public HyperPipe(int poolSize,
IRequestProvider <T> requestProvider,
IResponseConsumer <T> responseConsumer)
{
_requestProvider = requestProvider;
_responseConsumer = responseConsumer;
_easyPool = new EasyPool <T>(poolSize);
_multiHandle = CurlNative.Multi.Init();
if (_multiHandle.IsInvalid)
{
throw new Exception("Could not init curl_multi handle.");
}
_socketMap = new SocketPollMap();
_loop = new Loop();
_timeout = _loop.CreateTimer();
// Explicitly define callback functions to keep them from being GCed.
_socketCallback = HandleSocket;
_timerCallback = StartTimeout;
Logger.LogDebug($"Set {CURLMoption.SOCKETFUNCTION}.");
CurlNative.Multi.SetOpt(_multiHandle, CURLMoption.SOCKETFUNCTION, _socketCallback);
Logger.LogDebug($"Set {CURLMoption.TIMERFUNCTION}.");
CurlNative.Multi.SetOpt(_multiHandle, CURLMoption.TIMERFUNCTION, _timerCallback);
}
EventLoop(TimeSpan breakoutInterval)
{
this.preciseBreakoutInterval = (long)breakoutInterval.TotalMilliseconds;
this.terminationCompletionSource = new TaskCompletionSource <bool>();
this.taskQueue = new ConcurrentQueue <Activator>();
this.loop = new Loop();
this.asyncHandle = this.loop.CreateAsync(this.OnCallback);
this.timerHandle = this.loop.CreateTimer();
this.thread = new Thread(Run);
this.thread.Start(this);
}
void OnTimer(Timer handle)
{
this.resetEvent.Set();
this.thread.Join(1000);
foreach (Async async in this.handles)
{
async.CloseHandle(OnClose);
if (async.UserToken != null)
{
this.asyncSeen++;
}
}
handle.CloseHandle(OnClose);
}
