bool PeerAuthServerOp::CallbackHook(AsyncOp *theOp, int theType)
{
if(!theOp->Succeeded())
{
Finish(theOp->GetStatus());
return true;
}
if(theType==PeerAuth_Track_Recv)
{
RecvMsgOp *aRecvOp = dynamic_cast<RecvMsgOp*>(theOp);
if(aRecvOp==NULL)
return true;
ByteBufferPtr aSendMsg;
ByteBufferPtr aRecvMsg = aRecvOp->GetMsg();
WONStatus aStatus = mPeerAuthServer.HandleRecvMsg(aRecvMsg->data(),aRecvMsg->length(),aSendMsg);
int aSendType = 0;
if(aStatus==WS_Success && mPeerAuthServer.GetState()==PeerAuthServer::STATE_NOT_STARTED) // --> finished
aSendType = PeerAuth_Track_LastSend;
if(aSendMsg.get()!=NULL)
mSocket->QueueOp((SocketOp*)Track(new SendMsgOp(aSendMsg),aSendType), SendTime()); // send reply
if(aStatus!=WS_Success)
Finish(aStatus);
else if(aSendType!=PeerAuth_Track_LastSend) // need to recv a reply
mSocket->QueueOp((SocketOp*)Track(new RecvMsgOp,PeerAuth_Track_Recv), RecvTime()); // get ready for challenge2
}
else if(theType==PeerAuth_Track_LastSend)
Success();
return true;
}
void ServerConnection::StaticMsgCallback(AsyncOpPtr theOp, RefCountPtr theParam)
{
RecvMsgOp *anOp = (RecvMsgOp*)theOp.get();
ServerConnection *thisConnection = (ServerConnection*)theParam.get();
if(anOp->GetStatus()==WS_Success)
thisConnection->MsgCallback(anOp->GetMsg());
}
bool ServerRequestOp::CallbackHook(AsyncOp *theOp, int theParam)
{
if(theOp->Killed())
{
Kill();
return true;
}
if(!theOp->Succeeded())
{
if(theParam==ServerReq_Track_PeerAuth && theOp->GetStatus()==WS_PeerAuth_GetCertFailure)
{
mGetCertStatus = ((PeerAuthOp*)theOp)->GetGetCertStatus();
Finish(WS_ServerReq_GetCertFailure);
return true;
}
SetLastServerError(theOp->GetStatus());
TryNextServer();
return true;
}
switch(theParam)
{
case ServerReq_Track_PeerAuth:
{
PeerAuthOp *aPeerAuthOp = (PeerAuthOp*)theOp;
mCurSession = aPeerAuthOp->GetSession();
Send();
}
break;
case ServerReq_Track_Socket:
{
RecvMsgOp *aRecvOp = dynamic_cast<RecvMsgOp*>(theOp);
if(aRecvOp==NULL)
break;
mResponse = aRecvOp->GetMsg();
if(CheckExpiredSession())
{
TryNextServer();
break;
}
try
{
WONStatus aStatus = CheckResponse();
if(aStatus==WS_ServerReq_TryNextServer) // error, try next server
TryNextServer();
else if(aStatus==WS_ServerReq_Send) // more data to send
Send();
else if(aStatus==WS_ServerReq_Recv) // more data to receive
QueueSocketOp(new RecvMsgOp, RecvTime());
else if(aStatus==WS_ServerReq_ExitCommunicationLoop)
return true;
else // done
FinishSaveSession(aStatus);
}
catch(ReadBufferException&)
{
SetLastServerError(WS_ServerReq_UnpackFailure);
TryNextServer();
}
}
break;
default:
return false;
}
return true;
}
bool PeerAuthOp::CallbackHook(AsyncOp *theOp, int theParam)
{
switch(theParam)
{
case PeerAuth_Track_Socket:
{
if(!theOp->Succeeded())
{
Finish(theOp->GetStatus());
break;
}
if(mAuthType==AUTH_TYPE_NONE) // just connecting
{
Finish(WS_Success);
break;
}
RecvMsgOp *aRecvOp = dynamic_cast<RecvMsgOp*>(theOp);
if(aRecvOp==NULL)
break;
ByteBufferPtr aSendMsg;
ByteBufferPtr aRecvMsg = aRecvOp->GetMsg();
WONStatus aStatus = mPeerAuthClient.HandleRecvMsg(aRecvMsg->data(),aRecvMsg->length(),aSendMsg);
if(aStatus==WS_CommServ_InvalidParameters || aStatus==WS_CommServ_ExpiredPeerCertificate) // expired certificate
{
mPeerAuthClient.Reset();
switch(mGetCertStatus)
{
case WS_None: AsyncRefreshCert(); break;
case WS_Pending: break;
case WS_Success: AsyncRetry(); break;
default: Finish(WS_PeerAuth_GetCertFailure);
}
break;
}
else if(CheckStatus(aStatus))
break;
if(aSendMsg.get()==NULL)
Success(); // done
else
AsyncSend(aSendMsg); // Need to send more stuff
}
break;
case PeerAuth_Track_GetCert:
{
LightGetCertOp *aGetCert = (LightGetCertOp*)theOp;
mGetCertStatus = aGetCert->GetStatus();
mPeerData = aGetCert->GetPeerData();
if(mPeerAuthClient.GetState()==PeerAuthClient::STATE_NOT_STARTED)
{
if(mGetCertStatus!=WS_Success)
{
Finish(WS_PeerAuth_GetCertFailure);
break;
}
else
AsyncRetry();
}
}
break;
default:
return false;
}
return true;
}
