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cpe-24.03-rhel-8-8-FullReleaseNotes.txt
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HPE Cray Programming Environment 24.03 Full Release Notes
=========================================================
HPE Cray Compiling Environment (CCE) 17.0.1
===========================================
Release Date:
-------------
March 2024
Purpose:
--------
CCE 17.0.1 provides Fortran, C, and C++ compilers for
HPE Cray supercomputer and HPE Apollo 2000 Gen10Plus systems.
Key Changes and Support with CCE 17.0.1:
----------------------------------------
CCE 17.0.1:
-----------
CCE-17.0.1
- ROCm 6.0 Suppport
- Added OMPT device tracing support to enable profiling
- Tuned support for MI300A
- SLES gcc/13 support
- Address sanitizer support on GPUs in Fortran
-----------
CCE 17.0.0
- LLVM 17 base (Merges up to November 6th 2023)
- Fortran
- Support offload of DO CONCURRENT iterations to accelerators with unified shared memory
- Starting with 17.0, support passing any Fortran contained procedures to C/C++
- Code with both 17.0 and pre-17.0 objects files must be linked with 17.0 ftn
- Added the following Fortran 2023 Features:
- US 01 & 02 Allow much longer statement lines and overall statement length
- US 03 SPLIT and TOKENIZE intrinsics
- US 04 Trig functions that work in degrees
- US 06 selected_logical_kind intrinsic function
- US 07 Additional named constants to specify kinds in ISO_FORTRAN_ENV
- US 10 The at edit descriptor
- US 11 Control over leading zeros in output of real values
- US 15 Simple procedures
- US 20 Reduction specifier for do concurrent
- UK 01 Extend the intrinsic procedure c_f_pointer to allow its pointer result to have specified lower bounds
- A public namelist group can have a private namelist group object.
- Added the following OpenMP 5.1 Features:
- 'error' directive
- 'omp_get_mapped_ptr' routine
- 'omp_display_env' routine
- 'thread_limit' clause on 'target' construct (C/C++ only)
- New initial device number value
- loop construct
- Augmented OpenMP 5.X 'declare mapper' to support all Fortran derived types
- Updated GPU parallelism mapping policy to address performance concerns in some user applications
- Updated GPU unified shared memory software architecture to take advantage of supported hardware
- Full tuned support for Nvidia Grace Hopper
- Initial support for AMD MI300
- Experimental support for Sanitizers on AMD GPUs (C & C++ Only)
User and Application Impact:
----------------------------
CCE 17.0.1:
-----------
CCE-17.0.1
-----------
CCE-17.0.0
- For SLES/COS based systems, the linking GCC library has been changed to use the OS Distributed version available through SLES channels
- For SLES/COS based systems, shared libraries built by prior CCE versions must be rebuilt with CCE 17
- For RHEL based systems, we continue to use gcc-toolset provided by Red Hat, updating to gcc-toolset-12 as our baseline
- For RHEL based systems, shared libraries built by prior CCE versions do not need to be rebuilt
Issues or Bugs Resolved:
------------------------
CCE 17.0.1:
-----------
CCE-17.0.1
CAST-34955 CCE17 Regression with OpenMP Offload and Fortran Abstract Type
CAST-34862 fortran openmp default map(first private:scalar) disables reduction function
CAST-34547 roc-obj doesn't work with executable built with cce
CAST-34528 fortran arrays dimensioned 0 with omp target offload -runtime error
CAST-34517 Cray compiler segfaults on ARCHER2 when default IPA enabled
CAST-33381 ONETEP reaises a CCE internal compiler error (segfault)
CAST-31166 Cray Fortran compiler bug - Finalization
-----------
CCE-17.0.0
CAST-34375 ftn openmp target offload gets Internal Compiler Error
CAST-34321 GPU-RDC flag breaks ROCm/5.7.0 + CCE/16.0.1 interoperability
CAST-34267 Cray Clang 16 compiler crash when on Kokkos sources
CAST-34235 internal functions of elemental function are not compiling
CAST-34208 internal subprogram to ELEMENTAL subprogram
CAST-34118 ftn bounds checking -R b causes internal compiler error
CAST-34114 ftn openmp target offload gets Internal Compiler Error
CAST-33882 CrayFTN prevent reproductible compilation
CAST-33799 CCE internal compiler error with miniweather application
