/// <summary>
/// Note: Calls are serialized by _serverProcessLauncher, so no need to lock
/// </summary>
private void AfterProxyCreated(CreateProcessResult serverProcess)
{
Logger.LogInfo("AfterProxyCreated (pid={0}", serverProcess.Process.Id);
#if PROFILE_SERVER
var timeout = TimeSpan.FromSeconds(120.0);
System.Diagnostics.Trace.WriteLine(string.Format("You have {0:n0} seconds to start the server process with a port argument of {1}.", timeout.TotalSeconds, ((IPEndPoint)_tcpListener.LocalEndpoint).Port));
#else
var timeout = TimeSpan.FromSeconds(5.0);
#endif
Logger.LogInfo("AfterProxyCreated: Wait for TCP client connection from server process.");
if (!_waitForConnection.WaitOne(timeout))
{
throw new InvalidOperationException(
string.Format("Child process did not connect to server within {0:n0} seconds.", timeout.TotalSeconds));
}
_ipcStream = new IpcStreamOverNetworkStream(_serializer, _tcpClient.GetStream());
// Ensure process is alive and ready to process requests
Logger.LogInfo("AfterProxyCreated: Wait for \"Hello\" message from server process.");
WaitForProcessHelloMessage();
// Start reading process output
Logger.LogInfo("AfterProxyCreated: Start receive response thread.");
_receiveResponsesThread.ResponseReceived += response => {
var callback = _callbacks.Remove(response.RequestId);
callback(response);
};
_receiveResponsesThread.EventReceived += @event => { OnEventReceived(@event); };
_receiveResponsesThread.Start(_ipcStream);
Logger.LogInfo("AfterProxyCreated: Start send request thread..");
_sendRequestsThread.RequestError += OnRequestError;
_sendRequestsThread.Start(_ipcStream, _requestQueue);
}
private void AfterProxyCreated(CreateProcessResult processResult)
{
Invariants.Assert(processResult != null);
Logger.LogInfo("AfterProxyCreated (pid={0}", processResult.Process.Id);
#if PROFILE_SERVER
var timeout = TimeSpan.FromSeconds(120.0);
System.Diagnostics.Trace.WriteLine(string.Format(
"You have {0:n0} seconds to start the server process with a port argument of {1}.", timeout.TotalSeconds,
((IPEndPoint)_tcpListener.LocalEndpoint).Port));
#else
var timeout = TimeSpan.FromSeconds(30.0);
#endif
Logger.LogInfo("AfterProxyCreated: Wait for TCP client connection from server process.");
var serverStartedSuccessfully = _waitForConnection.WaitOne(timeout) && _tcpClient != null;
Invariants.CheckOperation(serverStartedSuccessfully, $"Child process did not connect to server within {timeout.TotalSeconds:n0} seconds.");
_ipcStream = new IpcStreamOverNetworkStream(_serializer, _tcpClient.GetStream());
// Ensure process is alive and ready to process requests
Logger.LogInfo("AfterProxyCreated: Wait for \"Hello\" message from server process.");
WaitForProcessHelloMessage();
// Start reading process output
Logger.LogInfo("AfterProxyCreated: Start receive response thread.");
_receiveResponsesThread.ResponseReceived += response => {
var callback = _callbacks.Remove(response.RequestId);
callback(response);
};
_receiveResponsesThread.EventReceived += @event => { OnEventReceived(@event); };
_receiveResponsesThread.FatalError += (sender, args) => { HandleReceiveThreadFatalError(args); };
_receiveResponsesThread.Start(_ipcStream);
Logger.LogInfo("AfterProxyCreated: Start send request thread..");
_sendRequestsThread.SendRequestError += HandleSendRequestError;
_sendRequestsThread.Start(_ipcStream, _requestQueue);
// Server is fully started, notify consumers
_isServerRunning = true;
OnProcessStarted();
}