<?xml version="1.0" encoding="UTF-8"?>
<metadata xmlns="http://linux.duke.edu/metadata/common" xmlns:rpm="http://linux.duke.edu/metadata/rpm" packages="129">
<package type="rpm">
  <name>scls-debug</name>
  <arch>noarch</arch>
  <version epoch="0" ver="2026" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">40fa74080585d91d4990702f87b9150669e2e95ba18092a2b111550bd8ad8b89</checksum>
  <summary>Debug build with GCC compilers and reference BLAS/LAPACK</summary>
  <description>Debug build with GCC compilers and reference BLAS/LAPACK

This is a meta-package that depends on every package in the SCLS debug
flavor. Installing it will pull in the complete scientific computing stack.</description>
  <packager></packager>
  <url></url>
  <time file="1780961583" build="1780959813"/>
  <size package="7947" installed="111" archive="396"/>
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    <rpm:vendor></rpm:vendor>
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    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-2026-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="7745"/>
    <rpm:provides>
      <rpm:entry name="scls-debug" flags="EQ" epoch="0" ver="2026" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="scls-debug-armadillo"/>
      <rpm:entry name="scls-debug-arpack-ng"/>
      <rpm:entry name="scls-debug-blaspp"/>
      <rpm:entry name="scls-debug-blaze"/>
      <rpm:entry name="scls-debug-butterflypack"/>
      <rpm:entry name="scls-debug-cmake"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-exodus"/>
      <rpm:entry name="scls-debug-gklib"/>
      <rpm:entry name="scls-debug-googletest"/>
      <rpm:entry name="scls-debug-gperftools"/>
      <rpm:entry name="scls-debug-hdf5"/>
      <rpm:entry name="scls-debug-hwloc"/>
      <rpm:entry name="scls-debug-lapack"/>
      <rpm:entry name="scls-debug-lapackpp"/>
      <rpm:entry name="scls-debug-libevent"/>
      <rpm:entry name="scls-debug-libunwind"/>
      <rpm:entry name="scls-debug-metis"/>
      <rpm:entry name="scls-debug-mumps"/>
      <rpm:entry name="scls-debug-netcdf"/>
      <rpm:entry name="scls-debug-nlopt"/>
      <rpm:entry name="scls-debug-openmpi"/>
      <rpm:entry name="scls-debug-parmetis"/>
      <rpm:entry name="scls-debug-petsc"/>
      <rpm:entry name="scls-debug-pmix"/>
      <rpm:entry name="scls-debug-scalapack"/>
      <rpm:entry name="scls-debug-scotch"/>
      <rpm:entry name="scls-debug-slate"/>
      <rpm:entry name="scls-debug-slepc"/>
      <rpm:entry name="scls-debug-strumpack"/>
      <rpm:entry name="scls-debug-sundials"/>
      <rpm:entry name="scls-debug-superlu"/>
      <rpm:entry name="scls-debug-superlu_dist"/>
      <rpm:entry name="scls-debug-testsweeper"/>
      <rpm:entry name="scls-debug-ucx"/>
      <rpm:entry name="scls-debug-vtk"/>
      <rpm:entry name="scls-debug-zfp"/>
    </rpm:requires>
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</package>
<package type="rpm">
  <name>scls-debug-armadillo</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="15.2.7" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">08fd1b907be1e67629f0edb6c00285e2176c3a3ada32e221421525a704226470</checksum>
  <summary>Fast C++ matrix library with syntax similar to MATLAB and Octave</summary>
  <description>Armadillo is a C++ linear algebra library (matrix maths)
aiming towards a good balance between speed and ease of use.
Integer, floating point and complex numbers are supported,
as well as a subset of trigonometric and statistics functions.
Various matrix decompositions are provided through optional
integration with LAPACK and ATLAS libraries.
A delayed evaluation approach is employed (during compile time)
to combine several operations into one and reduce (or eliminate)
the need for temporaries. This is accomplished through recursive
templates and template meta-programming.
This library is useful if C++ has been decided as the language
of choice (due to speed and/or integration capabilities), rather
than another language like Matlab or Octave.</description>
  <packager></packager>
  <url>https://arma.sourceforge.net/</url>
  <time file="1781661207" build="1781053738"/>
  <size package="522106" installed="5710483" archive="5823356"/>
  <location href="Packages/scls-debug-armadillo-15.2.7-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>Apache-2.0</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-armadillo-15.2.7-1.el9.src.rpm</rpm:sourcerpm>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-arpack-ng"/>
      <rpm:entry name="scls-debug-blas"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-lapack"/>
      <rpm:entry name="scls-debug-metis"/>
      <rpm:entry name="scls-debug-superlu"/>
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</package>
<package type="rpm">
  <name>scls-debug-arpack-ng</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.9.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">8ae2b93be9309cc2461df6817b4cc57d15e5e442f3df221f207b64e5dac1acba</checksum>
  <summary>Fortran 77 subroutines designed to solve large scale eigenvalue problems.</summary>
  <description>ARPACK-NG is a collection of Fortran 77 subroutines designed to solve
large scale eigenvalue problems.

The package is designed to compute a few eigenvalues and corresponding
eigenvectors of a general n by n matrix A. It is most appropriate for
large sparse or structured matrices A where structured means that a
matrix-vector product w &lt;- Av requires order n rather than the usual
order n**2 floating point operations. This software is based upon an
algorithmic variant of the Arnoldi process called the Implicitly
Restarted Arnoldi Method (IRAM).</description>
  <packager></packager>
  <url>https://github.com/opencollab/arpack-ng</url>
  <time file="1778205335" build="1778128535"/>
  <size package="218505" installed="715452" archive="720716"/>
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    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-arpack-ng-3.9.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="15153"/>
    <rpm:provides>
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    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-blas"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-lapack"/>
      <rpm:entry name="scls-debug-openmpi"/>
      <rpm:entry name="scls-debug-scalapack"/>
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</package>
<package type="rpm">
  <name>scls-debug-blas</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.12.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">bc158cc69107ebc4a6292656f86f760cbea05350d019c45dcd48db41beb7681e</checksum>
  <summary>The Basic Linear Algebra Subprograms library (reference)</summary>
  <description>The Basic Linear Algebra Subprograms library (reference)</description>
  <packager></packager>
  <url>https://www.netlib.org/lapack/</url>
  <time file="1778205336" build="1778128538"/>
  <size package="132862" installed="349440" archive="350464"/>
  <location href="Packages/scls-debug-blas-3.12.1-1.el9.x86_64.rpm"/>
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    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-blas-3.12.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="7529"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-blas" flags="EQ" epoch="0" ver="3.12.1" rel="1.el9"/>
      <rpm:entry name="scls-debug-blas(x86-64)" flags="EQ" epoch="0" ver="3.12.1" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="scls-debug-environment"/>
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</package>
<package type="rpm">
  <name>scls-debug-blaspp</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.05.28" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">077a7297a65a3417a6adeb4968262dd3ff0daf3413133718bd387100d9877aeb</checksum>
  <summary>C++ API for the Basic Linear Algebra Subprograms (BLAS)</summary>
  <description>The Basic Linear Algebra Subprograms (BLAS) have been around for many
decades and serve as the de facto standard for performance-portable and
numerically robust implementation of essential linear algebra
functionality. Originally, they were written in Fortran, and later
furnished with a C API (CBLAS).

The objective of BLAS++ is to provide a convenient, performance
oriented API for development in the C++ language, that,
for the most part, preserves established conventions, while, at the
same time, takes advantages of modern C++ features, such as:
namespaces, templates, exceptions, etc.

BLAS++ is part of the SLATE project
(Software for Linear Algebra Targeting Exascale), which is funded by
the Department of Energy as part of its Exascale Computing Initiative
(ECP). Closely related to BLAS++ is the LAPACK++ project,
which provides a C++ API for LAPACK.</description>
  <packager></packager>
  <url>https://icl.utk.edu/slate/</url>
  <time file="1778205336" build="1778128540"/>
  <size package="140820" installed="987839" archive="996616"/>
  <location href="Packages/scls-debug-blaspp-2025.05.28-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-blaspp-2025.05.28-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="18289"/>
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      <rpm:entry name="scls-debug-blaspp" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-blas"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-lapack"/>
      <rpm:entry name="scls-debug-testsweeper"/>
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</package>
<package type="rpm">
  <name>scls-debug-blaze</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.8.2" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">fea2d21b909c80ff3e7fb86da0e0e3f7cb0fcf4e1831dd0b66d21d9b095020db</checksum>
  <summary>A high-performance C++ math library for dense and sparse arithmetic</summary>
  <description>Blaze is an open-source, high-performance C++ math library for dense and \
sparse arithmetic. With its state-of-the-art Smart Expression Template \
implementation Blaze combines the elegance and ease of use of a \
domain-specific language with HPC-grade performance, making it one of \
the most intuitive and fastest C++ math libraries available. \</description>
  <packager></packager>
  <url>https://bitbucket.org/blaze-lib/blaze</url>
  <time file="1778205336" build="1778128548"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-blas"/>
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</package>
<package type="rpm">
  <name>scls-debug-butterflypack</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="4.1.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">2ca40a458032fbc168176e4d6825cedf2e3a62d9e026da3d1957d63531560cff</checksum>
  <summary>Rapid solving of large-scale dense linear systems using butterfly compression</summary>
  <description>Rapid solving of large-scale dense linear systems using butterfly compression</description>
  <packager></packager>
  <url>https://github.com/liuyangzhuan/ButterflyPACK</url>
  <time file="1778205336" build="1778128573"/>
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      <rpm:entry name="scls-debug-butterflypack" flags="EQ" epoch="0" ver="4.1.0" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-arpack-ng"/>
      <rpm:entry name="scls-debug-blas"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-lapack"/>
      <rpm:entry name="scls-debug-openmpi"/>
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<package type="rpm">
  <name>scls-debug-cblas</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.12.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">457b779f54827f7fe8269d42e93e3ef0d3f6908a50c6ed24eb7d4efddd78f009</checksum>
  <summary>C interface to BLAS</summary>
  <description>CBLAS provides a C interface to the Basic Linear Algebra Subprograms.</description>
  <packager></packager>
  <url>https://www.netlib.org/lapack/</url>
  <time file="1778205337" build="1778128599"/>
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    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
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    <rpm:sourcerpm>scls-debug-cblas-3.12.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="8729"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-cblas" flags="EQ" epoch="0" ver="3.12.1" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="scls-debug-blas"/>
      <rpm:entry name="scls-debug-environment"/>
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</package>
<package type="rpm">
  <name>scls-debug-cmake</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="4.3.3" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">6ce52b7dac126dc3ae47d9f06dd0a70de024553dd6fe51646b01f83860d391de</checksum>
  <summary>Cross-platform make system</summary>
  <description>CMake is used to control the software compilation process using simple
platform and compiler independent configuration files. CMake generates
native makefiles and workspaces that can be used in the compiler
environment of your choice. CMake is quite sophisticated: it is possible
to support complex environments requiring system configuration, preprocessor
generation, code generation, and template instantiation.</description>
  <packager></packager>
  <url>https://cmake.org/</url>
  <time file="1781661208" build="1781053812"/>
  <size package="26402660" installed="95801708" archive="96558432"/>
  <location href="Packages/scls-debug-cmake-4.3.3-1.el9.x86_64.rpm"/>
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    <rpm:group>Unspecified</rpm:group>
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    <rpm:sourcerpm>scls-debug-cmake-4.3.3-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="588273"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-cmake" flags="EQ" epoch="0" ver="4.3.3" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="git"/>
      <rpm:entry name="ncurses"/>
      <rpm:entry name="openssl"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="sed"/>
      <rpm:entry name="zlib"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/ccmake</file>
    <file>/opt/scls/debug/bin/cmake</file>
    <file>/opt/scls/debug/bin/cpack</file>
    <file>/opt/scls/debug/bin/ctest</file>
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</package>
<package type="rpm">
  <name>scls-debug-environment</name>
  <arch>noarch</arch>
  <version epoch="0" ver="2026" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">2228fd487726e2b276bc7c1938d5026d3ec2eda830df2d51adfe8ed9e5336e28</checksum>
  <summary>SCLS environment setup, activation scripts, and configuration</summary>
  <description>SCLS environment setup, activation scripts, and configuration</description>
  <packager></packager>
  <url></url>
  <time file="1778033301" build="1777501878"/>
  <size package="21988" installed="35875" archive="38768"/>
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    <rpm:sourcerpm>scls-debug-environment-2026-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="10381"/>
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      <rpm:entry name="scls-debug-environment" flags="EQ" epoch="0" ver="2026" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh"/>
      <rpm:entry name="/usr/bin/bash"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/scls</file>
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</package>
<package type="rpm">
  <name>scls-debug-examples</name>
  <arch>noarch</arch>
  <version epoch="0" ver="2026" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">72f1af61ad558f1930614b2361e9a771f9ef05a60ee01316778f67fcf78a5545</checksum>
  <summary>Example programs for the SCLS debug flavor</summary>
  <description>Example programs for the SCLS debug flavor.