CAST-33775 ftn-7206 warning in cce/16.0.0
CAST-33773 INTERNAL COMPILER ERROR with cce 16.0.0
CAST-33711 SEGV from coarray test
CAST-33524 Cray EX - compile error with cce16 and performance issue with cce15.0.1 when using declare target for nested subroutines
CAST-33363 CCE 15.0.1 Very slow to compile lib
CAST-33343 Crayftn Unlimited Polymorphic Assumed Rank Argument
CAST-33342 Crayftn error with pure procedures in submodule
CAST-33324 Fortran with ACC fails on AMD GPU
CAST-33319 incorrect string lengths result after string arrays are initialized with array constructors of different lengths
CAST-33306 `select type` statement fails to identify argument as a `character` type
CAST-32911 needs -O0 to avoid a ftn internal compiler error
CAST-32887 cray-ftn bug with renaming derived type in use statement
CAST-32694 Unified memory does not work with omp declare target directive. Fortran compiler
CAST-32531 ICE using Cray compiler
CAST-32312 CCE Fortran+OpenMP Runtime Error on Crusher (Invalid dope vector)
CAST-31898 Cray Fortran + OpenACC bug
CAST-31821 MFEM: local memory exceeded CCE 15.0.0, ROCm 5.4.0 -O0
CAST-31788 ftn openmp target link directive runtime errors
CAST-31763 Add consistent debug flag behavior across CCE C++ and CCE Fortran compilers
CAST-31636 cray cce compiler OMPT support
CAST-31447 ftn openmp target link directive runtime errors
CAST-31375 Segfault on subroutine exit after omp target exit data clause
CAST-31156 Several problems with Cray CCE compiler version 14.0.3 and GFS weather code
CAST-30542 Cray fortran compiler error on access to module variable for unified memory
CAST-28426 CrayFTN build time issue - demonstrator of pathological behaviour
CAST-22740 Cray Fortran fails to catch bad G format spec
Product and OS Dependencies:
----------------------------
This CCE release is supported on
- HPE Cray supercomputer systems running CSM with COS 2.5.X (SLES15 SP4) or COS 23.11 (SLES15 SP5)
- HPE Cray supercomputer systems running HPCM with COS 2.5.X (SLES15 SP4) or COS 23.11 (SLES15 SP5)
- HPE Cray supercomputer systems running HPCM with RHEL 8.7
- HPE Apollo 2000 Gen10Plus systems running RHEL 8.7
- AMD GPU OpenMP and OpenACC offloading support requires at least ROCm 6.0 (AMD GPU HIP offloading can still use ROCm 5.x)
Notes and Limitations:
----------------------
- The OpenACC type `acc_handle_kind` has been changed to be of size 8 bytes (instead of 4 bytes). This will require recompilation of any codes that use this type.
- Linking Fortran applications may fail with an error message of the form "hidden symbol `<SYMBOL>' in <LIB> is referenced by DSO".
If this error message is seen, it can usually be worked around by adding '-lgcc_s' to your link line. This is known to affect use
of craypat and cray-parallel-netcdf but may be seen without them as well.
- There is a known bug in the CUDA header `cuda_fp16.h` detailed in the upstream issue https://github.com/llvm/llvm-project/issues/60296.
Programs compiling with `-fopenmp` must use CUDA 12.1.1 or later to avoid this bug, or manually change their header as described in the issue.
Documentation:
--------------
- S-5212 Cray Compiling Environment Release Overview (17.0)
- S-3901 Cray Fortran Reference Manual
- S-2179 Cray C and C++ Quick Reference
- Basic man pages: crayftn(1), craycc(1), crayCC(1), intro_openmp()
- Please see https://clang.llvm.org/docs/UsersManual.html or use the -help command line option for
more information on using Clang
Modulefile:
-----------
The following will load the modules necessary to use CCE:
module load PrgEnv-cray
The following will switch to x.y.z version of CCE:
module swap cce cce/x.y.z
Installation instructions:
--------------------------
rpm -ivh cce-17.0.1-202402021627.99c2eadd92a56-4.el8.x86_64.rpm.x86_64.rpm
The following script will set CCE version 17.0.1 default:
/opt/cray/pe/admin-pe/set_default_files/set_default_cce_17.0.1
License:
--------
Except for the third party components and software licensed by HPE through
proprietary agreements, components, files or programs contained within this
package or product are Copyright -2023 Hewlett Packard Enterprise Development LP.
