public void Receive <T> (Tuple <int, int> source, int tag, out T value, out br.ufc.mdcc.hpc.storm.binding.channel.Binding.CompletedStatus status)
{
int conversation_tag = takeNextConversationTag();
Console.WriteLine(this.PeerRank + ": 1 - BEGIN RECV FROM <" + source.Item1 + "," + source.Item2 + "> : " + TAG_SEND_OPERATION);
this.RootCommunicator.Send <Tuple <int, int> >(new Tuple <int, int>(AliencommunicatorOperation.RECEIVE, conversation_tag), 0, TAG_SEND_OPERATION);
Console.WriteLine(this.PeerRank + ": 2 - BEGIN RECV FROM <" + source.Item1 + "," + source.Item2 + "> : " + conversation_tag);
this.RootCommunicator.Send <Tuple <int, int, int> > (new Tuple <int, int, int>(source.Item1, source.Item2, tag), 0, conversation_tag);
Console.WriteLine(this.PeerRank + ": 3 - BEGIN RECV FROM <" + source.Item1 + "," + source.Item2 + "> : " + tag);
MPI.CompletedStatus status_root;
byte[] v;
this.RootCommunicator.Receive <byte[]> (0, tag, out v, out status_root);
value = (T)ByteArrayToObject(v);
Console.WriteLine(this.PeerRank + ": 4 - END RECV FROM <" + source.Item1 + "," + source.Item2 + ">");
status = br.ufc.mdcc.hpc.storm.binding.channel.Binding.CompletedStatus.createStatus(status_root, source);
}
public void Receive <T> (Tuple <int, int> source, int tag, ref T[] values, out br.ufc.mdcc.hpc.storm.binding.channel.Binding.CompletedStatus status)
{
int conversation_tag = takeNextConversationTag();
this.RootCommunicator.Send <Tuple <int, int> >(new Tuple <int, int>(AliencommunicatorOperation.RECEIVE_ARRAY, conversation_tag), 0, TAG_SEND_OPERATION);
this.RootCommunicator.Send <Tuple <int, int, int> > (new Tuple <int, int, int>(source.Item1, source.Item2, tag), 0, conversation_tag);
MPI.CompletedStatus status_root;
byte[] v;
this.RootCommunicator.Receive <byte[]> (0, tag, out v, out status_root);
T[] values_ = (T[])ByteArrayToObject(v);
// Copy the received values to the destination array (forcing original MPI semantics)
int size = values.Length <= values_.Length ? values.Length : values_.Length;
for (int i = 0; i < size; i++)
{
values[i] = values_[i];
}
status = br.ufc.mdcc.hpc.storm.binding.channel.Binding.CompletedStatus.createStatus(status_root, source);
}
/// <summary>
/// Determine whether this non-blocking operation has completed.
/// </summary>
/// <returns>
/// If the non-blocking operation has completed, returns information
/// about the completed communication operation. Otherwise, returns
/// <c>null</c> to indicate that the operation has not completed.
/// </returns>
public CompletedStatus Test()
{
MPI.CompletedStatus internal_status = internal_request.Test();
return(internal_status != null?CompletedStatus.createStatus(internal_status, source) : null);
}
/// <summary>
/// Wait until this non-blocking operation has completed.
/// </summary>
/// <returns>
/// Information about the completed communication operation.
/// </returns>
public CompletedStatus Wait()
{
MPI.CompletedStatus internal_status = internal_request.Wait();
return(CompletedStatus.createStatus(internal_status, source));
}