This meta-package pulls in the example programs shipped by packages in the
SCLS debug flavor (e.g. PETSc, SLEPc, SUNDIALS). It is optional — install it
only if you want the upstream example sources on disk.</description>
  <packager></packager>
  <url></url>
  <time file="1780961583" build="1780959813"/>
  <size package="6577" installed="0" archive="124"/>
  <location href="Packages/scls-debug-examples-2026-1.el9.noarch.rpm"/>
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    <rpm:sourcerpm>scls-debug-examples-2026-1.el9.src.rpm</rpm:sourcerpm>
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    <rpm:provides>
      <rpm:entry name="scls-debug-examples" flags="EQ" epoch="0" ver="2026" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="scls-debug-petsc-examples"/>
      <rpm:entry name="scls-debug-slepc-examples"/>
      <rpm:entry name="scls-debug-sundials-examples"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-debug-exodus</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.10.14" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">eac8a2ff0ce22b10eef075d7cae5e88e93c8295b7f326da6481055f2581db56f</checksum>
  <summary>EXODUS - Advanced finite element data file format</summary>
  <description>EXODUS - Advanced finite element data file format</description>
  <packager></packager>
  <url>https://github.com/sandialabs/seacas</url>
  <time file="1778205337" build="1778128721"/>
  <size package="2865922" installed="5938078" archive="5944248"/>
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    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
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    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-exodus-2025.10.14-1.el9.src.rpm</rpm:sourcerpm>
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      <rpm:entry name="scls-debug-exodus" flags="EQ" epoch="0" ver="2025.10.14" rel="1.el9"/>
      <rpm:entry name="scls-debug-exodus(x86-64)" flags="EQ" epoch="0" ver="2025.10.14" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-hdf5"/>
      <rpm:entry name="scls-debug-netcdf"/>
      <rpm:entry name="scls-debug-openmpi"/>
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</package>
<package type="rpm">
  <name>scls-debug-gklib</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="0.0.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">193350ea15f0f71cbba6ec5bf571abdbf8a50389bd5ed2d4b0d5f3ea5e532462</checksum>
  <summary>A library of various helper routines and frameworks used by KarypisLab software</summary>
  <description>A library of various helper routines and frameworks used by KarypisLab software</description>
  <packager></packager>
  <url>https://github.com/KarypisLab/GKlib</url>
  <time file="1778205337" build="1778128726"/>
  <size package="165653" installed="786236" archive="791228"/>
  <location href="Packages/scls-debug-gklib-0.0.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>Apache-2.0</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-gklib-0.0.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="14473"/>
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      <rpm:entry name="scls-debug-gklib" flags="EQ" epoch="0" ver="0.0.1" rel="1.el9"/>
      <rpm:entry name="scls-debug-gklib(x86-64)" flags="EQ" epoch="0" ver="0.0.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/csrcnv</file>
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</package>
<package type="rpm">
  <name>scls-debug-googletest</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="1.17.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">d66489d0b26518a2c380d59de4f6045537c374eab87f7b6ffef46c85c461c7fc</checksum>
  <summary>GoogleTest - Google Testing and Mocking Framework</summary>
  <description>Googletest is a comprehensive testing framework for C++ designed to support test-driven development and Google's extensive internal test suites. It provides a rich set of assertions, user-defined assertions, death tests, and easy-to-use fixtures for writing both small and large test cases. Googletest is portable and can be used across diverse platforms. It encourages organized, expressive, and efficient testing practices, and integrates well with various build systems. This makes it suitable for both new and existing C++ projects looking to implement robust testing.</description>
  <packager></packager>
  <url>https://github.com/google/googletest</url>
  <time file="1778205338" build="1778128729"/>
  <size package="429217" installed="1912228" archive="1923212"/>
  <location href="Packages/scls-debug-googletest-1.17.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-googletest-1.17.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="20145"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-googletest" flags="EQ" epoch="0" ver="1.17.0" rel="1.el9"/>
      <rpm:entry name="scls-debug-googletest(x86-64)" flags="EQ" epoch="0" ver="1.17.0" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
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</package>
<package type="rpm">
  <name>scls-debug-gperftools</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.18.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">f4d3efd2bae46f1b5cf0252ce3c1519667207135d897e1bcb7d3a23b46c88f55</checksum>
  <summary>Very fast malloc and performance analysis tools</summary>
  <description>Perf Tools is a collection of performance analysis tools, including a
high-performance multi-threaded malloc() implementation that works
particularly well with threads and STL, a thread-friendly heap-checker,
a heap profiler, and a cpu-profiler.

This package provides the gperftools shared libraries (tcmalloc,
profiler) and development headers. Starting with gperftools 2.17 the
bundled pprof analyzer was removed upstream; install Google's Go
version separately (`go install github.com/google/pprof@latest`) to
post-process profile output.</description>
  <packager></packager>
  <url>https://github.com/gperftools/gperftools</url>
  <time file="1778205338" build="1778128733"/>
  <size package="526776" installed="2197180" archive="2208904"/>
  <location href="Packages/scls-debug-gperftools-2.18.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-gperftools-2.18.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="21109"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-gperftools" flags="EQ" epoch="0" ver="2.18.1" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-libunwind"/>
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</package>
<package type="rpm">
  <name>scls-debug-hdf5</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="1.14.6" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">01eb4f634e28f778391646079af4b4130557d93fb8aa373ebffc932db9b35ee2</checksum>
  <summary>A general purpose library and file format for storing scientific data</summary>
  <description>HDF5 is a general purpose library and file format for storing scientific data.
HDF5 can store two primary objects: datasets and groups. A dataset is
essentially a multidimensional array of data elements, and a group is a
structure for organizing objects in an HDF5 file. Using these two basic
objects, one can create and store almost any kind of scientific data
structure, such as images, arrays of vectors, and structured and unstructured
grids. You can also mix and match them in HDF5 files according to your needs.</description>
  <packager></packager>
  <url>https://www.hdfgroup.org/solutions/hdf5</url>
  <time file="1778205338" build="1778128738"/>
  <size package="2297708" installed="10059260" archive="10079968"/>
  <location href="Packages/scls-debug-hdf5-1.14.6-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-hdf5-1.14.6-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="31433"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-hdf5" flags="EQ" epoch="0" ver="1.14.6" rel="1.el9"/>
      <rpm:entry name="scls-debug-hdf5(x86-64)" flags="EQ" epoch="0" ver="1.14.6" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-openmpi"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/h5clear</file>
    <file>/opt/scls/debug/bin/h5copy</file>
    <file>/opt/scls/debug/bin/h5debug</file>
    <file>/opt/scls/debug/bin/h5delete</file>
    <file>/opt/scls/debug/bin/h5diff</file>
    <file>/opt/scls/debug/bin/h5dump</file>
    <file>/opt/scls/debug/bin/h5format_convert</file>
    <file>/opt/scls/debug/bin/h5fuse</file>
    <file>/opt/scls/debug/bin/h5import</file>
    <file>/opt/scls/debug/bin/h5jam</file>
    <file>/opt/scls/debug/bin/h5ls</file>
    <file>/opt/scls/debug/bin/h5mkgrp</file>
    <file>/opt/scls/debug/bin/h5pcc</file>
    <file>/opt/scls/debug/bin/h5perf</file>
    <file>/opt/scls/debug/bin/h5perf_serial</file>
    <file>/opt/scls/debug/bin/h5redeploy</file>
    <file>/opt/scls/debug/bin/h5repack</file>
    <file>/opt/scls/debug/bin/h5repart</file>
    <file>/opt/scls/debug/bin/h5stat</file>
    <file>/opt/scls/debug/bin/h5unjam</file>
    <file>/opt/scls/debug/bin/h5watch</file>
    <file>/opt/scls/debug/bin/ph5diff</file>
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</package>
<package type="rpm">
  <name>scls-debug-hwloc</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.13.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">4ef6ae3d068d8849c639a5dabddf5f53c7a199e1a3f54ea9fad7d004ff9a3d48</checksum>
  <summary>Portable Hardware Locality</summary>
  <description>The Portable Hardware Locality (hwloc) software package provides a
portable abstraction (across OS, versions, architectures, ...) of
the hierarchical topology of modern architectures, including NUMA
memory nodes (DRAM, HBM, non-volatile memory, CXL, etc.), sockets,
shared caches, cores and simultaneous multithreading.

