There was a race condition in the eager get protocol where the RDMA complete message could be received before the local completion of the SMSG message that started the eager get protocol.
cmr:v1.7
This commit was SVN r27740.
- configure: fixed warnings from automake 1.12.x
Changes to VT:
- general:
- incremented version number to 5.14.2
- configure:
- fixed warnings from automake 1.12.x
- VT libs / MPI wrappers:
- do initialize VT and enter the dummy main function ("user") if MPI_Initialized is the very first event to be recorded (fixed assertion error)
- leave the dummy main function on the same thread where it is entered (fixes potential stack underflow)
This commit was SVN r27734.
* btl sendi(): if message can be send inline try to avoid signal
* signal is requested one per 64 or when
there are no send wqes
when message can not be send inline
any other btl method then sendi()
This commit was SVN r27724.
to compile. With recent Autoconf versions, AC_CHECK_HEADERS only succeeds
if the header compiles, so need to check these two with sys/param.h
explicitly included in the search list...
This commit was SVN r27715.
which is the same size as a Fortran or C integer. This resulted in configure
coming up with Fortran's MAX_INT as -2^31, which obviously isn't a positive
number. Since we found the MAX_INT using the same broken loop in a couple
places and doing it right is complicated, added a new macro that is much
more careful about sign roll-over.
During the Fortran rework between v1.6 and v1.7, the variable which
indicates whether or not Fortran is being compiled changed, so on platforms
without Fortran compilers, we were trying to determine the max value for
Fortran INTEGERS where we previously didn't. I believe this is why
bug #3374 appeared as a regression.
Finally, since the OMPI code doesn't cope with OMPI_FORTRAN_HANDLE_MAX
being negative (which was the root cause of the segfault in $3374),
add a check at the end of the OMPI_FORTRAN_GET_HANDLE_MAX macro to
ensure that OMPI_FORTRAN_HANDLE_MAX is always non-negative.
This commit was SVN r27714.
- configure: pass the MPI configure options (e.g. --with-mpi-lib, --with-mpi-inc-dir) to the OTF configure, even if MPI compiler wrappers were found
This commit was SVN r27710.
config/ directory. We split them apart a while ago in the hopes that
it would simplify things, but it didn't really (e.g., because there
were still some ompi/opal .m4 files in the top-level config/
directory, resulting in developer confusion where any given m4 macro
was defined).
So this commit consolidates them back into the top-level directory for
simplicity.
There's still (at least) two changes that would be nice to make:
1. Split any generated .m4 file (e.g., autogen-generated .m4 files)
into a separate directory somewhere so that a top-level -Iconfig/
will only get our explicitly defined macros, not the autogen stuff
(e.g., with libevent2019 needing to get the visibility macro, but
NOT all the autogen-generated inclusion of component configure.m4
files).
1. Change configure to be of the form:
{{{
# ...a small amount of preamble/setup...
OPAL_SETUP
m4_ifdef([project_orte], [ORTE_SETUP])
m4_ifdef([project_ompi], [OMPI_SETUP])
# ...a small amount of finishing stuff...
}}}
I doubt we'll ever get anything as clean as that, but that would be
the goal to shoot for.
This commit was SVN r27704.
* We always build OPAL, so always do the filesystem case-sensitivity
check
* Protect the extra ORTE/OMPI macros with "if we're building this
project..." tests
This commit was SVN r27699.
- compiler wrappers: removed invocation of pdbcomment; it removes essential information from the PDB file for instrumenting functions
This commit was SVN r27687.
- otfprofile: fixed build error when using the IBM XL C++ compiler
Changes to VT:
- configure:
- use AC_CHECK_TYPES instead of AC_CHECK_DECLS to check for PAPI's long_long type
- use AC_C_INLINE to check whether C 'inline' is present
- VT libs:
- set CUPTI tracing as default, if CUDA runtime wrapper has not been built
- added a common interface for all NVIDIA CUPTI interfaces (events, activity, callbacks)
- added support for concurrent kernel tracing (since CUDA 5.0)
- removed almost unused VT_DEBUG env. variable - replaced calls to vt_debug_msg(DBG_LEVEL,...) by vt_cntl_msg (DBG_LEVEL+10,...)
