Purpose:
Fortran port to IA64
Description:
I brought back changes from 1.4 branch to support IA64 system.
Platforms tested:
IA64 (titan), Solaris 2.7 (arabica), Linux 2.2 (eirene) and IRIX64-6.5 (modi4)
Purpose:
Bug fix
Description:
There was a typo in the h5dont_exit_c function name that caused compilation
problems on Windows
Solution:
Fixed typo
Platforms tested:
Kent is going to retest it on Windows.
Purpose:
Make Intel (and other) C and F90 compilers happy
Description:
There were several warnings about missing function prototypes and
wrongly defined string in the test program.
Solution:
Fix the code to include proper header files and function prototypes.
Fix the string.
Platforms tested:
Platinum (IA32) and arabica (Solaris 2.7)
Purpose:
Added missing fortran functions h5set(get)_buffer_f.
Also added docs and tests for them.
Solution:
Currently functions do not accept conversion and background buffers.
This corresponds to H5set(get)_buffer call with buffer pointers
set to NULL. If there is a demand, I can overload the functions
to have new parameters and go through all trouble creating functions
for all supported datatypes.
Platforms tested:
Solaris 2.7, Linux 2.2., IRIX64-6.5
Purpose:
Added new F90 APIs
Description:
I added new F90 APIs, tests, and documentation for the following
functions:
h5fget_obj_count_f h5pequal_f h5tget_member_index_f
h5fget_obj_ids_f h5pget_fclose_degree_f
h5pset_fclose_degree_f
Documentation for exisiting functions was missing:
h5freopen_f, h5fflush_f, h5fmount_f, h5unmount_f, h5fget_create_plist_f,
h5fget_access_plist_f.
Platforms tested:
Solaris 2.7, Linux 2.2 and IRIX64-6.5
Purpose:
Added new fortran functions
Description:
Source code, tests and documentation for h5glink2_f and h5gmove2_f
functions were added. I also added missing man page for h5glink_f
Platforms tested:
Solaris 2.7, IRIX64-6.5 and Liniux 2.2
Purpose:
Added missing fortran functions.
Description:
Four Library Fortran API functions have been added:
h5get_libversion_f, h5_check_version_f, h5garbage_collect_f and
h5dont_atexit_f. Only first two functions were tested.
Documentation file and RELEASE.txt were updated.
Platforms tested:
Solaris 2.7, IRIX64-6.5 and Linux 2.2
Purpose:
Bug fix
Description:
Search path for include files to build h5test_fortran.a did not have
hdf5_builddir and hdf5_srcdir directories. Compilation failed when
scrdir configure flag was used.
Solution:
Modified Makefile.in to include the directories into the search path.
Platforms tested:
modi4 with srcdir on AFS and build dir in $SCR using --enable-parallel
--enable-fortran flags.
Purpose:
Bug fix, code improvement
Description:
Fortran tests didn't cleanup created files. Also HDF5_PREFIX and
HDF5_PARAPREFIX were not used to specify location of the files.
There was a redundant file in the testpar directory that contained
an error reporting function used by both serial and parallel tests.
Solution:
Created library h5test_fortran.a that contains functions used by the
serial and parallel tests. It includes Fortran and C functions that
may be called from Fortran programs to report errors, to modify
file names and to cleanup files after run. Modified test code to
use new functions.
Platforms tested:
Linux 2.2 (eirene) serial
IRIX64 (modi4) parallel with HDF5_PREFIX and HDF5_PARAPREFIX set to $SCR
Solris 2.7 with mpich 1.2.4 with HDF5_PARAPREFIX set to /tmp/epourmal
Purpose:
Bug fix
Description:
_DLL_ macro was not replaced by H5_DLL macro in the Fortran stabs
header file when it was replaced in the C header files.
Solution:
Replace it.
Platforms tested:
Tested on Solairs 2.7 with --enable-fortran --enable-cxx flags.
Bug Fix
Description:
Sometimes, we needed to pick up a header file in the current build
directory.
Solution:
Added a test to see if the compiler can handle the "-I." option so
that it will get that header file.
Platforms tested:
Modi4
Bug Fix
Description:
We were getting the wrong MPIRUN program when you used the full
pathname. The "case" statement was checking the "F9X" macro, but it
really only needed the basename of the F9X macro.
Solution:
Put wildcard matching in so that it would find the appropriate
basename.
Platforms tested:
Modi4
Porting to AIX 5.x
Description:
These have been tested out in v1.4. Folding them in here.
aclocal.m4:
Snow's names were not included in the special hack.
Added its names in.
