public void serverReadRequest()
{
Console.WriteLine("clientReceiveRequest 1 " + server_facet);
byte[] buffer = requestQueue.Take();
int nbytes = buffer.Length;
Console.WriteLine("clientReceiveRequest 2 " + nbytes + " bytes received.");
Monitor.Enter(sync);
try
{
// Aguarda uma resposta proveniente do outro root parceiro.
byte[] messageSide1_enveloped_raw = new byte[nbytes];
Console.WriteLine("clientReceiveRequest 2-1 nbytes=" + nbytes);
// TODO: otimizar isso ...
for (int i = 0; i < nbytes; i++)
{
messageSide1_enveloped_raw[i] = buffer[i];
}
Tuple <EnvelopType, byte[]> messageSide1_enveloped = (Tuple <EnvelopType, byte[]>)ByteArrayToObject(messageSide1_enveloped_raw);
EnvelopType envelop = messageSide1_enveloped.Item1;
EnvelopKey envelop_key = new EnvelopKey(envelop);
// Coloca a resposta no "conjunto de respostas pendentes de requisição"
if (!reply_pending_list.ContainsKey(envelop_key))
{
reply_pending_list [envelop_key] = new Queue <byte[]>();
}
reply_pending_list [envelop_key].Enqueue(messageSide1_enveloped.Item2);
Console.WriteLine("clientReceiveRequest 3 " + envelop.Item1 + "," + envelop_key);
foreach (EnvelopKey ek in request_pending_list.Keys)
{
Console.WriteLine("key: " + ek);
}
// Busca, no "conjunto de requisições pendentes de resposta", a requisição correspondente a resposta.
if (request_pending_list.ContainsKey(envelop_key))
{
Console.WriteLine("clientReceiveRequest 3-1" + " / " + envelop_key);
AutoResetEvent sync_send = request_pending_list[envelop_key];
//Monitor.Pulse (sync_send);
sync_send.Set();
request_pending_list.Remove(envelop_key);
Console.WriteLine("clientReceiveRequest 3-2" + " / " + envelop_key);
}
}
finally
{
Monitor.Exit(sync);
}
Console.WriteLine("clientReceiveRequest 4");
}
public override bool Equals(object obj)
{
EnvelopKey fooItem = obj as EnvelopKey;
return(fooItem.ToString().Equals(this.ToString()));
}
public byte[] clientSendRequestAnyTag(EnvelopType envelop, byte[] messageSide1, ref int envelop_tag)
{
EnvelopKey envelop_key = new EnvelopKey(envelop);
Trace.WriteLineIf(unit.TraceFlag == true, server_facet + "/" + rank + ": clientSendRequestAnyTag 1" + " / " + envelop_key + " -- " + instance_name);
byte[] messageSide2 = null;
Monitor.Enter(sync);
try
{
// envia a requisição para o root parceiro
int facet = envelop.Item3;
Trace.WriteLineIf(unit.TraceFlag == true, server_facet + "/" + rank + ": clientSendRequestAnyTag send to facet " + facet + " - nofsockets=" + client_socket_facet.Count + " / " + envelop_key + " -- " + instance_name);
foreach (int f in client_socket_facet.Keys)
{
Trace.WriteLineIf(unit.TraceFlag == true, server_facet + "/" + rank + ": clientSendRequestAnyTag --- FACET KEY=" + f);
}
Socket socket = client_socket_facet [facet];
byte[] messageSide1_enveloped_raw = ObjectToByteArray(new Tuple <EnvelopType, byte[]> (envelop, messageSide1));
Int32 length = messageSide1_enveloped_raw.Length;
byte[] messageSide1_enveloped_raw_ = new byte[4 + length];
BitConverter.GetBytes(length).CopyTo(messageSide1_enveloped_raw_, 0);
Array.Copy(messageSide1_enveloped_raw, 0, messageSide1_enveloped_raw_, 4, length);
socket.Send(messageSide1_enveloped_raw_);
Trace.WriteLineIf(unit.TraceFlag == true, server_facet + "/" + rank + ": clientSendRequestAnyTag 2 nbytes=" + messageSide1_enveloped_raw.Length + " / " + envelop_key);
// Verifica se já há resposta para a requisição no "conjunto de respostas pendentes de requisição"
if (!reply_pending_list.ContainsKey(envelop_key))
{
Trace.WriteLineIf(unit.TraceFlag == true, server_facet + "/" + rank + ": clientSendRequestAnyTag 3 - BEFORE WAIT " + envelop_key);
// Se não houver, coloca um item no "conjunto de requisições pendentes de resposta" e espera.
