virtual ~LocalServer(void)
{
QuitAndWait();
// Clear the connection flags...
AtomicExchange(g_connectionFlags, (UInt32)0);
if(g_onDisconnect)
{
// After the connection is fully shut down, notify the app.
g_onDisconnect();
}
// Clear the buffers for all AsyncStreams to guarantee that no event is
// stalled waiting for room on a buffer. Then we wait until there there
// are no events still writing out.
AsyncStream::ClearAll();
while(AtomicGet(g_refcount) > 0)
{
ThreadSleepMilliseconds(1);
}
// Finally, release any AsyncStreams that were created during this session
// now that we can safely assume there are no events actively trying to
// write out to a stream.
AsyncStream::Shutdown();
g_varStore.Clear();
if(m_file != NullFileHandle)
{
CloseFile(m_file);
m_file = NullFileHandle;
}
}
virtual ~Server(void)
{
// Signal and wait for quit...
if(m_listenSocket) m_listenSocket->Shutdown();
QuitAndWait();
// Cleanup just in case the thread doesn't...
if(m_zeroconfig) m_zeroconfig->Release();
if(m_streamSocket) m_streamSocket->Release();
if(m_listenSocket) m_listenSocket->Release();
}
virtual ~RemoteServer(void)
{
// Signal and wait for quit...
if(m_listenSocket) m_listenSocket->Shutdown();
QuitAndWait();
// Cleanup just in case the thread doesn't...
if(m_streamSocket) m_streamSocket->Release();
if(m_listenSocket) m_listenSocket->Release();
#if defined(OVR_CAPTURE_WINDOWS)
// WinSock reference counts...
WSACleanup();
#endif
}
Thread::~Thread(void)
{
QuitAndWait();
}