Attribution notices for open source licensed software for this
package are detailed in the file:
/opt/cray/pe/cce/17.0.1/ATTRIBUTIONS_17.0.txt
Cray PE DL Plugin with Resiliency Support 22.06.1.2:
Release Date:
-------------
June 2022
Purpose:
--------
The following changes have been made since Cray PE DL Plugin 21.04.1:
o Updated DL framework support
o Introduction of resiliency support
o BFloat16 data type support
Supported Configurations:
-------------------------
Shasta/EX: CPU and AMD GPU support with PrgEnv-gnu
The following Deep Learning frameworks and versions are supported:
* TensorFlow v2.6
* PyTorch v1.10.2
Documentation:
--------------
For more information see the intro_dl_plugin man pages.
For info regarding use of the new resiliency feature, see the examples
and README.md in ${CRAYPE_ML_PLUGIN_BASEDIR}/examples/resiliency
Sample Installation instructions:
---------------------------------
Note: Package must be installed or sym linked in the default /opt/cray/pe path.,
ie: use of the --prefix flag for rpm is not supported.
rpm -ivh craype-dl-plugin-ftr-22.06.1.2*.x86_64.rpm
The "*" in the install command represents date and hash specific information.
Modulefile:
-----------
Shasta/EX:
module load craype-dl-plugin-ftr/22.06.1.2
Certain components, files or programs contained within this package or
product are Copyright 2017-2022 Hewlett Packard Enterprise Development LP.
Cray PE DL Plugin 21.02.1.3:
Release Date:
-------------
February 2021
Purpose:
--------
The following changes have been made since Cray PE DL Plugin 20.10.1:
o Bug fixes for CUDA 11 support and pip install of include source dist
o Initial CUDA 11.1 support
o Updated DL framework support
Supported Configurations:
-------------------------
CS: OpenMPI 4.0.2 and cray-mvapich 2.3.2 or newer with CPU and GPU support
XC CLE 7: CPU and GPU support
Shasta: CPU-only support
Apollo: CPU-only support
The following Deep Learning frameworks and versions are supported:
* TensorFlow v2.4
* PyTorch v1.7.1
Documentation:
--------------
For more information see the intro_dl_plugin man pages.
Known Issues:
-------------
* Using Tensorflow 1.14 binaries distributed by Google and Intel require portions of the DL
Plugin to be compiled with gcc 4.8. If using the included source distribution of the
DL Plugin to install the Python packagesinto a given Python installation, gcc 4.8
will need to be used to install said packages, assuming Google and Intel distributed
Tensorflow 1.14 binaries are used. For TensorFlow 1.15 and greater, use of gcc 7.x
is required instead.
Sample Installation instructions:
rpm -ivh craype-dl-plugin-py3-21.02.1.3*.x86_64.rpm
The "*" in the install command represents date and hash specific information.
Modulefile:
-----------
XC/Shasta:
module load craype-dl-plugin-py3/21.02.1.3
CS:
module load craype-dl-plugin-py3/openmpi/21.02.1.3
module load craype-dl-plugin-py3/mvapich/21.02.1.3
Certain components, files or programs contained within this package or
product are Copyright 2017-2021 Hewlett Packard Enterprise Development LP.
Cray PE DL Plugin 22.09.1:
Release Date:
-------------
September 2022
Purpose:
--------
The following changes have been made since Cray PE DL Plugin 22.08.1:
o Keras callbacks bug fixes
Supported Configurations:
-------------------------
CS: OpenMPI 4.0.2 and cray-mvapich 2.3.2 or newer with CPU and GPU support
XC: CLE 7 CPU and GPU support
EX: CPU and GPU support
Apollo: CPU-only support
The following Deep Learning frameworks and versions are supported:
* TensorFlow v2.6
* PyTorch v1.10
Documentation:
--------------
For more information see the intro_dl_plugin man pages.
Known Issues:
-------------
* Using Tensorflow 1.14 binaries distributed by Google and Intel require portions of the DL
Plugin to be compiled with gcc 4.8. If using the included source distribution of the
DL Plugin to install the Python packagesinto a given Python installation, gcc 4.8
will need to be used to install said packages, assuming Google and Intel distributed
Tensorflow 1.14 binaries are used. For TensorFlow 1.15 and greater, use of gcc 7.x
is required instead.
