1. Fix: old v1.6-era code reset the stats-emitting event to fire twice
for each time period.
1. Add the usNIC device name to the output for differentiating the
output in multi-rail scenarios.
In the v1.10 opal_progress_thread emulation, ensure to create a
blocking libevent timer far in the future. Without that,
opal_event_loop() will return immediately (and therefore the progress
thread spins hard, stealing CPU cycles).
We try to keep the source code the same between master and v1.10. So
put the #if's back for OPAL_HAVE_HWLOC (and just hard-code it to 1 on
master) so that this code is also compilable in v1.10.
Bring Slurm PMI-1 component online
Bring the s2 component online
Little cleanup - let the various PMIx modules set the process name during init, and then just raise it up to the ORTE level. Required as the different PMI environments all pass the jobid in different ways.
Bring the OMPI pubsub/pmi component online
Get comm_spawn working again
Ensure we always provide a cpuset, even if it is NULL
pmix/cray: adjust cray pmix component for pmix
Make changes so cray pmix can work within the integrated
ompi/pmix framework.
Bring singletons back online. Implement the comm_spawn operation using pmix - not tested yet
Cleanup comm_spawn - procs now starting, error in connect_accept
Complete integration
This code really had no purpose; just assign FI_VERSION(1, 1). This
fixes CID 1315274.
Also clarify the commet about why we still retain libfabric v1.0.0
compatibility code, even though configure.m4 requires libfabric >= v1.1.0.
In short applications, it's possible that the agent (i.e., local rank
0) will finalize after non-local rank 0 procs detect the connectivity
checker named socket, but before they complete a connect() on it. As
such, their connect() gets ECONNREFUSED.
This commit adds a simple counter in the agent that won't let it quit
before it accept()'s from all local procs, or 10 seconds goes by
(whichever occurs first). This is similar to the timeout for the
clients: they'll exit if they don't see the expected named socket
within 10 seconds.
There's no longer any need for the usnic BTL to have its own progress
thread: it can use the opal_progress_thread() infrastructure. This
commit removes the code to startup/shutdown the usnic-BTL-specific
progress thread and instead, just adds its events to the OPAL-wide
progress thread.
This necessitated a small change in the finalization step.
Previously, we would stop the progress thread and then tear down the
events. We can no longer stop the progress thread, and if we start
tearing down events, this will cause shutdown/hangups to be sent
across sockets, potentially firing some of the still-remaining events
while some (but not all) of the data structures have been torn down.
Chaos ensues.
Instead, queue up an event to tear down all the pending events. Since
the progress thread will only fire one event at a time, having a
teardown event means that it can tear down all the pending events
"atomically" and not have to worry that one of those events will get
fired in the middle of the teardown process.
Ensure that we have non-NULL on all levels of pointers, which will
save us if there are exitable errors very early during component /
module initialization.
In libfabric v1.0.0 (i.e., API v1.0), the usnic provider handled
FI_MSG_PREFIX inconsistently between sends and receives. This has
been fixed in libfabric v1.1.0 (i.e., API v1.1): FI_MSG_PREFIX is
handled consistently for both sends and receives.
Run-time detect which libfabric we are running with and adapt behavior
appropriately.
Handle the differences between libfabric v1.0.0 and v1.1.0 in the
return value of fi_cq_readerr().
Also consolidate CRC and truncation errors into the same handling
block, since truncation errors are typically another symptom of CRC
errors. This ensures that buffers get reposted properly.
Instead of silently determining that the usnic BTL can't be built,
announce that usnic is checking for libfabric support, and then
AC_MSG_RESULT the result of that check.
The usnic BTL configure.m4 no longer needs to OPAL_CHECK_LIBFABRIC; it
just uses the results from opal/mca/common/libfabric's configure.m4.
We also now don't need to link against libfabric -- they just link
against the opal_common_libfabric library.
This commit does two things. It removes checks for C99 required
headers (stdlib.h, string.h, signal.h, etc). Additionally it removes
definitions for required C99 types (intptr_t, int64_t, int32_t, etc).
Signed-off-by: Nathan Hjelm <hjelmn@me.com>
Followup to open-mpi/ompi@65b66ab: if we're not debugging, then #if
out an entire block so that the compiler doesn't warn about variables
that are assigned and not used.
When using an external libfabric (or really any libfabric newer than
libfabric commit 607e863), we must use fi_getname to determine the local
port of our endpoint. Without this fix, OMPI will hang endlessly
while retransmitting packets to port 0 on the remote host.
fi_av_insert() is invoked with a context containing each endpoint
USNIC_NUM_CHANNELS times. If the address on that endpoint fails to
resolve / is unreachable / has some error, we'll therefore get
USNIC_NUM_CHANNELS error completions with that same endpoint. We
therefore only want to warn about the unreachability of (and
OBJ_RELEASE) that endpoint the *first* time.
Fixes CSCut46822.