if (!request_pending_list.ContainsKey(envelop_key))
{
request_pending_list [envelop_key] = new Dictionary <int, Queue <AutoResetEvent> >();
}
if (!request_pending_list [envelop_key].ContainsKey(-1))
{
request_pending_list [envelop_key][-1] = new Queue <AutoResetEvent>();
request_pending_list [envelop_key][-1].Enqueue(new AutoResetEvent(false));
}
AutoResetEvent sync_send = request_pending_list [envelop_key][-1].Peek();
//request_pending_list [envelop_key][envelop_tag] = sync_send;
Monitor.Exit(sync);
Console.WriteLine("clientSendRequestAny - WAIT / " + unit.CID.getInstanceName() + "/" + sync_send.GetHashCode() + " BEFORE !!! ");
sync_send.WaitOne();
Console.WriteLine("clientSendRequestAny - WAIT / " + unit.CID.getInstanceName() + "/" + sync_send.GetHashCode() + " AFTER !!! ");
Monitor.Enter(sync);
Trace.WriteLineIf(unit.TraceFlag == true, server_facet + "/" + rank + ": clientSendRequestAnyTag 3 - AFTER WAIT " + envelop_key);
}
Trace.WriteLineIf(unit.TraceFlag == true, server_facet + "/" + rank + ": clientSendRequestAnyTag 4" + " / " + envelop_key);
int[] keys_vector = new int[reply_pending_list[envelop_key].Keys.Count];
reply_pending_list[envelop_key].Keys.CopyTo(keys_vector, 0);
envelop_tag = keys_vector[0];
Queue <byte[]> pending_replies = reply_pending_list [envelop_key][envelop_tag];
Trace.WriteLineIf(unit.TraceFlag == true, server_facet + "/" + rank + ": clientSendRequestAnyTag 5 -- pending_replies.Count = " + pending_replies.Count);
if (pending_replies.Count > 0)
{
messageSide2 = reply_pending_list[envelop_key][envelop_tag].Dequeue();
}
if (pending_replies.Count == 0)
{
reply_pending_list[envelop_key].Remove(envelop_tag);
}
if (reply_pending_list[envelop_key].Count == 0)
{
reply_pending_list.Remove(envelop_key);
}
//reply_pending_list.Remove(envelop_key);
}
finally
{
Monitor.Exit(sync);
}
Trace.WriteLineIf(unit.TraceFlag == true, server_facet + "/" + rank + ": clientSendRequest 5");
// retorna a menagem ...
return(messageSide2);
}
public byte[] clientSendRequest(EnvelopType envelop, byte[] messageSide1)
{
EnvelopKey envelop_key = new EnvelopKey(envelop);
Console.WriteLine("clientSendRequest 1" + " / " + envelop_key);
byte[] messageSide2 = null;
Monitor.Enter(sync);
try
{
// envia a requisição para o root parceiro
int facet = envelop.Item3;
Console.WriteLine("clientSendRequest send to facet " + facet + " - nofsockets=" + client_socket_facet.Count + " / " + envelop_key);
Socket socket = client_socket_facet [facet];
byte[] messageSide1_enveloped_raw = ObjectToByteArray(new Tuple <EnvelopType, byte[]> (envelop, messageSide1));
Int32 length = messageSide1_enveloped_raw.Length;
byte[] messageSide1_enveloped_raw_ = new byte[4 + length];
BitConverter.GetBytes(length).CopyTo(messageSide1_enveloped_raw_, 0);
Array.Copy(messageSide1_enveloped_raw, 0, messageSide1_enveloped_raw_, 4, length);
socket.Send(messageSide1_enveloped_raw_);
Console.WriteLine("clientSendRequest 2 nbytes=" + messageSide1_enveloped_raw.Length + " / " + envelop_key);
// Verifica se já há resposta para a requisição no "conjunto de respostas pendentes de requisição"
if (!reply_pending_list.ContainsKey(envelop_key) ||
(reply_pending_list.ContainsKey(envelop_key) && reply_pending_list [envelop_key].Count == 0))
{
Console.WriteLine("clientSendRequest 3 - BEFORE WAIT " + envelop_key);
// Se não houver, coloca um item no "conjunto de requisições pendentes de resposta" e espera.
if (!request_pending_list.ContainsKey(envelop_key))
{
request_pending_list [envelop_key] = new AutoResetEvent(false);
}
AutoResetEvent sync_send = request_pending_list [envelop_key];
request_pending_list [envelop_key] = sync_send;
Monitor.Exit(sync);
sync_send.WaitOne();
Monitor.Enter(sync);
Console.WriteLine("clientSendRequest 3 - AFTER WAIT " + envelop_key);
}
Console.WriteLine("clientSendRequest 4" + " / " + envelop_key);
Queue <byte[]> pending_replies = reply_pending_list [envelop_key];
Console.WriteLine("clientSendRequest 5 -- pending_replies.Count = " + pending_replies.Count);
if (pending_replies.Count > 0)
{
messageSide2 = reply_pending_list[envelop_key].Dequeue();
}
//reply_pending_list.Remove(envelop_key);
}
finally
{
Monitor.Exit(sync);
}
Console.WriteLine("clientSendRequest 5");
// retorna a menagem ...
return(messageSide2);
}