Sample Installation instructions:
rpm -ivh craype-dl-plugin-py3-22.09.1*.x86_64.rpm
The "*" in the install command represents date and hash specific information.
Modulefile:
-----------
XC/EX:
module load craype-dl-plugin-py3/22.09.1
CS:
module load craype-dl-plugin-py3/openmpi/21.04.1
module load craype-dl-plugin-py3/mvapich/21.04.1
Certain components, files or programs contained within this package or
product are Copyright 2017-2021 Hewlett Packard Enterprise Development LP.
Cray PE DL Plugin 22.12.1:
Release Date:
-------------
December 2022
Purpose:
--------
The following changes have been made since Cray PE DL Plugin 22.09.1:
o TF v2.9 Support
Supported Configurations:
-------------------------
CS: OpenMPI 4.0.2 and cray-mvapich 2.3.2 or newer with CPU and GPU support
XC: CLE 7 CPU and GPU support
EX: CPU and GPU support
Apollo: RHEL8.6 CPU and GPU support
The following Deep Learning frameworks and versions are supported:
* TensorFlow v2.9
* PyTorch v1.10
Documentation:
--------------
For more information see the intro_dl_plugin man pages.
Known Issues:
-------------
* Using Tensorflow 1.14 binaries distributed by Google and Intel require portions of the DL
Plugin to be compiled with gcc 4.8. If using the included source distribution of the
DL Plugin to install the Python packagesinto a given Python installation, gcc 4.8
will need to be used to install said packages, assuming Google and Intel distributed
Tensorflow 1.14 binaries are used. For TensorFlow 1.15 and greater, use of gcc 7.x
is required instead.
Sample Installation instructions:
rpm -ivh craype-dl-plugin-py3-22.12.1*.x86_64.rpm
The "*" in the install command represents date and hash specific information.
Modulefile:
-----------
XC/EX:
module load craype-dl-plugin-py3/22.12.1
CS:
module load craype-dl-plugin-py3/openmpi/21.04.1
module load craype-dl-plugin-py3/mvapich/21.04.1
Certain components, files or programs contained within this package or
product are Copyright 2017-2021 Hewlett Packard Enterprise Development LP.
CrayPE Targets 1.13.0
================================================================================
Release Date:
--------------------------------------------------------------------------------
March, 2023
Purpose:
--------------------------------------------------------------------------------
Adds modulefiles for targets - craype-accel-amd-gfx942
Bugs fixed in this release:
--------------------------------------------------------------------------------
None
Dependencies:
--------------------------------------------------------------------------------
The CrayPE Targets 1.13.0 release is dependent on the following
software products:
CrayPE
set_default_3
lmod_scripts
Documentation:
--------------------------------------------------------------------------------
See manpages for cc, CC, ftn, intro_craype-api and pkg-config
See section 2.6 Using Targeting Modules of the Cray Programming Environment
User's Guide (S-2529-116)
See http://www.freedesktop.org/wiki/Software/pkg-config for a pkg-config
introduction.
Installation instructions:
--------------------------------------------------------------------------------
rpm -Uvh craype-targets-ex-hpcm-1.13.0-202402062025.1d638354624fb-0.ex.hpcm.noarch.rpm
To make this the default version, execute:
/opt/cray/pe/admin-pe/set_default_files/set_default_craype-targets_1.13.0-tcl
/opt/cray/pe/admin-pe/set_default_files/set_default_craype-targets_1.13.0-lua
Product description:
--------------------------------------------------------------------------------
CrayPE Targets contains the modules for CrayPE targets.