It also gathers various system attributes such as cache and memory
information as well as the locality of I/O devices such as network
interfaces, InfiniBand HCAs or GPUs.</description>
  <packager></packager>
  <url>https://www-lb.open-mpi.org/software/hwloc/</url>
  <time file="1778205338" build="1778128751"/>
  <size package="2489703" installed="4342556" archive="4442444"/>
  <location href="Packages/scls-debug-hwloc-2.13.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-hwloc-2.13.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="96817"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-hwloc" flags="EQ" epoch="0" ver="2.13.0" rel="1.el9"/>
      <rpm:entry name="scls-debug-hwloc(x86-64)" flags="EQ" epoch="0" ver="2.13.0" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-libevent"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-hwloc-annotate</file>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-hwloc-bind</file>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-hwloc-calc</file>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-hwloc-compress-dir</file>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-hwloc-diff</file>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-hwloc-distrib</file>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-hwloc-gather-cpuid</file>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-hwloc-gather-topology</file>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-hwloc-info</file>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-hwloc-ls</file>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-hwloc-patch</file>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-hwloc-ps</file>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-lstopo</file>
    <file>/opt/scls/debug/bin/x86_64-redhat-linux-lstopo-no-graphics</file>
    <file>/opt/scls/debug/sbin/x86_64-redhat-linux-hwloc-dump-hwdata</file>
  </format>
</package>
<package type="rpm">
  <name>scls-debug-lapack</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.12.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">5c56cbff53d49ae025cabb5ce8008847aa47831db1ae0b466c6c16a5488c8245</checksum>
  <summary>LAPACK - Linear Algebra PACKage</summary>
  <description>LAPACK - Linear Algebra PACKage</description>
  <packager></packager>
  <url>https://www.netlib.org/lapack/</url>
  <time file="1778205338" build="1778128758"/>
  <size package="2518481" installed="7511950" archive="7515976"/>
  <location href="Packages/scls-debug-lapack-3.12.1-1.el9.x86_64.rpm"/>
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    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-lapack-3.12.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="13157"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-lapack" flags="EQ" epoch="0" ver="3.12.1" rel="1.el9"/>
      <rpm:entry name="scls-debug-lapack(x86-64)" flags="EQ" epoch="0" ver="3.12.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
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</package>
<package type="rpm">
  <name>scls-debug-lapacke</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.12.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">d53fc1e252594c0e02219409d80384582210e4807b622d3fb8b1aa5f2085d452</checksum>
  <summary>C interface to LAPACK</summary>
  <description>C interface to LAPACK</description>
  <packager></packager>
  <url>https://www.netlib.org/lapack/</url>
  <time file="1778205339" build="1778128767"/>
  <size package="467856" installed="4140697" archive="4143212"/>
  <location href="Packages/scls-debug-lapacke-3.12.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-lapacke-3.12.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="8857"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-lapacke" flags="EQ" epoch="0" ver="3.12.1" rel="1.el9"/>
      <rpm:entry name="scls-debug-lapacke(x86-64)" flags="EQ" epoch="0" ver="3.12.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
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</package>
<package type="rpm">
  <name>scls-debug-lapackpp</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.05.28" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">f92436cef878aadc7a2c3821914a86ce6fb60cd7ec7605414754cd0e5a011f2d</checksum>
  <summary>C++ API for the Linear Algebra Package (LAPACK)</summary>
  <description>The Linear Algebra PACKage (LAPACK) is a standard software library for numerical linear algebra. It provides routines for solving systems of linear equations and linear least squares problems, eigenvalue problems, and singular value decomposition. It also includes routines to implement the associated matrix factorizations such as LU, QR, Cholesky, etc. LAPACK was originally written in FORTRAN 77, and moved to Fortran 90 in version 3.2 (2008). LAPACK provides routines for handling both real and complex matrices in both single and double precision.

The objective of LAPACK++ is to provide a convenient, performance oriented API for development in the C++ language, that, for the most part, preserves established conventions, while, at the same time, takes advantages of modern C++ features, such as: namespaces, templates, exceptions, etc.</description>
  <packager></packager>
  <url>https://icl.utk.edu/slate/</url>
  <time file="1778205339" build="1778128773"/>
  <size package="412820" installed="2877836" archive="2881240"/>
  <location href="Packages/scls-debug-lapackpp-2025.05.28-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-lapackpp-2025.05.28-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="13813"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-lapackpp" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-blas"/>
      <rpm:entry name="scls-debug-blaspp"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-lapack"/>
      <rpm:entry name="scls-debug-testsweeper"/>
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</package>
<package type="rpm">
  <name>scls-debug-libevent</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.1.12" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">b97b803f2c7b245e61d3b8eb6649f97afff7c1d7c94b4fac46fa47de92c8242b</checksum>
  <summary>Abstract asynchronous event notification library</summary>
  <description>The libevent API provides a mechanism to execute a callback function
when a specific event occurs on a file descriptor or after a timeout
has been reached. libevent is meant to replace the asynchronous event
loop found in event driven network servers. An application just needs
to call event_dispatch() and can then add or remove events dynamically
without having to change the event loop.</description>
  <packager></packager>
  <url>https://libevent.org/</url>
  <time file="1778205339" build="1778128777"/>
  <size package="304741" installed="1310326" archive="1320432"/>
  <location href="Packages/scls-debug-libevent-2.1.12-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD and ISC</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-libevent-2.1.12-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="19165"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-libevent" flags="EQ" epoch="0" ver="2.1.12" rel="1.el9"/>
      <rpm:entry name="scls-debug-libevent(x86-64)" flags="EQ" epoch="0" ver="2.1.12" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="openssl"/>
      <rpm:entry name="python3"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/event_rpcgen.py</file>
  </format>
</package>
<package type="rpm">
  <name>scls-debug-libunwind</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="1.8.3" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">80b0d1cd3ed36643c5951028b64b7d02fb16f4da1b61765ac2c3898a277673d7</checksum>
  <summary>Portable C library for determining call-chains from a program's execution</summary>
  <description>Portable C library for determining call-chains from a program's execution</description>
  <packager></packager>
  <url>https://www.nongnu.org/libunwind/</url>
  <time file="1778205339" build="1778128781"/>
  <size package="171068" installed="1173218" archive="1201648"/>
  <location href="Packages/scls-debug-libunwind-1.8.3-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>MIT</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-libunwind-1.8.3-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="42953"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-libunwind" flags="EQ" epoch="0" ver="1.8.3" rel="1.el9"/>
      <rpm:entry name="scls-debug-libunwind(x86-64)" flags="EQ" epoch="0" ver="1.8.3" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
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  </format>
</package>
<package type="rpm">
  <name>scls-debug-metis</name>
  <arch>x86_64</arch>
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  <checksum type="sha256" pkgid="YES">022063fe281e4880ce90272150e7987da53cb9c3225de11253f3a05507ab419e</checksum>
  <summary>Serial Graph Partitioning and Fill-reducing Matrix Ordering</summary>
  <description>METIS is a set of serial programs for partitioning graphs,
partitioning finite element meshes, and producing fill reducing
orderings for sparse matrices.
The algorithms implemented in METIS are based on the multilevel
recursive-bisection, multilevel k-way, and multi-constraint
partitioning schemes developed in our lab.
METIS is distributed with OpenMP support.</description>
  <packager></packager>
  <url>https://glaros.dtc.umn.edu/gkhome/views/metis</url>
  <time file="1778205339" build="1778128783"/>
  <size package="270033" installed="859196" archive="863060"/>
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    <rpm:license>Apache-2.0</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-metis-5.2.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="14637"/>
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      <rpm:entry name="scls-debug-metis" flags="EQ" epoch="0" ver="5.2.1" rel="1.el9"/>
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      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-gklib"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/cmpfillin</file>
    <file>/opt/scls/debug/bin/gpmetis</file>
    <file>/opt/scls/debug/bin/graphchk</file>
    <file>/opt/scls/debug/bin/m2gmetis</file>
    <file>/opt/scls/debug/bin/mpmetis</file>
    <file>/opt/scls/debug/bin/ndmetis</file>
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</package>
<package type="rpm">
  <name>scls-debug-mumps</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="5.9.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">bf6e0e8140d5fc24fc0e8dfc39b4dc27b1224fe196004e88a7432072e907cc02</checksum>
  <summary>A MUltifrontal Massively Parallel sparse direct Solver</summary>
  <description>MUMPS implements a direct solver for large sparse linear systems, with a
particular focus on symmetric positive definite matrices. It can
operate on distributed matrices e.g. over a cluster. It has Fortran and
C interfaces, and can interface with ordering tools such as Scotch.</description>
  <packager></packager>
  <url>https://mumps-solver.org</url>
  <time file="1781661210" build="1781055199"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-blas"/>
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      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-lapack"/>
      <rpm:entry name="scls-debug-metis"/>
      <rpm:entry name="scls-debug-openmpi"/>
      <rpm:entry name="scls-debug-parmetis"/>
      <rpm:entry name="scls-debug-scalapack"/>
      <rpm:entry name="scls-debug-scotch"/>
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</package>
<package type="rpm">
  <name>scls-debug-netcdf</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="4.10.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">18b28399abec9cde9c0c571e7ddf1dc208002427b3a67afa82d2f36dc0056000</checksum>
  <summary>Libraries for the Unidata network Common Data Form</summary>
  <description>Libraries for the Unidata network Common Data Form</description>
  <packager></packager>
  <url>https://www.unidata.ucar.edu/software/netcdf/</url>
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  <size package="700846" installed="2437736" archive="2444568"/>
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    <rpm:license>NetCDF</rpm:license>
    <rpm:vendor></rpm:vendor>
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    <rpm:buildhost>localhost</rpm:buildhost>
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    <rpm:header-range start="4504" end="16625"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-netcdf" flags="EQ" epoch="0" ver="4.10.0" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-hdf5"/>
      <rpm:entry name="scls-debug-openmpi"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/nc-config</file>
    <file>/opt/scls/debug/bin/nccopy</file>
    <file>/opt/scls/debug/bin/ncdump</file>
    <file>/opt/scls/debug/bin/ncgen</file>
    <file>/opt/scls/debug/bin/ncgen3</file>
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</package>
<package type="rpm">
  <name>scls-debug-nlopt</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.11.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">313bea0b2e026acc0d0c39082b67e942cba60cb22d6482772a0d4d155e3ceac0</checksum>
  <summary>Nonlinear optimization library</summary>
  <description>Nonlinear optimization library</description>
  <packager></packager>
  <url>https://nlopt.readthedocs.io/</url>
  <time file="1781661210" build="1781055498"/>
  <size package="344606" installed="877808" archive="881048"/>
  <location href="Packages/scls-debug-nlopt-2.11.0-1.el9.x86_64.rpm"/>
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    <rpm:license>MIT</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
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    <rpm:header-range start="4504" end="12953"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-nlopt" flags="EQ" epoch="0" ver="2.11.0" rel="1.el9"/>
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    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
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</package>
<package type="rpm">
  <name>scls-debug-openmpi</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="5.0.10" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">5f1b6ce48560e26cfcc98dfb53ac8fcd25bdbb81937c3a08545b554acad0e460</checksum>
  <summary>A powerful implementation of MPI/SHMEM</summary>
  <description>Open MPI is an open source implementation of the Message Passing
Interface specification (https://www.mpi-forum.org/) developed and
maintained by a consortium of research, academic, and industry
partners.

