2. fix a bug in the initial communicator creation of llcomm
3. fix a bug which showed up as the result of fixing issue number 2: we have
to check now whether llcomm has really be created before freeing the
according llcomm in hierarch_destruct.
This commit was SVN r19361.
generate an overlap between the different layers. Why four versions? Because
there is right now always the trade-off between using non-blocking operations
on a layer with a trivial, linear algorithm and using the more sophisticaed
algorithms in a blocking manner.
- bcast_intra_seg used the bcast of lcomm and llcomm, similarly
to original algorithm in hierarch. However, it can segment
the message, such that we might get an overlap between the two
layers. This overlap is based on the assumption, that a process
might be done early with a bcast and can start the next one.
- bcast_intra_seg1: replaces the llcomm->bcast by isend/irecvs
to increase the overlap, keeps the lcomm->bcast however
- bcast_intra_seg2: replaced lcomm->bcast by isend/irecvs
to increase the overlap, keeps however llcomm->bcast
- bcast_intra_seg3: replaced both lcomm->bcast and llcomm->bcast
by isend/irecvs
The code is lightly tested, more testing to follow right now.
This commit was SVN r19358.
Theoretically, any PLM could use this - but in reality, all of them except rsh/ssh already leave the session attached anyway.
This fixes trac:656 - a REALLY old ticket
This commit was SVN r19294.
The following Trac tickets were found above:
Ticket 656 --> https://svn.open-mpi.org/trac/ompi/ticket/656
Don't include it in LIBS if it doesn't actually contain the symboles we're
looking for. Darwin's won't, LInux's will, so things will work out right.
This commit was SVN r19283.
Bring in a new version of PLPA (v1.2b2) with some new capabilities for
offline processors and mapping of the Nth processor/socket/core to its
corresponding Linux processor/socket/core ID.
(Sorry for the configure change in the middle of the day, folks -- I
need it to be able to continue to integrate paffinity changes for
#1435...)
This commit was SVN r19282.
The following Trac tickets were found above:
Ticket 1435 --> https://svn.open-mpi.org/trac/ompi/ticket/1435
Roland noticed that the QLogic HCA driver was using the PCIe vendor ID
for the ibv_query_device so the IEEE OUI value is now used. This means
the config file should recognize the vendor ID value 0x1175 too.
This commit was SVN r19277.
If a message cannot be routed because the addressee isn't yet known, then the message is held on a queue in the RML for a period of time (currently set to 500 millisec). At the end of that time, we pop the message from the list and attempt to send it again. This action requires that we convert the header back to
network-byte-order before calling the OOB.
If the message still cannot be routed, we put the message back on the list and reset the timer. However, since we are going to convert the header when it com
es off of the list, we have to ntoh it before putting it back on the list so it all comes out right. This step was missing.
Thus, the problem only showed up relatively rarely because a message would have to be pushed onto the queue at least twice for the problem to surface.
This should fix a specific ticket (1389), but we will wait to see the results of MTT runs to verify. Note that we really don't know why a message is rattling around in the RML for so long, especially since this all seems to be happening during finalize, so this could cause mpirun to hang. Or it could simply trash the message and exit cleanly. Shall be interesting to see!
This commit was SVN r19276.
Provide support for four MPIR extensions that allow specification of debugger daemon executable, argv for the debugger daemon, whether or not to forward debugger daemon IO, and whether or not debugger daemon will piggy-back on ORTE OOB network. Last is not yet implemented.
No change in behavior or operation occurs unless (a) the debugger specifically utilizes the extensions and, for co-locate while running, the user specifically enables the capability via an MCA param. Two of the MPIR extensions supported here are used in a widely-used debugger for a large-scale installation. The other two extensions are new and being utilized in prototype work by several debuggers for possible future release.
This commit was SVN r19275.