TCL Modules - craype-accel-host craype-accel-amd-gfx90a craype-accel-amd-gfx908 craype-accel-amd-gfx940 craype-accel-amd-gfx942 craype-accel-intel-max craype-accel-nvidia70 craype-accel-nvidia80 craype-accel-nvidia90 craype-hugepages2M craype-hugepages4M craype-hugepages8M craype-hugepages16M craype-hugepages32M craype-hugepages64M craype-hugepages128M craype-hugepages256M craype-hugepages512M craype-hugepages1G craype-hugepages2G craype-arm-grace craype-x86-milan craype-x86-milan-x craype-x86-rome craype-x86-spr craype-x86-spr-hbm craype-x86-trento craype-x86-genoa craype-network-none craype-network-ofi craype-network-ucx
Lmod Modules - craype-accel-host craype-accel-amd-gfx90a craype-accel-amd-gfx908 craype-accel-amd-gfx940 craype-accel-amd-gfx942 craype-accel-intel-max craype-accel-nvidia70 craype-accel-nvidia80 craype-accel-nvidia90 craype-hugepages2M craype-hugepages4M craype-hugepages8M craype-hugepages16M craype-hugepages32M craype-hugepages64M craype-hugepages128M craype-hugepages256M craype-hugepages512M craype-hugepages1G craype-hugepages2G craype-arm-grace craype-x86-milan craype-x86-milan-x craype-x86-rome craype-x86-spr craype-x86-spr-hbm craype-x86-trento craype-x86-genoa craype-network-none craype-network-ofi craype-network-ucx
Copyright 2013-2023 Hewlett Packard Enterprise Development LP
CDEUX driver (craype) 2.7.31.11 - 11
==============
Release Date:
--------------
March 2024
Purpose:
--------
The Cray Development Environment User eXperience driver (CDEUX) (craype)
provides a common set of drivers for all CPE programming environments,
notably the C/C++ (cc/CC) and Fortran (ftn) languages.
New CDEUX driver (craype) features for HPE Cray EX and Apollo systems:
- Support for CCE using distribution GCC toolchain installation.
- Improved support for AMD ROCm installations.
- Improved AARCH64 support.
Key Changes and Bugs Closed:
----------------------------
- CDEUX driver (craype) 2.7.31.11 has fixed issues regarding OpenMP
Product and OS Dependencies:
----------------------------
The CDEUX driver (craype) 2.7.31.11 release is supported on the following
HPE systems:
* HPE Cray EX systems with CLE
* HPE Apollo systems as part of the Cray Programming Environment
Documentation:
---------------
See manpages for cc, CC, ftn, and intro_craype-api.
See the pkg-config manpage or
http://www.freedesktop.org/wiki/Software/pkg-config for a pkg-config
introduction.
Product description:
--------------------
CrayPE contains drivers, cc, CC, and ftn to compile for all CPE
Programming Environments.
Certain components, files or programs contained within this package or product
are Copyright 2013-2023 Hewlett Packard Enterprise Development LP.
License:
--------
Except for the third party components and software licensed by HPE
through proprietary agreements, components, files or programs contained
within this package or product are Copyright 2023 Hewlett Packard
Enterprise Development LP.
Craypkg-gen 1.3.32
==============
Release date
------------
February 2024
Purpose
-------
Bug fix release.
Bugs fixed in this release
--------------------------
- Preserve build numbers in ROCm versions
- Exclude hip paths in the ROCm pkg-config files for ROCm >= 5.7.0
- Change -D_HIP_PLATFORM_HCC_ to -D__HIP_PLATFORM_AMD__ in pkg-config files for ROCm >= 5.7.0
- Utilize Jinja2 templating for ROCm pkg-config file
- Update logic to generate modulefiles for new file tree in Intel OneAPI 2024.0
- Update the Nvidia HPC SDK compiler compatibility version for aarch64
- Remove non-existent CUPTI path from Nvidia HPC SDK modulefile
Dependencies
------------
The craypkg-gen 1.3.32 release is supported on the following HPE
Cray systems:
- Cray EX systems SLE 15.0 or later and RHEL 8.0 or later.
Driver support for integrating Third Party C, C++, and Fortran libraries
through .pc files using pkg-config is used in CrayPE 2.x and later.
Limitation
----------
- Library dependencies for static libraries are not added to the .pc files
for keywords Requires.private and Libs.private. A warning is issued by
the craypkg-gen tool to advise users to add this information to the
libraries .pc files.
- RPM limits packages to 4GB
Documentation
-------------
Man pages for craypkg-gen are found by executing `module load craypkg-gen`
and then `man craypkg-gen`. See
http://www.freedesktop.org/wiki/Software/pkg-config for a pkg-config
introduction.
Examples for creating modulefiles for Intel, PGI and Python are included in
the craypkg-gen ‘doc’ directory:
/opt/cray/craypkg-gen/1.3.32/doc/intel_example.txt
/opt/cray/craypkg-gen/1.3.32/doc/pgi_example.txt
/opt/cray/craypkg-gen/1.3.32/doc/python_example.txt
Example:
- As an example, the Intel 16.0.3.210 compiler was recently released.