Open MPI also includes an implementation of the OpenSHMEM parallel
programming API (https://www.openshmem.org/).  OpenSHMEM is a
Partitioned Global Address Space (PGAS) abstraction layer, which
provides fast inter-process communication using one-sided
communication techniques.</description>
  <packager></packager>
  <url>https://www.open-mpi.org</url>
  <time file="1778205340" build="1778128813"/>
  <size package="10630027" installed="83635877" archive="84187472"/>
  <location href="Packages/scls-debug-openmpi-5.0.10-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-openmpi-5.0.10-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="432813"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-openmpi" flags="EQ" epoch="0" ver="5.0.10" rel="1.el9"/>
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    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-hwloc"/>
      <rpm:entry name="scls-debug-libevent"/>
      <rpm:entry name="scls-debug-pmix"/>
      <rpm:entry name="scls-debug-ucx"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/mpiCC</file>
    <file>/opt/scls/debug/bin/mpic++</file>
    <file>/opt/scls/debug/bin/mpicc</file>
    <file>/opt/scls/debug/bin/mpicxx</file>
    <file>/opt/scls/debug/bin/mpiexec</file>
    <file>/opt/scls/debug/bin/mpif77</file>
    <file>/opt/scls/debug/bin/mpif90</file>
    <file>/opt/scls/debug/bin/mpifort</file>
    <file>/opt/scls/debug/bin/mpirun</file>
    <file>/opt/scls/debug/bin/ompi_info</file>
    <file>/opt/scls/debug/bin/opal_wrapper</file>
    <file>/opt/scls/debug/bin/oshCC</file>
    <file>/opt/scls/debug/bin/oshc++</file>
    <file>/opt/scls/debug/bin/oshcc</file>
    <file>/opt/scls/debug/bin/oshcxx</file>
    <file>/opt/scls/debug/bin/oshfort</file>
    <file>/opt/scls/debug/bin/oshmem_info</file>
    <file>/opt/scls/debug/bin/oshrun</file>
    <file>/opt/scls/debug/bin/pcc</file>
    <file>/opt/scls/debug/bin/prte</file>
    <file>/opt/scls/debug/bin/prte_info</file>
    <file>/opt/scls/debug/bin/prted</file>
    <file>/opt/scls/debug/bin/prterun</file>
    <file>/opt/scls/debug/bin/prun</file>
    <file>/opt/scls/debug/bin/pterm</file>
    <file>/opt/scls/debug/bin/shmemCC</file>
    <file>/opt/scls/debug/bin/shmemc++</file>
    <file>/opt/scls/debug/bin/shmemcc</file>
    <file>/opt/scls/debug/bin/shmemcxx</file>
    <file>/opt/scls/debug/bin/shmemfort</file>
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<package type="rpm">
  <name>scls-debug-parmetis</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="4.0.3" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">e649ea4b6a20343466535212fffa368b0efcc1dba319fbc0f7cb602a85ed7a1a</checksum>
  <summary>Parallel Graph Partitioning and Fill-reducing Matrix Ordering</summary>
  <description>ParMETIS is an MPI-based parallel library that implements a variety of
algorithms for partitioning unstructured graphs, meshes, and for
computing fill-reducing orderings of sparse matrices. ParMETIS extends
the functionality provided by METIS and includes routines that are
especially suited for parallel AMR computations and large scale
numerical simulations. The algorithms implemented in ParMETIS are
based on the parallel multilevel k-way graph-partitioning, adaptive
repartitioning, and parallel multi-constrained partitioning schemes
developed at the Karzpis Lab, University of Minesota.</description>
  <packager></packager>
  <url>https://github.com/KarypisLab/ParMETIS</url>
  <time file="1778205341" build="1778128858"/>
  <size package="198775" installed="545769" archive="549060"/>
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    <rpm:vendor></rpm:vendor>
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    <rpm:sourcerpm>scls-debug-parmetis-4.0.3-1.el9.src.rpm</rpm:sourcerpm>
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      <rpm:entry name="scls-debug-parmetis" flags="EQ" epoch="0" ver="4.0.3" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
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      <rpm:entry name="scls-debug-gklib"/>
      <rpm:entry name="scls-debug-metis"/>
      <rpm:entry name="scls-debug-openmpi"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/pm_dglpart</file>
    <file>/opt/scls/debug/bin/pm_mtest</file>
    <file>/opt/scls/debug/bin/pm_parmetis</file>
    <file>/opt/scls/debug/bin/pm_pometis</file>
    <file>/opt/scls/debug/bin/pm_ptest</file>
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</package>
<package type="rpm">
  <name>scls-debug-petsc</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.25.2" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">87da5a06b120eb2b5906d84bcdbe572b57507047b3b7083a5b0a62b453ee7056</checksum>
  <summary>Portable Extensible Toolkit for Scientific Computation</summary>
  <description>Portable Extensible Toolkit for Scientific Computation</description>
  <packager></packager>
  <url>https://petsc.org/</url>
  <time file="1780961558" build="1780958570"/>
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    <rpm:vendor></rpm:vendor>
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    <rpm:sourcerpm>scls-debug-petsc-3.25.2-1.el9.src.rpm</rpm:sourcerpm>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="gmp"/>
      <rpm:entry name="mpfr"/>
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      <rpm:entry name="scls-debug-mumps"/>
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      <rpm:entry name="scls-debug-scalapack"/>
      <rpm:entry name="scls-debug-scotch"/>
      <rpm:entry name="scls-debug-strumpack"/>
      <rpm:entry name="scls-debug-superlu"/>
      <rpm:entry name="scls-debug-superlu_dist"/>
      <rpm:entry name="scls-debug-zfp"/>
    </rpm:requires>
    <file>/opt/scls/debug/lib/petsc/bin/PetscBinaryIO.py</file>
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    <file>/opt/scls/debug/lib/petsc/bin/PetscBinaryIO_tests.py</file>
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    <file>/opt/scls/debug/lib/petsc/bin/extract.py</file>
    <file>/opt/scls/debug/lib/petsc/bin/generatefortranbindings.py</file>
    <file>/opt/scls/debug/lib/petsc/bin/getAPI.py</file>
    <file>/opt/scls/debug/lib/petsc/bin/petsc_conf.py</file>
    <file>/opt/scls/debug/lib/petsc/bin/petsc_gen_xdmf.py</file>
    <file>/opt/scls/debug/lib/petsc/bin/petsc_tas_analysis.py</file>
    <file>/opt/scls/debug/lib/petsc/bin/petsc_tas_style.mplstyle</file>
    <file>/opt/scls/debug/lib/petsc/bin/petscdiff</file>
    <file>/opt/scls/debug/lib/petsc/bin/petscfreesharedmemory.sh</file>
    <file>/opt/scls/debug/lib/petsc/bin/petsclogformat.py</file>
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    <file>/opt/scls/debug/lib/petsc/bin/petscnagfor</file>
    <file>/opt/scls/debug/lib/petsc/bin/petscnagupgrade.py</file>
    <file>/opt/scls/debug/lib/petsc/bin/petscversion</file>
    <file>/opt/scls/debug/lib/petsc/bin/saws/SAWs.py</file>
    <file>/opt/scls/debug/lib/petsc/bin/saws/getSAWs.bash</file>
    <file>/opt/scls/debug/lib/petsc/bin/saws/getStack.bash</file>
    <file>/opt/scls/debug/lib/petsc/bin/tasClasses.py</file>
    <file>/opt/scls/debug/lib/petsc/bin/taucc.py</file>
    <file>/opt/scls/debug/lib/petsc/bin/xml2flamegraph.py</file>
    <file>/opt/scls/debug/share/petsc/bin/dmnetwork_view.py</file>
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</package>
<package type="rpm">
  <name>scls-debug-petsc-examples</name>
  <arch>x86_64</arch>
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  <checksum type="sha256" pkgid="YES">5070bfd60869144a199e522d558913a3ec7e234f6eb7386c0eddcdd0d6425db9</checksum>
  <summary>Examples for PETSc</summary>
  <description>Examples for PETSc</description>
  <packager></packager>
  <url>https://petsc.org/</url>
  <time file="1780961559" build="1780958570"/>
  <size package="5002256" installed="44111879" archive="45672056"/>
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<package type="rpm">
  <name>scls-debug-pmix</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="5.0.10" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">45d51928af3be9be8b1a5554ab464de8fffb22575334601132521713114e3d51</checksum>
  <summary>An extended/exascale implementation of the PMIx Standard</summary>
  <description>The Process Management Interface (PMI) has been used for quite some time as a
means of exchanging wireup information needed for interprocess communication. Two
versions (PMI-1 and PMI-2) have been released as part of the MPICH effort. While
PMI-2 demonstrates better scaling properties than its PMI-1 predecessor, attaining
rapid launch and wireup of the roughly 1M processes executing across 100k nodes
expected for exascale operations remains challenging.

