Fixed a few very minor compiler complaints in the pls_gridengine_module.c file. ISO C is less forgiving about where variables get declared.
This commit was SVN r11156.
- indent / whitespace cleanup
- don't set --daemon-debug when pls debug is given, as it seems to make
the daemons abort.
This commit was SVN r11113.
The following SVN revision numbers were found above:
r11109 --> open-mpi/ompi@da7df6d257
correctly with MPI_Comm_spawn.
The problem wiht MPI_Comm_spawn was that the 'parent' process was
rmgr.create'ing and then rmgr.launch'ing the children via the rmgr proxy
component. The HNP saw these commands and processed them normally, but
since we never went through the HNP's rmgr (urm component) spawn()
logic the triggers and key/value pairs were never created. So the
children were launched correctly, but since the HNP did not
have any triggers setup, never triggered the xcast for the
children to finish orte_init().
This fix puts the trigger and key/value pair initialization in
rmgr_urm_spawn() for the 'mpirun a.out' case, *and* in the
rmgr_base_unpack routine that deals with the creation of the
job for the child as requested by the proxy component. This
will allow the triggers to be registered for the proxy's request
which only happens during MPI_Comm_spawn*
Small change for a lot of debugging. Notice that his reverts r11037
to its previous version, and adds a newline to handle the spawn
cases.
This commit was SVN r11046.
The following SVN revision numbers were found above:
r11037 --> open-mpi/ompi@5813fb7d2a
By reverting this file (changeset from commit r10708) to its previous
version fixes the problem.
This should be moved to the v1.1 branch where it is also broken.
This commit was SVN r11037.
The following SVN revision numbers were found above:
r10708 --> open-mpi/ompi@febc143d8c
r10841, so revert it (and it's fixes) out. Will bring back once cleaned up from
the code used in the tbird experiment
This commit was SVN r10991.
The following SVN revision numbers were found above:
r10841 --> open-mpi/ompi@dfa1221c3b
Added another system-level test function for ORTE that just spins until terminated by a ctrl-c signal.
Modified orterun - added a couple of newlines to the output when abnormally terminating so the prompt always is on a new line.
This commit was SVN r10866.
handler before the write() and de-register it afterwards. Determine
if the write() succeeded or failed by the return of write().
This commit was SVN r10858.
than $(LN_S). This causes problems with with Windows and probably
elsewhere (re: #200). So use a slightly different trick to get the
right header selected for the MEMCPY and TIMER components.
* Using the same trick used to solve the AC_CONFIG_LINKS problem,
stop using a separate header file for direct calling in the
PML and MTL. This lets me remove some icky code in ompi_mca.m4
that was more fragile than I really liked.
This commit was SVN r10841.
keep the resulting tm_event_t that is generated because the back-end
TM library actually caches a bunch of stuff on it for internal
processing, and doesn't let go of it until tm_poll().
tm_event_t's are similar to (but slightly different than)
MPI_Requests: you can't do a million MPI_Isend()'s on a single
MPI_Request -- a) you need an array of MPI_Request's to fill and b)
you need to keep them around until all the requests have completed.
This commit was SVN r10820.
Jeff: this needs to be back-patched to our supported prior releases. I'll try to verify how far back we need to go - my initial guess is probably all of them
This commit was SVN r10801.
Since Jeff and I are going to a branch for T-bird, we have restored the trunk to its prior state to avoid any possibility of disturbing it.
This commit was SVN r10774.
Please report any abnormal behavior during launch, though, as we would like to understand what (if any) impact is seen. I couldn't see any on small jobs (the modulo functions render this number down pretty low).
This commit was SVN r10763.
Update the help text to report errors when not following that rule.
Also updated the RMAPS help text to reflect the reorganization of some of the round-robin code into the base.
The new functionality has been tested under Mac OS-X and on Odin using an MPI program. Both byslot and bynode mapping have been checked and verified. Operational support for other systems needs to be verified - I respectfully request people's help in doing so.
This commit was SVN r10708.
1. Modifies the RAS framework so it correctly stores and retrieves the actual slots in use, not just those that were allocated. Although the RAS node structure had storage for the number of slots in use, it turned out that the base function for storing and retrieving that information ignored what was in the field and simply set it equal to the number of slots allocated. This has now been fixed.
