CClientSession* CClientManager::RetrieveSession( int nAlgorithm )
{
CServerToken* pToken = NULL;
while( true ){
WaitForSemaphore( m_hSema );
{
CObjLocker<CClientManager> locker(this);
multiset<CServerToken*, TokenCpuCmp>::iterator pos;
switch( nAlgorithm ){
case CMRS_FASTEST:
pos = m_ServTokens.begin();
break;
case CMRS_SLOWEST:
pos = m_ServTokens.begin();
break;
}
ASSERT( pos!=m_ServTokens.end() );
pToken = *pos;
m_ServTokens.erase( pos );
if( pToken->IsDead() ){ //remove the dead token
m_PeerTokens.erase( pToken->GetServAddr() );
pToken = NULL;
}
}
if( pToken!=NULL )break;
}
pToken->SetState( CTS_RUNNING );
CClientSession* pSession = new CClientSession( CSessionAddr(GetLocalHostAddr(), GetNextSessionId()), pToken );
//get the proxy pointer, create the proxy if necessary
IN_ADDR addrServ = pToken->GetServAddr().m_addrHost;
CClientProxy* pClntProxy = NULL;
{
CObjLocker<CClientManager> locker(this);
map<IN_ADDR, CClientProxy*>::iterator pos = m_ClntProxies.find( addrServ );
if( pos!=m_ClntProxies.end() )pClntProxy = pos->second;
else{
pClntProxy = new CClientProxy( CSessionAddr( GetLocalHostAddr(), 0 ), addrServ );
m_ClntProxies[addrServ] = pClntProxy;
}
}
//establish the relationship of proxy and session
pClntProxy->InsertSession( pSession );
pSession->SetProxy( pClntProxy );
return pSession;
}
bool FSocketSubsystemHTML5::GetLocalAdapterAddresses( TArray<TSharedPtr<FInternetAddr> >& OutAdresses )
{
bool bCanBindAll;
OutAdresses.Add(GetLocalHostAddr(*GLog, bCanBindAll));
return true;
}
