void ClientStub::instantiateTransport()
{
CurrentClientStubSentry sentry(*this);
if (!mTransport.get())
{
RCF_VERIFY(mEndpoint.get(), Exception(_RcfError_NoEndpoint()));
mTransport.reset( mEndpoint->createClientTransport().release() );
RCF_VERIFY(mTransport.get(), Exception(_RcfError_TransportCreation()));
}
if ( mAsync
&& !mTransport->isAssociatedWithIoService())
{
RcfServer * preferred = getAsyncDispatcher();
AsioIoService * pIoService = NULL;
if (preferred)
{
ServerTransport & transport = preferred->getServerTransport();
AsioServerTransport & asioTransport = dynamic_cast<AsioServerTransport &>(transport);
pIoService = & asioTransport.getIoService();
}
else
{
pIoService = & getAmiThreadPool().getIoService();
}
mTransport->associateWithIoService(*pIoService);
}
}
void onServiceAddedProto(FilterService & fs, RcfServer & server)
{
boost::shared_ptr<FilterServicePb> fsPbPtr(
new FilterServicePb(fs));
server.bind((I_RequestTransportFiltersPb *) NULL, fsPbPtr);
}
void onServiceAddedProto(SessionObjectFactoryService & sofs, RcfServer & server)
{
boost::shared_ptr<SessionObjectFactoryServicePb> sofsPbPtr(
new SessionObjectFactoryServicePb(sofs));
server.bind((I_SessionObjectFactoryPb *) NULL, sofsPbPtr);
}
void onServiceAddedProto(ObjectFactoryService & ofs, RcfServer & server)
{
boost::shared_ptr<ObjectFactoryServicePb> ofsPbPtr(
new ObjectFactoryServicePb(ofs) );
server.bind((I_ObjectFactoryPb *) NULL, ofsPbPtr);
}
void ObjectFactoryService::onServerStart(RcfServer & server)
{
mTokenFactory.reset( new TokenFactory(server.getOfsMaxNumberOfObjects()) );
mClientStubTimeoutS = server.getOfsObjectTimeoutS();
mCleanupIntervalS = server.getOfsCleanupIntervalS();
mCleanupThreshold = server.getOfsCleanupThreshold();
RCF_ASSERT(0.0 <= mCleanupThreshold && mCleanupThreshold <= 1.0);
// up-front initialization, before threads get into the picture
typedef std::vector<Token>::const_iterator Iter;
for (
Iter iter = mTokenFactory->getTokenSpace().begin();
iter != mTokenFactory->getTokenSpace().end();
++iter)
{
mStubMap[*iter].first.reset(new Mutex());
}
}
void ServerObjectService::onServerStart(RcfServer & server)
{
mpRcfServer = & server;
mHarvestingIntervalS = server.getServerObjectHarvestingIntervalS();
if (mHarvestingIntervalS)
{
mPeriodicTimer.setIntervalMs(1000*mHarvestingIntervalS);
mPeriodicTimer.start();
}
}
bool UdpServerTransport::cycleTransportAndServer(
RcfServer &server,
int timeoutMs,
const volatile bool &stopFlag)
{
if (!stopFlag && !mStopFlag)
{
cycle(timeoutMs/2, stopFlag);
server.cycleSessions(timeoutMs/2, stopFlag);
}
return stopFlag || mStopFlag;
}
void ObjectFactoryService::onServiceAdded(RcfServer &server)
{
server.bind((I_ObjectFactory *) NULL, *this);
onServiceAddedProto(*this, server);
mTaskEntries.clear();
mTaskEntries.push_back(
TaskEntry(
boost::bind(&ObjectFactoryService::cycleCleanup, this, _1, _2),
boost::bind(&ObjectFactoryService::stopCleanup, this),
"RCF Ofs cleanup"));
mStopFlag = false;
}
void FilterService::onServiceAdded(RcfServer & server)
{
server.bind( (I_RequestTransportFilters *) NULL, *this);
onServiceAddedProto(*this, server);
}
void onServiceRemovedProto(FilterService & fs, RcfServer & server)
{
server.unbind( (I_RequestTransportFiltersPb *) NULL);
}
void FilterService::onServiceRemoved(RcfServer & server)
{
server.unbind( (I_RequestTransportFilters *) NULL);
onServiceRemovedProto(*this, server);
}
void CallbackConnectionService::onServerStart(RcfServer & server)
{
mOnCallbackConnectionCreated = server.getOnCallbackConnectionCreated();
}
void SessionObjectFactoryService::onServiceRemoved(RcfServer &server)
{
server.unbind( (I_SessionObjectFactory *) NULL);
onServiceRemovedProto(*this, server);
}
void SessionObjectFactoryService::onServiceAdded(RcfServer &server)
{
server.bind((I_SessionObjectFactory *) NULL, *this);
onServiceAddedProto(*this, server);
}
void onServiceRemovedProto(SessionObjectFactoryService & sofs, RcfServer & server)
{
server.unbind( (I_SessionObjectFactoryPb *) NULL);
}
void onServiceRemovedProto(ObjectFactoryService &, RcfServer & server)
{
server.unbind( (I_ObjectFactoryPb *) NULL);
}