Removed the trailing * in pacific.llnl.gov too.
configure.in:
fortran/configure.in:
Added a case to group all AIX 5.* versions as aix5.x. This allows
them to share one common config/*aix5.x file.
configure:
fortran/configure:
Derived from configure.in (done in eirene).
config/powerpc-ibm-aix4.x:
Added a comment explaining why not to cache sizeof size_t and off_t
fortran/config/powerpc-ibm-aix4.x:
Turned of cache of sizeof size_t and off_t because they are depedent
on compiler options.
config/powerpc-ibm-aix5.x:
fortran/config/powerpc-ibm-aix5.x:
New config file for AIX 5.X
Platforms tests:
LLNL Blue, Frost, Snow, both serial and parallel.
Bug Fix
Description:
Was nulling out the RUNPARALLEL and other macros which shouldn't be
nulled out.
Solution:
Removed the code which does the nulling out of those macros.
Purpose:
Code clean up.
Description:
Many F90 compilers were not happy about character*(*) declarations.
Solution:
Used F90 character(len=*) declarations.
Platforms tested:
Solaris 2.7 and Linux 2.4
Code cleanup
Description:
While working on the "External test" failure I restructured and
cleaned up some C stub code.
Platforms tested:
dangermouse (Linux 2.4)
Bug Fix
Description:
On Linux 2.4 kernel, we need to check for Linux LFS support. There
was a failure in the Fortran code when we tried to pass a 4 byte off_t
variable to a function which expected an 8 byte off_t. This is due to
there being no check for the LFS support in the Fortran code.
Solution:
Added the check for Linux LFS support.
Platforms tested:
Elena will test on Linux platform...
Bug Fix
Description:
Put quotes around some variables so that the shell script doesn't
complain to us about "too many arguements" for a test.
Platforms tested:
Linux
Purpose:
Bug#670 fix
Description:
dims parameter to the h5dwrite_f, h5dread_f, h5awrite_f and h5aread_f
subroutines was declared as INTEGER array of size 7 (max number of dimensions
in Fortran). Users could not use the same buffer dims as an argument to
the h5screate_simple_f subroutine since it should be an array of size = RANK
and type INTEGER(HSIZE_T).
Solution:
Overload subroutines with dims parameter to be assumed size array of
INTEGER(HSIZE_T) type for backward compatibility.
Subroutine with the INTEGER dims argument should be depricated in 1.6 release
Platforms tested:
Windows, Solaris2.7, IRIX64-6.5
Update
Description:
Changed so that the Fortran and C++ configures are named "HDF5
Fortran" and "HDF5 C++" resp. instead of just "HDF5.
Solution:
Add an extra parameter to the subroutine which generates the new
configure.in files.
Platforms tested:
Linux
Purpose:
Maintenance
Description:
Changed code to use H5_HAVE_MPI_MULTI_LANG_* definitions and
H5pubconf_fortran.h include file.
Solution:
Platforms tested:
Let's daily tests do this work. I have to leave now.
Update
Description:
Added a conversion of the H5config_fortran.h file to
H5pubconf_fortran.h so as to keep with the HDF5 format of using H5_
as a prefix for HAVE_* macros.
Platforms tested:
Linux
Update
Description:
Updated the h5vers script to automatically update the configure.in
files so that they reflect the correct version in the AC_INIT line.
Platforms tested:
Linux
Purpose:
Bug fix
Description:
For some unknown to myself reason I used 32-bit integer for INTEGER(HSIZE_T)
on Solaris platforms when 64-bit integers are available for both C and Fortran.
Solution:
Use long long type to describe h(s)size_t_f types
Platforms tested:
Solaris 2.7 ans 2.6
Purpose:
Bug fix
Description:
For some unknown to myself reason I used 32-bit integer for INTEGER(HSIZE_T)
on Solaris platforms when 64-bit integers are available for both C and Fortran.
Solution:
Use the proper KIND argument to define INTEGER(HSIZE_T)
Platforms tested:
Solaris 2.7 ans 2.6
Purpose:
Bug fix
Description:
Different MPI implementations use different ways to
pass MPI objects between C and Fortran layers. MPI-2 defines
a standard set of MPI_*_c2f(f2c) functions for this purpose.
Unfortunately it is not implemented everywhere and makes
code non-portable between different parallel platforms.
Solution:
Always use MPI_*c2f(f2c) functions in our code. Configure
finds out if those functions are available. If not, then we define
macros to immulate those functions.
Platforms tested:
IRIX64-6.5 (modi4) and SP3 (seaborg.nersc.gov). On those platforms
functions do not exist and we use macros. Bill will test on
HPUX System V (SDSC machine) to check if this works when functions
are defined. Preliminary testing showed that it worked.
Fix
Description:
When doing a TRY_LINK, the compiler complained about lack of
parameters being passed to the function.
Solution:
Added the parameter it wants...