PMI Exascale (PMIx) represents an attempt to resolve these questions by providing
an extended version of the PMI standard specifically designed to support clusters
up to and including exascale sizes. The overall objective of the project is to
eliminate some current restrictions that impact scalability, and provide
a reference implementation of the PMIx-server that demonstrates the desired level of
scalability.</description>
  <packager></packager>
  <url>https://github.com/openpmix/openpmix</url>
  <time file="1778205341" build="1778128975"/>
  <size package="6187309" installed="15845843" archive="15922816"/>
  <location href="Packages/scls-debug-pmix-5.0.10-1.el9.x86_64.rpm"/>
  <format>
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    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
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    <rpm:requires>
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      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-hwloc"/>
      <rpm:entry name="scls-debug-libevent"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/palloc</file>
    <file>/opt/scls/debug/bin/pattrs</file>
    <file>/opt/scls/debug/bin/pctrl</file>
    <file>/opt/scls/debug/bin/pevent</file>
    <file>/opt/scls/debug/bin/plookup</file>
    <file>/opt/scls/debug/bin/pmix_info</file>
    <file>/opt/scls/debug/bin/pmixcc</file>
    <file>/opt/scls/debug/bin/pps</file>
    <file>/opt/scls/debug/bin/pquery</file>
  </format>
</package>
<package type="rpm">
  <name>scls-debug-scalapack</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.2.3" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">5caf41b4712416d3290d58aaaffb0eb30b17e074a9a5983beb0844ee0c942a88</checksum>
  <summary>A subset of LAPACK routines redesigned for heterogeneous computing</summary>
  <description>The ScaLAPACK (or Scalable LAPACK) library includes a subset
of LAPACK routines redesigned for distributed memory MIMD
parallel computers. It is currently written in a
Single-Program-Multiple-Data style using explicit message
passing for inter-processor communication. It assumes
matrices are laid out in a two-dimensional block cyclic
decomposition.

ScaLAPACK is designed for heterogeneous computing and is
portable on any computer that supports MPI or PVM.

Like LAPACK, the ScaLAPACK routines are based on
block-partitioned algorithms in order to minimize the frequency
of data movement between different levels of the memory hierarchy.
(For such machines, the memory hierarchy includes the off-processor
memory of other processors, in addition to the hierarchy of registers,
cache, and local memory on each processor.) The fundamental building
blocks of the ScaLAPACK library are distributed memory versions (PBLAS)
of the Level 1, 2 and 3 BLAS, and a set of Basic Linear Algebra
Communication Subprograms (BLACS) for communication tasks that arise
frequently in parallel linear algebra computations. In the ScaLAPACK
routines, all inter-processor communication occurs within the PBLAS and the
BLACS. One of the design goals of ScaLAPACK was to have the ScaLAPACK
routines resemble their LAPACK equivalents as much as possible.</description>
  <packager></packager>
  <url>https://www.netlib.org/scalapack/</url>
  <time file="1778205342" build="1778128985"/>
  <size package="1677050" installed="5876545" archive="5878780"/>
  <location href="Packages/scls-debug-scalapack-2.2.3-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-scalapack-2.2.3-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="13353"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-scalapack" flags="EQ" epoch="0" ver="2.2.3" rel="1.el9"/>
      <rpm:entry name="scls-debug-scalapack(x86-64)" flags="EQ" epoch="0" ver="2.2.3" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-blas"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-lapack"/>
      <rpm:entry name="scls-debug-openmpi"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-debug-scotch</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="7.0.11" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">e7df3aa9c216fe8381d25564276314435f182974ebf67223cff567d3521ee166</checksum>
  <summary>Graph, mesh and hypergraph partitioning library</summary>
  <description>Scotch is a software package for graph and mesh/hypergraph partitioning and
sparse matrix ordering. The parallel scotch libraries (PT-Scotch) provide
MPI-based parallel graph partitioning capabilities.</description>
  <packager></packager>
  <url>https://www.labri.fr/perso/pelegrin/scotch/</url>
  <time file="1778205342" build="1778128992"/>
  <size package="600211" installed="2322205" archive="2355896"/>
  <location href="Packages/scls-debug-scotch-7.0.11-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>CeCILL-C</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-scotch-7.0.11-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="44829"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-scotch" flags="EQ" epoch="0" ver="7.0.11" rel="1.el9"/>
      <rpm:entry name="scls-debug-scotch(x86-64)" flags="EQ" epoch="0" ver="7.0.11" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-openmpi"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/acpl</file>
    <file>/opt/scls/debug/bin/adm2dgr</file>
    <file>/opt/scls/debug/bin/amk_ccc</file>
    <file>/opt/scls/debug/bin/amk_fft2</file>
    <file>/opt/scls/debug/bin/amk_grf</file>
    <file>/opt/scls/debug/bin/amk_hy</file>
    <file>/opt/scls/debug/bin/amk_m2</file>
    <file>/opt/scls/debug/bin/amk_p2</file>
    <file>/opt/scls/debug/bin/atst</file>
    <file>/opt/scls/debug/bin/dggath</file>
    <file>/opt/scls/debug/bin/dgmap</file>
    <file>/opt/scls/debug/bin/dgord</file>
    <file>/opt/scls/debug/bin/dgpart</file>
    <file>/opt/scls/debug/bin/dgscat</file>
    <file>/opt/scls/debug/bin/dgtst</file>
    <file>/opt/scls/debug/bin/gbase</file>
    <file>/opt/scls/debug/bin/gcv</file>
    <file>/opt/scls/debug/bin/gdump</file>
    <file>/opt/scls/debug/bin/gmap</file>
    <file>/opt/scls/debug/bin/gmk_hy</file>
    <file>/opt/scls/debug/bin/gmk_m2</file>
    <file>/opt/scls/debug/bin/gmk_m3</file>
    <file>/opt/scls/debug/bin/gmk_msh</file>
    <file>/opt/scls/debug/bin/gmk_ub2</file>
    <file>/opt/scls/debug/bin/gmtst</file>
    <file>/opt/scls/debug/bin/gord</file>
    <file>/opt/scls/debug/bin/gotst</file>
    <file>/opt/scls/debug/bin/gout</file>
    <file>/opt/scls/debug/bin/gpart</file>
    <file>/opt/scls/debug/bin/gscat</file>
    <file>/opt/scls/debug/bin/gtst</file>
    <file>/opt/scls/debug/bin/mcv</file>
    <file>/opt/scls/debug/bin/mmk_m2</file>
    <file>/opt/scls/debug/bin/mmk_m3</file>
    <file>/opt/scls/debug/bin/mord</file>
    <file>/opt/scls/debug/bin/mtst</file>
  </format>
</package>
<package type="rpm">
  <name>scls-debug-slate</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.05.28" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">66f5e82473bccf5f110858caecc9ae58e133f3fc654ecc5ffb953fe49959d2a0</checksum>
  <summary>Software for Linear Algebra Targeting Exascale</summary>
  <description>Software for Linear Algebra Targeting Exascale (SLATE) is being developed as part of the Exascale Computing Project (ECP), which is a joint project of the U.S. Department of Energy's Office of Science and National Nuclear Security Administration (NNSA). SLATE will deliver fundamental dense linear algebra capabilities for current and upcoming distributed-memory systems, including GPU-accelerated systems as well as more traditional multi core-only systems.

SLATE will provide coverage of existing LAPACK and ScaLAPACK functionality, including parallel implementations of Basic Linear Algebra Subroutines (BLAS), linear systems solvers, least squares solvers, and singular value and eigenvalue solvers. In this respect, SLATE will serve as a replacement for LAPACK and ScaLAPACK, which, after two decades of operation, cannot be adequately retrofitted for modern, GPU-accelerated architectures.

