Limit the amount of data to be packed to the remaining on the convertor. This make the things a lot simpler in the pack/unpack functions.
This commit was SVN r8028.
Do not ignore the type and extent of the last optimized basic type in some special cases.
Update the last fake END_LOOpP with the correct value for the first_elem_disp field.
This commit was SVN r8023.
never stored on the stack. It is partially stored on the stack depending on the loops
but every time we pack/unpack a basic datatype we take in account again it's displacement.
This approach make the whole logic a lot simpler. In same time I split the big functions
in several basic block.
This commit was SVN r8021.
- if the alignment of wchar is zero then wchar_t is not supported by the OS. We skip it.
- Now that the definition of end_loop change compute the first_elem_description for all
predefined datatypes.
- In debug mode print a list of the datatypes that are not supported by the current
architecture.
This commit was SVN r8020.
We can compute the number of complete datatype that we will advance, update the stack and
then compute the new position taking in acount only the remaining bytes.
This commit was SVN r8019.
This file is now yet activated. It will became the default after the next
commit. (checkpoint to start testing on other clusters)
This commit was SVN r8006.
REDUCE_SCATTER to more thoroughly check the datatype/op combination
to see if it's valid or not. If it's not, print a meaningful error
message rather than "Invalid MPI_Op" indicating what specifically
was wrong (therefore hopefully helping users track down where in the
code the problem is, and/or telling us that there's a reduction
operation combo that we don't support that we should)
- The check for whether a datatype is intrinsic needed to be updated
-- it's not sufficient to check that dtype->id < DT_MAX_PREDEFINED;
you really need to check the PREDEFINED flag on the datatype.
Thanks to George for this fix (only intrinsics have a meaningful
value in dtype->id).
This commit was SVN r7923.
originally suggested by Ralf Wildenhues, to try to speed autogen, configure,
and make (and possibly even make install). Use automake's include directive
to drastically reduce the number of Makefile files (although the number of
Makefile.am files is the same - most are just included in a top-level
Makefile.am). Also use an Automake SUBDIRs feature to eliminate the
dynamic-mca tree, which was no longer really needed. This makes adding
a framework easier (since you don't have to remember the dynamic-mca
tree) and makes building faster (as make doesn't have to recurse through
the dynamic-mca tree)
This commit was SVN r7777.
that on some OSes the iovec struct is not POSIX complian, the iov_len is not a size_t but simply an int.
This patch, add a local variable (type size_t) to use with the memory allocation function, and then put
back the value in the iov_len field.
This commit was SVN r7615.
In the case where the user want to roll-back a convertor we should first rewind the
convertor to the beginning and then move it to the requested position. Otherwise the
logic do roll-back a convertor in an optimized way is really difficult. BTW, in terms of
performances one would prefer to have 2 convertors and play with position inside, than
just having one and roll it back.
This commit was SVN r7378.
relative displacement not the absolute one. This relative displacement will be addesd to the
absolute one in order to compute the correct position on the source (or destination) buffer.
This commit was SVN r7377.