- added some more ifdefs to new CUDA 5 features
- added several guards for internal malloc() and free() calls in CUDA related source files
- revised memory allocation tracing:
- intercept memory (de)alloaction functions by library wrapping (replaces deprecated hook technique from the GNU C library)
- added support for multi-threaded applications
- added wrapper functions for memalign, posix_memalign, and valloc
- revised exec,system,fork tracing
- retitled to "Child Process Execution Tracing"
- introduced env. variable VT_EXECTRACE (marked VT_LIBCTRACE as deprecated)
- added wrapper functions for execvpe, fexecve, waitid, wait3, and wait4
- changes default function group name for
- memory (de)allocation functions: "MEM" -> "LIBC-MALLOC"
- I/O functions: "I/O" -> "LIBC-I/O"
- child process execution: "LIBC" -> "LIBC-EXEC"
- plugin counter interface:
- added check for initialized vt_plugin_cntr_info.info
- vtdyn:
- added missing header includes for Dyninst 8
- vtrun:
- do not preload the Dyninst Runtime library; it is loaded by Dyninst itself
This commit was SVN r27679.
Fix bug reported by FreyGuy19713: in cases where HNP node has multiple entries in a hostfile or other allocation, we need to track the total slots allocated to that node.
This commit was SVN r27673.
The following Trac tickets were found above:
Ticket 3429 --> https://svn.open-mpi.org/trac/ompi/ticket/3429
* Add some comments in the *-wrapper-data-txt.in files just so that
someone doesn't forget in the future why we link in what we do in
the MPI and ORTE wrapper compilers.
* Update ompi_wrapper_script.in to match the new behavior.
* Update orte_wrapper_script.in to support --openmpi:linkall (which
is a no-op in this case)
This commit was SVN r27672.
The following Trac tickets were found above:
Ticket 3422 --> https://svn.open-mpi.org/trac/ompi/ticket/3422
additional functionality. Rationale (refs trac:3422):
* Normal MPI applications only ever use the MPI API. Hence, -lmpi is
sufficient (they'll never directly call ORTE or OPAL
functions). This is arguably the most common case.
* That being said, we do have some test programs (e.g., those in
orte/test/mpi) that call MPI functions but also call ORTE/OPAL
functions. I've also written the occasional MPI test program that
calls opal_output, for example (there even might be a few tests in
the IBM test suite that directly call ORTE/OPAL functions).
* Even though this is not a common case, these applications should
also compile/link with mpicc.
* So we should add a --openmpi:linkall option that will also link
in whatever is necessary to call ORTE/OPAL functions
* Yes, we could hard-code "-lopen-rte -lopen-pal" in Makefiles, but
we do reserve the right to change those library names and/or add
others someday, so it's better to abstract out the names and let
the wrapper supply whatever is necessary.
* ORTE programs, however, are different. They almost always call OPAL
functions (e.g., if they want to send a message, they must use the
OPAL DSS). As such, it seems like the ORTE programs should always
link in OPAL.
Therefore:
* Add undocumented --openmpi:linkall flag to the wrapper compilers.
See the comment in opal_wrapper.c for an explanation of what it
does. This flag is only intended for Open MPI developers -- not
end users. That's why it's undocumented.
* Update orte/test/mpi/Makefile.am to add --openmpi:linkall
* Make ortecc/ortec++'s wrapper data text files always explicitly
link in libopen-pal
This commit was SVN r27670.
The following SVN revision numbers were found above:
r27668 --> open-mpi/ompi@cf845897aa
The following Trac tickets were found above:
Ticket 3422 --> https://svn.open-mpi.org/trac/ompi/ticket/3422
