThisCloneWarHas = NULL;
try
{
if (dupStream.isReading())
{
dupStream.invert();
}
CInterfaceElement *self = this;
dupStream.serialPolyPtr(self);
std::vector<uint8> datas(dupStream.length());
std::copy(dupStream.buffer(), dupStream.buffer() + dupStream.length(), datas.begin());
dupStream.resetPtrTable();
dupStream.invert();
dupStream.fill(&datas[0], (uint32)datas.size());
dupStream.serialPolyPtr(begunThisCloneWarHas);
}
catch(const NLMISC::EStream &)
{
// no-op -> caller has to handle the failure because NULL will be returned
}
//
_Parent = oldParent;
_ParentPos = oldParentPos;
_ParentSize = oldParentSize;
//
return begunThisCloneWarHas;
}
