internal void Enqueue(RunnerContext ctx, object[] args)
{
int index = ctx.CallIndex;
m_factory.StartNew(() =>
{
ctx.PutResult(ctx.MethodInfo.Invoke(ctx.Object, args), index);
if (ctx.CallsLeft <= 0)
ctx.Connection.Respond(ctx);
});
}
/*
private void ProcessMessage()
{
var od = new ObjectDeserializer(m_bufferStream);
var ctx = new RunnerContext(this);
var msg = (RunMessage)od.Read();
string staticName = string.Empty;
if (msg.IsStatic)
staticName = (string)od.Read();
else
ctx.Object = od.Read();
for(int i = 0; i < msg.NumCalls; i++)
{
var args = (object[])od.Read();
ctx.Arguments.Add(args);
}
//if (msg.IsStatic)
else
// parent run context
Extensions.Go(() => { m_parent.Execute(ctx); });
}*/
internal void Respond(RunnerContext ctx)
{
Debug.Print("+ RemoteRunnerConnection.Respond");
var resp = new RunResultMessage { Success = true, NumResults = ctx.Results.Count };
var os = new ObjectSerializer(m_stream);
os.Write(resp);
foreach (var res in ctx.Results)
os.Write(res);
Debug.Print("- RemoteRunnerConnection.Respond");
}
private void ProcessMessage(IAsyncResult ar)
{
Debug.Print("+ RemoteRunnerConnection.ProcessMessage");
var msg = (RunMessage)m_output.EndRead(ar);
var ctx = new RunnerContext(this, msg.NumCalls);
m_output.BeginRead(ProcessObject, new State() { Msg = msg, Ctx = ctx });
}