SLATE is built on top of standards, such as MPI and OpenMP, and de facto-standard industry solutions such as NVIDIA CUDA and AMD HIP. SLATE also relies on high performance implementations of numerical kernels from vendor libraries, such as Intel MKL, IBM ESSL, NVIDIA cuBLAS, and AMD rocBLAS. SLATE interacts with these libraries through a layer of C++ APIs.</description>
  <packager></packager>
  <url>https://icl.bitbucket.io/slate/</url>
  <time file="1778205342" build="1778128996"/>
  <size package="2456374" installed="18390951" archive="18399500"/>
  <location href="Packages/scls-debug-slate-2025.05.28-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-slate-2025.05.28-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="18637"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-slate" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
      <rpm:entry name="scls-debug-slate(x86-64)" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-blas"/>
      <rpm:entry name="scls-debug-blaspp"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-lapack"/>
      <rpm:entry name="scls-debug-lapackpp"/>
      <rpm:entry name="scls-debug-openmpi"/>
      <rpm:entry name="scls-debug-scalapack"/>
      <rpm:entry name="scls-debug-testsweeper"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-debug-slepc</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.25.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">2cf86c8f5900d735d180e03b7d5acbfb95edc5c3b008479ffa8e3f08efc5befb</checksum>
  <summary>Scalable Library for Eigenvalue Problem Computations</summary>
  <description>Scalable Library for Eigenvalue Problem Computations</description>
  <packager></packager>
  <url>https://slepc.upv.es/</url>
  <time file="1781661212" build="1781055350"/>
  <size package="10448781" installed="14457873" archive="14474232"/>
  <location href="Packages/scls-debug-slepc-3.25.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-2-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-slepc-3.25.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="24217"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-slepc" flags="EQ" epoch="0" ver="3.25.1" rel="1.el9"/>
      <rpm:entry name="scls-debug-slepc(x86-64)" flags="EQ" epoch="0" ver="3.25.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-arpack-ng"/>
      <rpm:entry name="scls-debug-blas"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-lapack"/>
      <rpm:entry name="scls-debug-openmpi"/>
      <rpm:entry name="scls-debug-petsc"/>
      <rpm:entry name="scls-debug-scalapack"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-debug-slepc-examples</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.25.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">032476e35206a3ebff9658bcb30cf309f5856a9b5ad556959a4ff5ecb6ce0d86</checksum>
  <summary>Examples for SLEPc</summary>
  <description>Examples for SLEPc</description>
  <packager></packager>
  <url>https://slepc.upv.es/</url>
  <time file="1781661212" build="1781055350"/>
  <size package="352278" installed="2215515" archive="2404064"/>
  <location href="Packages/scls-debug-slepc-examples-3.25.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-2-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-slepc-3.25.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="137749"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-slepc-examples" flags="EQ" epoch="0" ver="3.25.1" rel="1.el9"/>
      <rpm:entry name="scls-debug-slepc-examples(x86-64)" flags="EQ" epoch="0" ver="3.25.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-slepc"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-debug-strumpack</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="8.0.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">13f48e706d957f873bd103238fa394a3fa9d211922b751ce98fea381c6d65317</checksum>
  <summary>STRUctured Matrix PACKage - sparse and dense rank-structured linear solvers</summary>
  <description>STRUctured Matrix PACKage - sparse and dense rank-structured linear solvers</description>
  <packager></packager>
  <url>https://portal.nersc.gov/project/sparse/strumpack</url>
  <time file="1778205343" build="1778129031"/>
  <size package="3683774" installed="22499544" archive="22514248"/>
  <location href="Packages/scls-debug-strumpack-8.0.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-strumpack-8.0.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="23213"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-strumpack" flags="EQ" epoch="0" ver="8.0.0" rel="1.el9"/>
      <rpm:entry name="scls-debug-strumpack(x86-64)" flags="EQ" epoch="0" ver="8.0.0" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-blas"/>
      <rpm:entry name="scls-debug-butterflypack"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-lapack"/>
      <rpm:entry name="scls-debug-metis"/>
      <rpm:entry name="scls-debug-openmpi"/>
      <rpm:entry name="scls-debug-parmetis"/>
      <rpm:entry name="scls-debug-scalapack"/>
      <rpm:entry name="scls-debug-scotch"/>
      <rpm:entry name="scls-debug-zfp"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-debug-sundials</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="7.7.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">f391f8a10636949e5c8889939403cd5fc0f17cc34a378e641bc91bb70d3d001a</checksum>
  <summary>Nonlinear and Differential/Algebraic Equation Solvers</summary>
  <description>Nonlinear and Differential/Algebraic Equation Solvers</description>
  <packager></packager>
  <url>https://computing.llnl.gov/projects/sundials</url>
  <time file="1780961560" build="1780959637"/>
  <size package="856663" installed="3958434" archive="4003580"/>
  <location href="Packages/scls-debug-sundials-7.7.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-sundials-7.7.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="50777"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-sundials" flags="EQ" epoch="0" ver="7.7.0" rel="1.el9"/>
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    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-blas"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
      <rpm:entry name="scls-debug-lapack"/>
      <rpm:entry name="scls-debug-openmpi"/>
      <rpm:entry name="scls-debug-petsc"/>
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</package>
<package type="rpm">
  <name>scls-debug-sundials-examples</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="7.7.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">edb4ad47a1fa0d0dcb1baef95214c3fde03ca3443d2d4b2b8574879644d3819f</checksum>
  <summary>Example programs for SUNDIALS</summary>
  <description>Example source files for the SUNDIALS solvers (ARKODE, CVODE, CVODES,
IDA, IDAS, KINSOL), including serial, parallel (MPI), OpenMP, and
PETSc variants.</description>
  <packager></packager>
  <url>https://computing.llnl.gov/projects/sundials</url>
  <time file="1780961560" build="1780959637"/>
  <size package="440371" installed="5207154" archive="5316668"/>
  <location href="Packages/scls-debug-sundials-examples-7.7.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-sundials-7.7.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="87001"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-sundials-examples" flags="EQ" epoch="0" ver="7.7.0" rel="1.el9"/>
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    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
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</package>
<package type="rpm">
  <name>scls-debug-superlu</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="7.0.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">900acf9bb7bc24373472db6402d091e2df405eccf2042f4b75218fa4b396ce6d</checksum>
  <summary>Subroutines to directly solve sparse linear systems</summary>
  <description>SuperLU contains a set of subroutines to solve a sparse linear system
A*X=B. It uses Gaussian elimination with partial pivoting (GEPP).
The columns of A may be preordered before factorization; the
preordering for sparsity is completely separate from the factorization.</description>
  <packager></packager>
  <url>https://github.com/xiaoyeli/superlu</url>
  <time file="1778205344" build="1778129149"/>
  <size package="270179" installed="737590" archive="742524"/>
  <location href="Packages/scls-debug-superlu-7.0.1-1.el9.x86_64.rpm"/>
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    <rpm:group>Unspecified</rpm:group>
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    <rpm:sourcerpm>scls-debug-superlu-7.0.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="14677"/>
    <rpm:provides>
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    <rpm:requires>
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</package>
<package type="rpm">
  <name>scls-debug-superlu_dist</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="9.2.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">6facb698833fd57e9b7431ef571fcf0c06cc94826f03c8fb38dcf1a2f5a1f77e</checksum>
  <summary>Distributed memory sparse direct solver</summary>
  <description>Distributed memory sparse direct solver</description>
  <packager></packager>
  <url>https://github.com/xiaoyeli/superlu_dist</url>
  <time file="1778205344" build="1778129153"/>
  <size package="998947" installed="4209127" archive="4238836"/>
  <location href="Packages/scls-debug-superlu_dist-9.2.1-1.el9.x86_64.rpm"/>
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    <rpm:requires>
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      <rpm:entry name="scls-debug-openmpi"/>
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      <rpm:entry name="scls-debug-scalapack"/>
      <rpm:entry name="scls-debug-superlu"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-debug-testsweeper</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.05.28" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">f8f41aea03a55c4733016b286ae0d8fbf4a458f6479924ba0c0102d32a2dac22</checksum>
  <summary>C++ testing framework for parameter sweeps</summary>
  <description>TestSweeper is a C++ testing framework for parameter sweeps.
It handles parsing command line options, iterating over the test space,
and printing results. This simplifies test functions by allowing them to
concentrate on setting up and solving one problem at a time.

TestSweeper is part of the SLATE project
(Software for Linear Algebra Targeting Exascale), which is funded by
the Department of Energy as part of its Exascale Computing Initiative
(ECP).</description>
  <packager></packager>
  <url>https://github.com/icl-utk-edu/testsweeper</url>
  <time file="1778205344" build="1778129158"/>
  <size package="43654" installed="117756" archive="119980"/>
  <location href="Packages/scls-debug-testsweeper-2025.05.28-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-testsweeper-2025.05.28-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="12349"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-testsweeper" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
      <rpm:entry name="scls-debug-testsweeper(x86-64)" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-debug-ucx</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="1.20.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">95661dde5b39c6dc379947efb41b0ec4464ead091744d503cd8a1c3ef6c0ead1</checksum>
  <summary>Unified Communication X - high-performance communication framework</summary>
  <description>Unified Communication X - high-performance communication framework</description>
  <packager></packager>
  <url>https://openucx.org</url>
  <time file="1778205344" build="1778129161"/>
  <size package="1727242" installed="6170770" archive="6200048"/>
  <location href="Packages/scls-debug-ucx-1.20.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-ucx-1.20.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="36065"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-ucx" flags="EQ" epoch="0" ver="1.20.0" rel="1.el9"/>
      <rpm:entry name="scls-debug-ucx(x86-64)" flags="EQ" epoch="0" ver="1.20.0" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="libibverbs"/>
      <rpm:entry name="librdmacm"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/io_demo</file>
    <file>/opt/scls/debug/bin/ucx_info</file>
    <file>/opt/scls/debug/bin/ucx_perftest</file>
    <file>/opt/scls/debug/bin/ucx_perftest_daemon</file>
    <file>/opt/scls/debug/bin/ucx_read_profile</file>
  </format>
</package>
<package type="rpm">
  <name>scls-debug-vtk</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="9.6.2" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">37b2d129625a85b4b43eee778de854cb09a00830f55b3e41ea67c58095e4ca6b</checksum>
  <summary>A high-level 3D visualization library</summary>
  <description>A high-level 3D visualization library</description>
  <packager></packager>
  <url>https://vtk.org/</url>
  <time file="1781661214" build="1781055562"/>
  <size package="51249306" installed="315772708" archive="316693724"/>
  <location href="Packages/scls-debug-vtk-9.6.2-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-vtk-9.6.2-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="776865"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-vtk" flags="EQ" epoch="0" ver="9.6.2" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/vtkParseJava-9.6</file>
    <file>/opt/scls/debug/bin/vtkProbeOpenGLVersion-9.6</file>
    <file>/opt/scls/debug/bin/vtkWrapHierarchy-9.6</file>
    <file>/opt/scls/debug/bin/vtkWrapJava-9.6</file>
    <file>/opt/scls/debug/bin/vtkWrapJavaScript-9.6</file>
    <file>/opt/scls/debug/bin/vtkWrapPython-9.6</file>
    <file>/opt/scls/debug/bin/vtkWrapPythonInit-9.6</file>
    <file>/opt/scls/debug/bin/vtkWrapSerDes-9.6</file>
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</package>
<package type="rpm">
  <name>scls-debug-zfp</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="1.0.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">1d92bb80569d1dfd10738c71c95d9f700e596f1c09159552c7203fad65186867</checksum>
  <summary>Library for compressed numerical arrays with high throughput R/W random access</summary>
  <description>Library for compressed numerical arrays with high throughput R/W random access</description>
  <packager></packager>
  <url>https://computation.llnl.gov/projects/floating-point-compression</url>
  <time file="1778205345" build="1778129500"/>
  <size package="194204" installed="916390" archive="928492"/>
  <location href="Packages/scls-debug-zfp-1.0.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-debug-zfp-1.0.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="20049"/>
    <rpm:provides>
      <rpm:entry name="scls-debug-zfp" flags="EQ" epoch="0" ver="1.0.1" rel="1.el9"/>
      <rpm:entry name="scls-debug-zfp(x86-64)" flags="EQ" epoch="0" ver="1.0.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-debug-environment"/>
      <rpm:entry name="scls-debug-environment" pre="1"/>
    </rpm:requires>
    <file>/opt/scls/debug/bin/zfp</file>
  </format>
</package>
<package type="rpm">
  <name>scls-gcc</name>
  <arch>noarch</arch>
  <version epoch="0" ver="2026" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">f6256a8150f10406b19da8619a4b14926af0e33062ad3cb2858ad419d04d9a1b</checksum>
  <summary>Default build with GCC compilers and OpenBLAS</summary>
  <description>Default build with GCC compilers and OpenBLAS