After installing the compiler the administrator creates a modulefile for
this release by executing the following commands:
# module load craypkg-gen
# craypkg-gen -m /opt/intel/compilers_and_libraries_2016.3.210
This version of the Intel compiler is made default by executing the
command:
# /opt/admin-pe/set_default_craypkg/set_default_intel_16.0.3.210
Installation instructions
-------------------------
rpm -ivh craypkg-gen-1.3.32-1.3.32-1.el8.noarch.rpm
To change the product version to default after installation:
/opt/cray/pe/admin-pe/set_default_files/set_default_craypkg-gen_1.3.32
Product description
-------------------
The craypkg-gen 1.3.32 utility provides the system administrator
a tool to integrate third party software with the Cray software stack.
Craypkg-gen assists with integration by creating .pc files for C, C++, and
Fortran libraries, pkg-config enabled modulefiles and RPMs.
The workflow for using craypkg-gen is
1) Build the open source software
2) Create .pc files for libraries
3) Create pkg-config enabled modulefiles
4) Customize pkg-config and modulefiles if needed
Certain components, files or programs contained within this package or product
are Copyright 2013-2024 Hewlett Packard Enterprise Development LP.
Cray DSMML 0.3.0:
==========================
Release Date:
-------------
March, 2024
Product Information:
--------------------
DSMML is a stand-alone memory management library for maintaining distributed
shared symmetric memory heaps for top level PGAS languages and libraries like
Coarray Fortran, UPC, and OpenSHMEM. DSMML allows user libraries to create
multiple symmetric heaps and share information with other libraries. Through
DSMML, we could extract interoperability between PGAS programming models.
Announcements, release informations, supported environments, and backward
compatibility informations about this product can be viewed in the following
location: https://pe-cray.github.io/cray-dsmml/
Purpose:
--------
Cray DSMML 0.3.0 supports the following features:
- Create symmetric heap segments for being used by PGAS languages and
libraries
- Allows options to allocate, deallocate memory buffers from previously
created symmetric heap segments
- Enables sharing information about the symmetric heap segments between
different programming models
- Added support for shared symmetric heap (SSHEAP) that can be used to
provide enhanced SMP data transport in user-libraries like SHMEM, CAF, UPC
The following features are fixed in Cray DSMML 0.3.0 when compared
to Cray DSMML 0.2.2:
- Add support for the library for AARCH64 processor based platforms
- Internal bug fixes involving hugepage cleanups
Refer intro_dsmml(3) manpage for more information on the supported features
and syntax for different routines
Product and OS Dependencies:
----------------------------
The Cray DSMML 0.3.0 release is supported on the following
Cray systems:
* HPE Cray EX systems with CLE
Product and OS Dependencies by network type:
--------------------------------------------------+
| Shasta |
----------------------------+---------------------+
craype | >= 2.7.3 |
----------------------------+---------------------+
One or more compilers:
* AOCC 2.2 or later
* CCE 9.1 or later
* GNU 9.1 or later
* Intel 19.0 or later
* Nvidia 20.7 or later
Documentation:
--------------
Use the Cray DSMML man pages for more information on the library
functions and use intro_dsmml(3) man page for general information.
Use https://pe-cray.github.io/whitepapers/ for access to different
Cray DSMML specific whitepapers
Announcements, release informations, supported environments, and backward
compatibility informations about this product can be viewed in the following
location: https://pe-cray.github.io/cray-dsmml/
Modulefile:
-----------
module load cray-dsmml/0.3.0
Certain components, files or programs contained within this package or
product have the following Copyright:
Copyright 2018-2021 Hewlett Packard Enterprise Development LP.
FFTW 3.3.10.7
============
Release Date:
-------------
March 2024
Purpose:
--------
This Cray FFTW 3.3.10.7 release is supported on Cray EX (formerly
Shasta) systems. FFTW is supported on the host CPU but not on the
accelerator of Cray systems.
The Cray FFTW 3.3.10.7 release provides the following:
- Compiler and dependency updates
See the Product and OS Dependencies section for details.
