///
/// \brief Add NET Connection
///
/// \param pNETConnection [I ] NET Connection
///
/// \return ALT_S_SUCCESS success
///
LIBALT_API alt_t altNETReceiverBroker::Add(const altCNETConnectionPtr & pNETConnection)
{
altUInt nMinSize = 0;
altNETReceiver * pReceiver = NULL;
BeginLock();
// select min count container
for (altUInt i = 0; i < m_oNETReceiverContainer.size(); i++) {
if (i == 0) {
pReceiver = m_oNETReceiverContainer[i];
nMinSize = m_oNETReceiverContainer[i]->Size();
continue;
}
if (nMinSize >= m_oNETReceiverContainer[i]->Size()) {
pReceiver = m_oNETReceiverContainer[i];
nMinSize = m_oNETReceiverContainer[i]->Size();
}
}
// add to min count container
alt_t status = pReceiver->Add (pNETConnection);
EndLock();
if (status == ALT_I_MAX) {
CreateNewNETReceiver();
status = Add (pNETConnection);
}
ALT_RET (ALT_S_SUCCESS);
}
///
/// \brief Delete all client connection
///
LIBALT_API void altNETReceiverBroker::DelAllClient()
{
BeginLock();
for (altUInt i = 0; i < m_oNETReceiverContainer.size(); i++) {
m_oNETReceiverContainer[i]->DelAllClient();
}
EndLock();
}
///
/// \brief Delete all client connection
///
LIBALT_API void altNETReceiver::DelAllClient()
{
BeginLock();
for (altNETConnectionMap::iterator i = m_oConnectionMap.begin(); i != m_oConnectionMap.end(); i++) {
if (! aiNETConnectionManager.IsServerIP ((* i).second->GetIP())) {
m_oConnectionMap.erase (i);
}
}
EndLock();
}
///
/// \brief Add Connection
///
/// \param pConnection [I ] NET Connection
///
/// \return ALT_S_SUCCESS success
/// \return ALT_I_MAX max
///
LIBALT_API alt_t altNETReceiver::Add(const altCNETConnectionPtr & pConnection)
{
BeginLock();
if (Size() >= FD_SETSIZE) {
EndLock();
ALT_RET (ALT_I_MAX);
}
m_oConnectionMap[pConnection->GetSocket()] = pConnection;
EndLock();
ALT_RET (ALT_S_SUCCESS);
}
///
/// \brief Delete NET Connection
///
/// \param pNETConnection [I ] NET Connection
///
/// \return ALT_S_SUCCESS success
///
LIBALT_API alt_t altNETReceiverBroker::Del(const altCNETConnectionPtr & pNETConnection)
{
BeginLock();
for (altUInt i = 0; i < m_oNETReceiverContainer.size(); i++) {
alt_t status = m_oNETReceiverContainer[i]->Del (pNETConnection);
if (status == ALT_S_SUCCESS) {
break;
}
}
EndLock();
ALT_RET (ALT_S_SUCCESS);
}
///
/// \brief Set receive buffer size
///
/// \param nSize [I ] receive buffer size
///
/// \return ALT_S_SUCCESS success
/// \return ALT_E_INVAL invalid paramter
///
LIBALT_API alt_t altNETReceiverBroker::SetRecvBufferSize(const altUInt nSize)
{
ALT_P_ASSERT (nSize != 0);
BeginLock();
for (altUInt i = 0; i < m_oNETReceiverContainer.size(); i++) {
alt_t status = m_oNETReceiverContainer[i]->SetRecvBufferSize (nSize);
if (ALT_IS_ERR (status)) {
EndLock();
ALT_RET (status);
}
}
EndLock();
ALT_RET (ALT_S_SUCCESS);
}
///
/// \brief Del Connection
///
/// \param pConnection [I ] NET Connection
///
/// \return ALT_S_SUCCESS success
/// \return ALT_S_NOT_FOUND not found
///
LIBALT_API alt_t altNETReceiver::Del(const altCNETConnectionPtr & pConnection)
{
BeginLock();
altNETConnectionMap::iterator i = m_oConnectionMap.find (pConnection->GetSocket());
if (i != m_oConnectionMap.end()) {
m_oConnectionMap.erase (i);
}
else {
EndLock();
ALT_RET (ALT_S_NOT_FOUND);
}
EndLock();
ALT_RET (ALT_S_SUCCESS);
}
///
/// \brief New NET Receiver
///
LIBALT_API void altNETReceiverBroker::CreateNewNETReceiver()
{
altNETReceiver * pNETReceiver = ALT_NEW altNETReceiver (m_pReceiveCallBackFunc, m_nRequestThreadCount, aiNETConnectionManager.GetRecvBufferSize());
if (pNETReceiver != NULL) {
alt_t status = pNETReceiver->Start();
if (ALT_IS_ERR (status)) {
ALT_LOG (status);
delete pNETReceiver;
return;
}
BeginLock();
m_oNETReceiverContainer.push_back (pNETReceiver);
EndLock();
}
}
void FScopedAggregatorOnDirtyBatch::BeginNetReceiveLock()
{
BeginLock();
}
FScopedAggregatorOnDirtyBatch::FScopedAggregatorOnDirtyBatch()
{
BeginLock();
}