This is a meta-package that depends on every package in the SCLS gcc
flavor. Installing it will pull in the complete scientific computing stack.</description>
  <packager></packager>
  <url></url>
  <time file="1781661354" build="1781137370"/>
  <size package="7832" installed="100" archive="380"/>
  <location href="Packages/scls-gcc-2026-1.el9.noarch.rpm"/>
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    <rpm:license>BSD-3-Clause-LBNL</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-2026-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="7641"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc" flags="EQ" epoch="0" ver="2026" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="scls-gcc-armadillo"/>
      <rpm:entry name="scls-gcc-arpack-ng"/>
      <rpm:entry name="scls-gcc-blaspp"/>
      <rpm:entry name="scls-gcc-blaze"/>
      <rpm:entry name="scls-gcc-butterflypack"/>
      <rpm:entry name="scls-gcc-cmake"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-exodus"/>
      <rpm:entry name="scls-gcc-gklib"/>
      <rpm:entry name="scls-gcc-googletest"/>
      <rpm:entry name="scls-gcc-gperftools"/>
      <rpm:entry name="scls-gcc-hdf5"/>
      <rpm:entry name="scls-gcc-hwloc"/>
      <rpm:entry name="scls-gcc-lapackpp"/>
      <rpm:entry name="scls-gcc-libevent"/>
      <rpm:entry name="scls-gcc-libunwind"/>
      <rpm:entry name="scls-gcc-metis"/>
      <rpm:entry name="scls-gcc-mumps"/>
      <rpm:entry name="scls-gcc-netcdf"/>
      <rpm:entry name="scls-gcc-nlopt"/>
      <rpm:entry name="scls-gcc-openblas"/>
      <rpm:entry name="scls-gcc-openmpi"/>
      <rpm:entry name="scls-gcc-parmetis"/>
      <rpm:entry name="scls-gcc-petsc"/>
      <rpm:entry name="scls-gcc-pmix"/>
      <rpm:entry name="scls-gcc-scalapack"/>
      <rpm:entry name="scls-gcc-scotch"/>
      <rpm:entry name="scls-gcc-slate"/>
      <rpm:entry name="scls-gcc-slepc"/>
      <rpm:entry name="scls-gcc-strumpack"/>
      <rpm:entry name="scls-gcc-sundials"/>
      <rpm:entry name="scls-gcc-superlu"/>
      <rpm:entry name="scls-gcc-superlu_dist"/>
      <rpm:entry name="scls-gcc-testsweeper"/>
      <rpm:entry name="scls-gcc-ucx"/>
      <rpm:entry name="scls-gcc-vtk"/>
      <rpm:entry name="scls-gcc-zfp"/>
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  </format>
</package>
<package type="rpm">
  <name>scls-gcc-armadillo</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="15.2.7" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">38506b9b50e010cd769691af2a216144cf7e1c83e67bb417806970a7676a8d33</checksum>
  <summary>Fast C++ matrix library with syntax similar to MATLAB and Octave</summary>
  <description>Armadillo is a C++ linear algebra library (matrix maths)
aiming towards a good balance between speed and ease of use.
Integer, floating point and complex numbers are supported,
as well as a subset of trigonometric and statistics functions.
Various matrix decompositions are provided through optional
integration with LAPACK and ATLAS libraries.
A delayed evaluation approach is employed (during compile time)
to combine several operations into one and reduce (or eliminate)
the need for temporaries. This is accomplished through recursive
templates and template meta-programming.
This library is useful if C++ has been decided as the language
of choice (due to speed and/or integration capabilities), rather
than another language like Matlab or Octave.</description>
  <packager></packager>
  <url>https://arma.sourceforge.net/</url>
  <time file="1781661214" build="1781127362"/>
  <size package="522430" installed="5710459" archive="5821988"/>
  <location href="Packages/scls-gcc-armadillo-15.2.7-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>Apache-2.0</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-armadillo-15.2.7-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="100573"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-armadillo" flags="EQ" epoch="0" ver="15.2.7" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-arpack-ng"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-metis"/>
      <rpm:entry name="scls-gcc-openblas"/>
      <rpm:entry name="scls-gcc-superlu"/>
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  </format>
</package>
<package type="rpm">
  <name>scls-gcc-arpack-ng</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.9.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">e2527b0d85f692668a52c357939ae4820558123a81d6b4f46075425718b79fdf</checksum>
  <summary>Fortran 77 subroutines designed to solve large scale eigenvalue problems.</summary>
  <description>ARPACK-NG is a collection of Fortran 77 subroutines designed to solve
large scale eigenvalue problems.

The package is designed to compute a few eigenvalues and corresponding
eigenvectors of a general n by n matrix A. It is most appropriate for
large sparse or structured matrices A where structured means that a
matrix-vector product w &lt;- Av requires order n rather than the usual
order n**2 floating point operations. This software is based upon an
algorithmic variant of the Arnoldi process called the Implicitly
Restarted Arnoldi Method (IRAM).</description>
  <packager></packager>
  <url>https://github.com/opencollab/arpack-ng</url>
  <time file="1778205346" build="1778129513"/>
  <size package="218407" installed="715434" archive="720640"/>
  <location href="Packages/scls-gcc-arpack-ng-3.9.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-arpack-ng-3.9.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="15085"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-arpack-ng" flags="EQ" epoch="0" ver="3.9.1" rel="1.el9"/>
      <rpm:entry name="scls-gcc-arpack-ng(x86-64)" flags="EQ" epoch="0" ver="3.9.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-openblas"/>
      <rpm:entry name="scls-gcc-openmpi"/>
      <rpm:entry name="scls-gcc-scalapack"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-gcc-blaspp</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.05.28" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">48b3c2b3499ac6104cc28a11b456dd0e565aff055b8e98ff66f7c18b7d2202dc</checksum>
  <summary>C++ API for the Basic Linear Algebra Subprograms (BLAS)</summary>
  <description>The Basic Linear Algebra Subprograms (BLAS) have been around for many
decades and serve as the de facto standard for performance-portable and
numerically robust implementation of essential linear algebra
functionality. Originally, they were written in Fortran, and later
furnished with a C API (CBLAS).

The objective of BLAS++ is to provide a convenient, performance
oriented API for development in the C++ language, that,
for the most part, preserves established conventions, while, at the
same time, takes advantages of modern C++ features, such as:
namespaces, templates, exceptions, etc.

BLAS++ is part of the SLATE project
(Software for Linear Algebra Targeting Exascale), which is funded by
the Department of Energy as part of its Exascale Computing Initiative
(ECP). Closely related to BLAS++ is the LAPACK++ project,
which provides a C++ API for LAPACK.</description>
  <packager></packager>
  <url>https://icl.utk.edu/slate/</url>
  <time file="1778205346" build="1778129516"/>
  <size package="140742" installed="987948" archive="996680"/>
  <location href="Packages/scls-gcc-blaspp-2025.05.28-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-blaspp-2025.05.28-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="18221"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-blaspp" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
      <rpm:entry name="scls-gcc-blaspp(x86-64)" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-openblas"/>
      <rpm:entry name="scls-gcc-testsweeper"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-gcc-blaze</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.8.2" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">bd60a3186e7edae46977562df0bde86619bb6c2cf63549758d4809a3aa73db81</checksum>
  <summary>A high-performance C++ math library for dense and sparse arithmetic</summary>
  <description>Blaze is an open-source, high-performance C++ math library for dense and \
sparse arithmetic. With its state-of-the-art Smart Expression Template \
implementation Blaze combines the elegance and ease of use of a \
domain-specific language with HPC-grade performance, making it one of \
the most intuitive and fastest C++ math libraries available. \</description>
  <packager></packager>
  <url>https://bitbucket.org/blaze-lib/blaze</url>
  <time file="1778205346" build="1778129524"/>
  <size package="1218256" installed="36369269" archive="36654752"/>
  <location href="Packages/scls-gcc-blaze-3.8.2-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-blaze-3.8.2-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="231721"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-blaze" flags="EQ" epoch="0" ver="3.8.2" rel="1.el9"/>
      <rpm:entry name="scls-gcc-blaze(x86-64)" flags="EQ" epoch="0" ver="3.8.2" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-openblas"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-gcc-butterflypack</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="4.1.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">64e35eb75d8ff2e1bff7a17e9a691a29fe98a4a3eae8a0e5d6b1738e91f0b364</checksum>
  <summary>Rapid solving of large-scale dense linear systems using butterfly compression</summary>
  <description>Rapid solving of large-scale dense linear systems using butterfly compression</description>
  <packager></packager>
  <url>https://github.com/liuyangzhuan/ButterflyPACK</url>
  <time file="1778205346" build="1778129555"/>
  <size package="11802283" installed="30399719" archive="30421892"/>
  <location href="Packages/scls-gcc-butterflypack-4.1.0-1.el9.x86_64.rpm"/>
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    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-butterflypack-4.1.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="31177"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-butterflypack" flags="EQ" epoch="0" ver="4.1.0" rel="1.el9"/>
      <rpm:entry name="scls-gcc-butterflypack(x86-64)" flags="EQ" epoch="0" ver="4.1.0" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-arpack-ng"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-openblas"/>
      <rpm:entry name="scls-gcc-openmpi"/>
      <rpm:entry name="scls-gcc-scalapack"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-gcc-cmake</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="4.3.3" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">a9a9facc53d8bb410700ee4c4d4a5585f3d0d2f191490a65814e0d2ca32c1c65</checksum>
  <summary>Cross-platform make system</summary>
  <description>CMake is used to control the software compilation process using simple
platform and compiler independent configuration files. CMake generates
native makefiles and workspaces that can be used in the compiler
environment of your choice. CMake is quite sophisticated: it is possible
to support complex environments requiring system configuration, preprocessor
generation, code generation, and template instantiation.</description>
  <packager></packager>
  <url>https://cmake.org/</url>
  <time file="1781661215" build="1781127435"/>
  <size package="26390062" installed="95801694" archive="96550612"/>
  <location href="Packages/scls-gcc-cmake-4.3.3-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-cmake-4.3.3-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="588085"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-cmake" flags="EQ" epoch="0" ver="4.3.3" rel="1.el9"/>
      <rpm:entry name="scls-gcc-cmake(x86-64)" flags="EQ" epoch="0" ver="4.3.3" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="git"/>
      <rpm:entry name="ncurses"/>
      <rpm:entry name="openssl"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="sed"/>
      <rpm:entry name="zlib"/>
    </rpm:requires>
    <file>/opt/scls/gcc/bin/ccmake</file>
    <file>/opt/scls/gcc/bin/cmake</file>
    <file>/opt/scls/gcc/bin/cpack</file>
    <file>/opt/scls/gcc/bin/ctest</file>
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</package>
<package type="rpm">
  <name>scls-gcc-environment</name>
  <arch>noarch</arch>
  <version epoch="0" ver="2026" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">08173b6b8dfd5a56b1bad71fc9230c569c3503e70d07696e94375546c4744616</checksum>
  <summary>SCLS environment setup, activation scripts, and configuration</summary>
  <description>SCLS environment setup, activation scripts, and configuration</description>
  <packager></packager>
  <url></url>
  <time file="1778033301" build="1777167373"/>
  <size package="21371" installed="33885" archive="36748"/>
  <location href="Packages/scls-gcc-environment-2026-1.el9.noarch.rpm"/>
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    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-environment-2026-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="10357"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-environment" flags="EQ" epoch="0" ver="2026" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh"/>
      <rpm:entry name="/usr/bin/bash"/>
    </rpm:requires>
    <file>/opt/scls/gcc/bin/scls</file>
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</package>
<package type="rpm">
  <name>scls-gcc-examples</name>
  <arch>noarch</arch>
  <version epoch="0" ver="2026" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">0033b20ab96428543df66fa4dddc44e9626f10fca6b5dfb1342599344e68a8d2</checksum>
  <summary>Example programs for the SCLS gcc flavor</summary>
  <description>Example programs for the SCLS gcc flavor.

