//-------------------------------------------------------------------------------------
void Bundle::clear(bool isRecl)
{
if(pCurrPacket_ != NULL)
{
packets_.push_back(pCurrPacket_);
pCurrPacket_ = NULL;
}
Packets::iterator iter = packets_.begin();
for (; iter != packets_.end(); ++iter)
{
if(!isRecl)
{
delete (*iter);
}
else
{
RECLAIM_PACKET(isTCPPacket_, (*iter));
}
}
packets_.clear();
pChannel_ = NULL;
numMessages_ = 0;
currMsgID_ = 0;
currMsgPacketCount_ = 0;
currMsgLength_ = 0;
currMsgLengthPos_ = 0;
currMsgHandlerLength_ = 0;
pCurrMsgHandler_ = NULL;
_calcPacketMaxSize();
}
//-------------------------------------------------------------------------------------
Bundle::Bundle(const Bundle& bundle)
{
// 这些必须在前面设置
// 否则中途创建packet可能错误
isTCPPacket_ = bundle.isTCPPacket_;
pChannel_ = bundle.pChannel_;
pCurrMsgHandler_ = bundle.pCurrMsgHandler_;
currMsgID_ = bundle.currMsgID_;
Packets::const_iterator iter = bundle.packets_.begin();
for (; iter != bundle.packets_.end(); ++iter)
{
newPacket();
pCurrPacket_->append(*static_cast<MemoryStream*>((*iter)));
packets_.push_back(pCurrPacket_);
}
pCurrPacket_ = NULL;
if(bundle.pCurrPacket_)
{
newPacket();
pCurrPacket_->append(*static_cast<MemoryStream*>(bundle.pCurrPacket_));
}
numMessages_ = bundle.numMessages_;
currMsgPacketCount_ = bundle.currMsgPacketCount_;
currMsgLength_ = bundle.currMsgLength_;
currMsgHandlerLength_ = bundle.currMsgHandlerLength_;
currMsgLengthPos_ = bundle.currMsgLengthPos_;
_calcPacketMaxSize();
}
//-------------------------------------------------------------------------------------
Bundle::Bundle(Channel * pChannel, ProtocolType pt):
pChannel_(pChannel),
numMessages_(0),
pCurrPacket_(NULL),
currMsgID_(0),
currMsgPacketCount_(0),
currMsgLength_(0),
currMsgHandlerLength_(0),
currMsgLengthPos_(0),
packets_(),
isTCPPacket_(pt == PROTOCOL_TCP),
packetMaxSize_(0),
pCurrMsgHandler_(NULL)
{
_calcPacketMaxSize();
newPacket();
}
