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Diffstat (limited to 'release_docs/INSTALL_TFLOPS')
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diff --git a/release_docs/INSTALL_TFLOPS b/release_docs/INSTALL_TFLOPS deleted file mode 100644 index 66dafc2..0000000 --- a/release_docs/INSTALL_TFLOPS +++ /dev/null @@ -1,175 +0,0 @@ -FOR THE INTEL TFLOPS MACHINE: - -Below are the step-by-step procedures for building, testing, and -installing the parallel and sequential versions of the HDF5 library. - ------------------ -Software locations ------------------- -The zlib compression library is installed in /usr/community/hdf5/ZLIB. -The latest version is zlib v1.1.4. - -The mpich library, including mpi-io support, is now supported by the -TFLOPS system staff. Check Sasn100:/usr/local/FAQ/R4.4.0_Release_Notes -for details. A modified version of mpicc is created to simply the -command. It is installed as /usr/community/hdf5/tflop-mpich/bin/mpicc. - ---------------- -gmake recommended ---------------- -Both Sasn100 and Janus have multiple versions of the make command. -We recommand the use of the Gnu gmake which has some features -(e.g., -j and --srcdir support) that makes (sic) life easier. - ---------------- -Parallel HDF5: ---------------- - -The setup process for building the parallel version of the HDF5 library for the -ASCI Red machine is very similar to the sequential version. Since TFLOPS -does not support MPIO, we have prepared a shell-script file that configures -with the appropriate MPI library. - -Assuming you have already unpacked the HDF5 tar-file into the -directory <hdf5>, follow the steps below: -FROM SASN100, - -1) cd <hdf5> - -2) CC=/usr/community/hdf5/tflop-mpich/bin/mpicc \ - ./configure --host=tflops --with-zlib=/usr/community/hdf5/ZLIB - - Alternately, you may specify the host explicitly: - - CC=/usr/community/hdf5/tflop-mpich/bin/mpicc \ - ./configure --host=i386-intel-osf1 --with-zlib=/usr/community/hdf5/ZLIB - - Skip the "--with-zlib=..." option if you do not wish to include the zlib - compression feature. Without the zlib compression feature, the library - will not be able to access zlib compressed datasets. - - You may safely ignore the WARNING message, - ========= - configure: WARNING: If you wanted to set the --build type, don't use --host. - If a cross compiler is detected then cross compile mode will be used. - ========= - You may add the option "--build=i386-intel-osf1" to get rid of the WARNING. - - (The previous bugs in src/Makefile and test/Makefile have been resolved. - You don't need to edit them any more.) - -3) gmake H5detect - - -FROM JANUS, - -4) cd <hdf5> - -5) gmake H5Tinit.c - - -FROM SASN100, - -6) gmake - - -When everything is finished compiling and linking, -FROM JANUS, - -7) gmake check - (We have not encountered the following problem for a year.) - Sometimes the "gmake check" fails in the sub-directories of test - or tools with a message as "print not found". This is due to the - "gmake" of Janus thinking some binary code needs to be recompiled. - The easiest way to fix it is - FROM SASN100 - cd <hdf5>/test # or cd <hdf5>/tools - gmake clean; gmake # re-make all binary - - -Once satisfied with the parallel test results, as long as you -have the correct permission, -FROM SASN100, - -8) gmake install - - ---------------- -Sequential HDF5: ---------------- -(**NOTE** We have stopped testing sequential HDF5 for the Tflops machine -since it has little practical value to build sequential applications for -the Tflops machine. The instruction below are kept more for historical -purpose.) - -The setup process for building the sequential HDF5 library for the -ASCI Red machine is done by a coordination of events from sasn100 and -janus. Though janus can do compiling, it is better to build it -from sasn100 which has more complete building tools and runs faster. -It is also anti-social to tie up janus with compiling. The HDF5 building -requires the use of janus because one of steps is to execute a program -to find out the run-time characteristics of the TFLOPS machine. - -Assuming you have already unpacked the HDF5 tar-file into the -directory <hdf5>, follow the steps below: - -FROM SASN100, - -1) cd <hdf5> - -2) ./configure --host=tflops --with-zlib=/usr/community/hdf5/ZLIB - - Alternately, you may specify the host explicitly: - - ./configure --host=i386-intel-osf1 --with-zlib=/usr/community/hdf5/ZLIB - - Skip the "--with-zlib=..." option if you do not wish to include the zlib - compression feature. Without the zlib compression feature, the library - will not be able to access zlib compressed datasets. - - You may safely ignore the WARNING message, - ========= - configure: WARNING: If you wanted to set the --build type, don't use --host. - If a cross compiler is detected then cross compile mode will be used. - ========= - You may add the option "--build=i386-intel-osf1" to get rid of the WARNING. - - (The previous bugs in src/Makefile and test/Makefile have been resolved. - You don't need to edit them any more.) - -3) gmake H5detect - - -FROM JANUS, - -4) cd <hdf5> - -5) gmake H5Tinit.c - - -FROM SASN100, - -6) gmake - - -When everything is finished compiling and linking, -you can run the tests by -FROM JANUS, - -7) gmake check - Sometimes the "gmake check" fails in the sub-directories of test - or tools with a message as "print not found". This is due to the - "gmake" of Janus thinking some binary code needs to be recompiled. - The easiest way to fix it is - FROM SASN100 - cd <hdf5>/test # or cd <hdf5>/tools - gmake clean; gmake # re-make all binary - - -Once satisfied with the test results, you can install -the software by -FROM SASN100, - -8) gmake install - - |