Product and OS Dependencies:
----------------------------
The Cray FFTW 3.3.10.7 release is supported on the following Cray systems:
Cray EX Systems with SLES 15 SP4 or later based OS
The FFTW 3.3.10.7 release requires the following software products:
craype 2.7.5 or later
MPT 8.0 or later
One or more of the following major compiler versions:
CCE 17
GCC 12, 13
AOCC 4.1
Intel 2024 or later
Notes and Limitations:
----------------------
Starting with cray-fftw/3.3.6.1 the fftw module has been renamed from fftw
to cray-fftw.
Documentation:
--------------
http://www.fftw.org/index.html#documentation
See the intro_fftw3 manual page for additional information.
Modulefile:
-----------
module load cray-fftw
Installation
------------
To install the rpm, execute:
rpm -ivh cray-fftw-3.3.10.7-202402071520.4d6d346567dfd-1.shasta.el8.x86_64.rpm
To make this the default version, execute:
/opt/cray/pe/admin-pe/set_default_files/set_default_fftw_3.3.10.7
Certain components, files or programs contained within this package or
product are Copyright 2011-2024 Hewlett Packard Enterprise Development LP
# HDF5 1.12.2.11
## Release Date:
* March 2024
## Purpose:
This HDF5 release contains the following:
* Support for compilers on SLES x86_64: CCE 17, Native GCC 12.3.0, Intel-OneAPI 2023.2.0, AOCC 4.2, Nvidia 23.3
* Support for compilers on SLES aarch64: CCE 17, Native GCC 12.3.0, Nvidia 23.11
* Support for compilers on RHEL 8: CCE 17, GCC Toolset 12.2.1, Intel-OneAPI 2023.2.0, AOCC 4.1, Nvidia 23.3
## Product and OS Dependencies:
The HDF5 1.12.2.11 release is supported on the following systems, requiring the following software products:
* CrayPE 2.1.2 or later
* Cray MPT 8.1 or later
SLES x86_64
* One or more compilers:
* CCE 17.0 or later
* Native GCC 12.3.0 or later
* Intel-OneAPI 2023.2.0 or later
* Nvidia 22.0 or later
* AOCC 4.1 or later
* AMD 5.0 or later
SLES aarch64
* One or more compilers:
* CCE 17.0 or later
* Native GCC 12.3.0 or later
* Nvidia 23.11 or later
RHEL 8
* One or more compilers:
* CCE 17.0 or later
* GCC Toolset 12.2.1 or later
* Intel-OneAPI 2023.2.0 or later
* Nvidia 22.0 or later
* AOCC 4.1 or later
* AMD 5.0 or later
## Notes and Limitations:
Users are encouraged to use the Cray compiler scripts (cc, ftn, CC) to include the HDF5 header files and link in the HDF5 libraries, rather than the HDF5 compiler scripts (h5cc, h5fc, h5c++) included in the release.
## Documentation:
http://www.hdfgroup.org/HDF5/doc/index.html
## Modulefile:
`module load cray-hdf5`
OR
`module load cray-hdf5-parallel`
## Product description:
HDF5 is a data model, library, and file format for storing and managing data. It supports an unlimited variety of datatypes, and is designed for flexible and efficient I/O and for high volume and complex data. HDF5 is portable and is extensible, allowing applications to evolve in their use of HDF5. The HDF5 Technology suite includes tools and applications for managing, manipulating, viewing, and analyzing data in the HDF5 format.
## Installation:
`rpm -ivh cray-hdf5-1.12.2.11-*202402200749.acf05c8988d11-3.el8.x86_64.rpm`
The "`*`" in the install command represents compiler version combinations.
To make this the default version, execute:
`/opt/cray/pe/admin-pe/set_default_files/set_default_hdf5_1.12.2.11`
Certain components, files or programs contained within this package or product are Copyright 2019-2024 Hewlett Packard Enterprise Development LP.
Cray LibSci 24.03.0
=====================
Release Date:
-------------
March 2024
Purpose:
--------
Cray LibSci 24.03.0 provides scientific libraries for Cray
HPC systems. Cray LibSci is supported on the host CPU but
not on the accelerator of these systems.
The Cray LibSci 24.03.0 release provides the following:
* support for RHEL gcc-toolset-{10,11,12}
* support for Nvidia HPC SDK 23.11 on aarch64
Cray LibSci 24.03.0 includes the following versions of publicly
available libraries:
* LAPACK 3.10.1 - For further information, see
http://www.netlib.org/lapack
* ScaLAPACK 2.2.0 - (Scalable LAPACK) For further information, see
http://www.netlib.org/scalapack.