2. Modified the RMAPS framework so it updates the registry with the actual number of slots used by the mapping. Note that daemons are still NOT counted in this process as daemons are NOT mapped at this time. This will be fixed in 2.0, but will not be addressed in 1.x.
3. Added a new MCA parameter "rmaps_base_no_oversubscribe" that tells the system not to oversubscribe nodes even if the underlying environment permits it. The default is to oversubscribe if needed and the underlying environment permits it. I'm sure someone may argue "why would a user do that?", but it turns out that (looking ahead to dynamic resource reservations) sometimes users won't know how many nodes or slots they've been given in advance - this just allows them to say "hey, I'd rather not run if I didn't get enough".
4. Reorganizes the RMAPS framework to more easily support multiple components. A lot of the logic in the round_robin mapper was very valuable to any component - this has been moved to the base so others can take advantage of it.
5. Added a new test program "hello_nodename" - just does "hello_world" but also prints out the name of the node it is on.
6. Made the orte_ras_node_t object a full ORTE data type so it can more easily be copied, packed, etc. This proved helpful for the RMAPS code reorganization and might be of use elsewhere too.
This commit was SVN r10697.
using a pty for everything, which drops all buffered data on the floor when
close() is called on the daemon side, meaning EOF has some issues. Instead,
do the same thing we do for other starters that use the fork() pls -- use
a pipe/fifo for stdin and stderr and a pty for stdout. This is good enough
for what we need and avoids most of the issues with ptys.
This commit was SVN r10692.
Basically, the problem was that the allocator was grabbing everything on the cluster for which the user had access privilege. Thus, if a user had two sessions operable, each with its own allocation, mpirun in each session would grab both sets of nodes and use them. Not very polite.
This commit was SVN r10683.
* num_children should really be an int instead of size_t
since 'size_t' is not signed and num_children can (in rare cases)
drop below 0, and don't want it to roll around to MAX_INT or some
such.
* I figured out that this problem only happened to me because I use
the pls_fork_reap_timeout MCA parameter and thus the only time that
the code in pls_fork_module.c to waitpid is executed is if this is
not set to 0 (I had it set to 1 to give my procs time to exit). I
adjusted the loop from while{...} to do{...}while; so that it is
executed at least once for consistency.
* de-register the SIGCHILD callback for the pid before we attempt
to kill it, so that we don't leave the door open for both the
waitpids (the one in the callback, and the one in this function)
to race to see who can wait on the child.
* Move the 'thread release' to outside the for loop for a bit of an
optimization, and always set the value to 0 since we want to
finish after this function.
* Added a help message for the case when we can't send a kill()
signal to the process. Should never happen, but all is possible
in the wild wild west of HPC.
This commit was SVN r10666.
When we force an application to terminate (via CTRL-C to mpirun)
we send an out-of-band message to the orted to reap its children.
the fork PLS was doing an internal waitpid but never releasing or
updating the information and signaling the condition variable. So
the fork PLS callback for SIGCHLD registered with the event library
and this waitpid are in a bit of a race to 'waitpid' for the children.
Since the PLS callback was the only one that handled the signal properly
when it 'won' then things were great -- as in the normal termination case.
But when it 'lost' -- as in the abnormal termination case -- the orted
never received the proper signal that its children had gone away.
We want to preserve the internal fork PLS callback since it allows
for a timeout while waiting for the child, which the event library
won't do.
This allows both to exist, and behave properly.
This was introduced in r9068.
The ticket is still open since the orted's hang in other situations
still. This is a fix for one of the causes.
This commit was SVN r10662.
The following SVN revision numbers were found above:
r9068 --> open-mpi/ompi@c2c2daa966
/tmp/tm-merge). Validated by RHC. Summary:
- Add --nolocal (and -nolocal) options to orterun
- Make some scalability improvements to the tm pls
This commit was SVN r10651.
with an error status (< 0) then the req buffer is NULL. Put checks around the
OBJ_RELEASE(req) calls so that we don't try to release NULL :/
This commit was SVN r10641.