* QDWH 2.0.0 KSVD 1.0.0 - Polar decomposition and SVD packages, see
https://github.com/ecrc/qdwh
https://github.com/ecrc/ksvd
Key Changes and Bugs Closed:
----------------------------
Changes in Cray LibSci 24.03.0
* CAST-34956 - Lua module environment variable issue
Changed in Cray LibSci 23.12.5
* CAST-33777 - LibSci mutex contention issue
* Removed support for Intel KNL
Product and OS Dependencies:
----------------------------
The Cray LibSci 24.03.0 release requires the following:
* SLES 15 SP4/SP5 or RHEL 8.8
* cray-mpich/8.1.0 or later
Supported on the following HPE systems:
* HPE Cray EX systems with CLE
* HPE Cray XD systems with CLE
One or more of the following compiler major versions:
* CCE 17.x (SLES)
* CCE 16.x or later (RHEL)
* GCC 12.3 or later (SLES)
* gcc-toolset-10.3/11.2/12.2 (RHEL)
* AOCC 4.1.0 or later
* AMD ROCm 5.0.0 or later
* Intel 2023.2.0 or later
* Nvidia 23.11 or later (aarch64) and 23.3 or later (x86_64)
Notes and Limitations:
----------------------
OMP threaded versions:
The CrayPE 2.1.2 and later releases add support for link line generation
for the multi-threaded versions of the libsci library based on the OpenMP
flags the user specifies for each compiler:
* CCE by default links to the OpenMP LibSci library. CrayPE will link in
the serial version of LibSci when the CCE flag -hnoomp is used.
* GNU by default links serial LibSci library. CrayPE will link in the
OpenMP version of LibSci when the GNU flag -fopenmp is used.
* INTEL by default links serial LibSci library. CrayPE will link in the
OpenMP version of LibSci when the INTEL flag -qopenmp is used.
Stack size limit:
The 'ulimit -s unlimited' system stack size setting is required for
cray-libsci on all supported Cray platforms. This is typically set as a
system default by admin but may otherwise need to be set at runtime.
Non-default dynamic linking:
When using a non-default version of cray-libsci with dynamic linking
users should set at runtime and at linktime after loading the desired
cray-libsci module--or set the equivalent for their linux shell:
export LD_LIBRARY_PATH=$CRAY_LD_LIBRARY_PATH:$LD_LIBRARY_PATH
Documentation:
--------------
See the intro_libsci man page for additional information.
See the csmlversion man page for information to display version information
on the currently loaded scientific libraries.
Modulefile:
-----------
module load cray-libsci
Installation instructions:
--------------------------
LibSci is now packaged into separate compiler specific RPMs to allow
rpmbuild to correctly include compiler dependencies.
License:
--------
Except for the third party components and software licensed by HPE
through proprietary agreements, components, files or programs
contained within this package or product are Copyright 2001-2023
Hewlett Packard Enterprise Development LP.
Attribution notices for open source licensed software contained in this
package are detailed in the file:
/opt/cray/libsci/24.03.0/ATTRIBUTIONS
Cray LibSci_ACC 24.03.1
=======================
Release Date:
-------------
March 2024
Purpose:
--------
The Cray LibSci_ACC 24.03.1 release provides accelerated versions of
scientific libraries for HPE Cray systems with accelerators.
Product and OS Dependencies:
----------------------------
Cray LibSci_ACC 24.03.1 requires the following platform:
HPE Cray EX system with AMD MI250X
HPE Cray EX system with AMD MI300A
HPE Cray EX system with Nvidia Hopper
Cray LibSci_ACC 24.03.1 supports the following OS:
RHEL 8.8 x86_64
SLES 15 SP4 x86_64
SLES 15 SP5 x86_64 & aarch64
Notes and Limitations:
----------------------
LAPACK workspace calculations from other implementations or hard-coded
values may not be compatible with libsci_acc. Workspaces reported from
a query to the corresponding libsci_acc function should be used.
The current supported usecase is a one-rank to one-gpu mapping for apps.
Performance improvements can be achieved in programs calling libsci_acc
subroutines by using pinned memory. See the intro_libsci_acc man page for
details.