This meta-package pulls in the example programs shipped by packages in the
SCLS gcc flavor (e.g. PETSc, SLEPc, SUNDIALS). It is optional — install it
only if you want the upstream example sources on disk.</description>
  <packager></packager>
  <url></url>
  <time file="1781661354" build="1781137370"/>
  <size package="6557" installed="0" archive="124"/>
  <location href="Packages/scls-gcc-examples-2026-1.el9.noarch.rpm"/>
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    <rpm:license>BSD-3-Clause-LBNL</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-examples-2026-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="6513"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-examples" flags="EQ" epoch="0" ver="2026" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="scls-gcc-petsc-examples"/>
      <rpm:entry name="scls-gcc-slepc-examples"/>
      <rpm:entry name="scls-gcc-sundials-examples"/>
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</package>
<package type="rpm">
  <name>scls-gcc-exodus</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.10.14" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">d9b377d198c1449aa8e7867e0e33e91292bc2be989fb00019b9cd5d2b5aaa6d7</checksum>
  <summary>EXODUS - Advanced finite element data file format</summary>
  <description>EXODUS - Advanced finite element data file format</description>
  <packager></packager>
  <url>https://github.com/sandialabs/seacas</url>
  <time file="1778205347" build="1778129708"/>
  <size package="2867278" installed="5937975" archive="5944076"/>
  <location href="Packages/scls-gcc-exodus-2025.10.14-1.el9.x86_64.rpm"/>
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    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-exodus-2025.10.14-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="15301"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-exodus" flags="EQ" epoch="0" ver="2025.10.14" rel="1.el9"/>
      <rpm:entry name="scls-gcc-exodus(x86-64)" flags="EQ" epoch="0" ver="2025.10.14" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-hdf5"/>
      <rpm:entry name="scls-gcc-netcdf"/>
      <rpm:entry name="scls-gcc-openmpi"/>
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</package>
<package type="rpm">
  <name>scls-gcc-gklib</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="0.0.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">23c983105190eb2945d48824916fee73e68d78d3f57d88f8c9c5ed5beca95df8</checksum>
  <summary>A library of various helper routines and frameworks used by KarypisLab software</summary>
  <description>A library of various helper routines and frameworks used by KarypisLab software</description>
  <packager></packager>
  <url>https://github.com/KarypisLab/GKlib</url>
  <time file="1778205347" build="1778129714"/>
  <size package="165628" installed="786228" archive="791152"/>
  <location href="Packages/scls-gcc-gklib-0.0.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>Apache-2.0</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-gklib-0.0.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="14437"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-gklib" flags="EQ" epoch="0" ver="0.0.1" rel="1.el9"/>
      <rpm:entry name="scls-gcc-gklib(x86-64)" flags="EQ" epoch="0" ver="0.0.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
    </rpm:requires>
    <file>/opt/scls/gcc/bin/csrcnv</file>
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</package>
<package type="rpm">
  <name>scls-gcc-googletest</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="1.17.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">1768aff0ab994c4cfb206f7b2c8cfbb971d9a6851be758a88a978d1c9b5d01ac</checksum>
  <summary>GoogleTest - Google Testing and Mocking Framework</summary>
  <description>Googletest is a comprehensive testing framework for C++ designed to support test-driven development and Google's extensive internal test suites. It provides a rich set of assertions, user-defined assertions, death tests, and easy-to-use fixtures for writing both small and large test cases. Googletest is portable and can be used across diverse platforms. It encourages organized, expressive, and efficient testing practices, and integrates well with various build systems. This makes it suitable for both new and existing C++ projects looking to implement robust testing.</description>
  <packager></packager>
  <url>https://github.com/google/googletest</url>
  <time file="1778205347" build="1778129717"/>
  <size package="429029" installed="1912200" archive="1922920"/>
  <location href="Packages/scls-gcc-googletest-1.17.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-googletest-1.17.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="20009"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-googletest" flags="EQ" epoch="0" ver="1.17.0" rel="1.el9"/>
      <rpm:entry name="scls-gcc-googletest(x86-64)" flags="EQ" epoch="0" ver="1.17.0" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
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</package>
<package type="rpm">
  <name>scls-gcc-gperftools</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.18.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">701ba23d00389c0d657373967a951351e5527771b0e150261ee4207cc07d7db7</checksum>
  <summary>Very fast malloc and performance analysis tools</summary>
  <description>Perf Tools is a collection of performance analysis tools, including a
high-performance multi-threaded malloc() implementation that works
particularly well with threads and STL, a thread-friendly heap-checker,
a heap profiler, and a cpu-profiler.

This package provides the gperftools shared libraries (tcmalloc,
profiler) and development headers. Starting with gperftools 2.17 the
bundled pprof analyzer was removed upstream; install Google's Go
version separately (`go install github.com/google/pprof@latest`) to
post-process profile output.</description>
  <packager></packager>
  <url>https://github.com/gperftools/gperftools</url>
  <time file="1778205348" build="1778129720"/>
  <size package="645286" installed="3483954" archive="3495712"/>
  <location href="Packages/scls-gcc-gperftools-2.18.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-gperftools-2.18.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="21145"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-gperftools" flags="EQ" epoch="0" ver="2.18.1" rel="1.el9"/>
      <rpm:entry name="scls-gcc-gperftools(x86-64)" flags="EQ" epoch="0" ver="2.18.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-libunwind"/>
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</package>
<package type="rpm">
  <name>scls-gcc-hdf5</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="1.14.6" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">bf74ff84cf86ef0bb549bc345ed7a23dbd1c1c50080852dbde60efcb3a8ddb50</checksum>
  <summary>A general purpose library and file format for storing scientific data</summary>
  <description>HDF5 is a general purpose library and file format for storing scientific data.
HDF5 can store two primary objects: datasets and groups. A dataset is
essentially a multidimensional array of data elements, and a group is a
structure for organizing objects in an HDF5 file. Using these two basic
objects, one can create and store almost any kind of scientific data
structure, such as images, arrays of vectors, and structured and unstructured
grids. You can also mix and match them in HDF5 files according to your needs.</description>
  <packager></packager>
  <url>https://www.hdfgroup.org/solutions/hdf5</url>
  <time file="1778205348" build="1778129727"/>
  <size package="2298074" installed="10059184" archive="10079616"/>
  <location href="Packages/scls-gcc-hdf5-1.14.6-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-hdf5-1.14.6-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="31281"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-hdf5" flags="EQ" epoch="0" ver="1.14.6" rel="1.el9"/>
      <rpm:entry name="scls-gcc-hdf5(x86-64)" flags="EQ" epoch="0" ver="1.14.6" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-openmpi"/>
    </rpm:requires>
    <file>/opt/scls/gcc/bin/h5clear</file>
    <file>/opt/scls/gcc/bin/h5copy</file>
    <file>/opt/scls/gcc/bin/h5debug</file>
    <file>/opt/scls/gcc/bin/h5delete</file>
    <file>/opt/scls/gcc/bin/h5diff</file>
    <file>/opt/scls/gcc/bin/h5dump</file>
    <file>/opt/scls/gcc/bin/h5format_convert</file>
    <file>/opt/scls/gcc/bin/h5fuse</file>
    <file>/opt/scls/gcc/bin/h5import</file>
    <file>/opt/scls/gcc/bin/h5jam</file>
    <file>/opt/scls/gcc/bin/h5ls</file>
    <file>/opt/scls/gcc/bin/h5mkgrp</file>
    <file>/opt/scls/gcc/bin/h5pcc</file>
    <file>/opt/scls/gcc/bin/h5perf</file>
    <file>/opt/scls/gcc/bin/h5perf_serial</file>
    <file>/opt/scls/gcc/bin/h5redeploy</file>
    <file>/opt/scls/gcc/bin/h5repack</file>
    <file>/opt/scls/gcc/bin/h5repart</file>
    <file>/opt/scls/gcc/bin/h5stat</file>
    <file>/opt/scls/gcc/bin/h5unjam</file>
    <file>/opt/scls/gcc/bin/h5watch</file>
    <file>/opt/scls/gcc/bin/ph5diff</file>
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</package>
<package type="rpm">
  <name>scls-gcc-hwloc</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.13.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">d8b301fd2505fe9293b5ed56e976b61acbb9336df673296e5de56b8cb60a7b0a</checksum>
  <summary>Portable Hardware Locality</summary>
  <description>The Portable Hardware Locality (hwloc) software package provides a
portable abstraction (across OS, versions, architectures, ...) of
the hierarchical topology of modern architectures, including NUMA
memory nodes (DRAM, HBM, non-volatile memory, CXL, etc.), sockets,
shared caches, cores and simultaneous multithreading.

It also gathers various system attributes such as cache and memory
information as well as the locality of I/O devices such as network
interfaces, InfiniBand HCAs or GPUs.</description>
  <packager></packager>
  <url>https://www-lb.open-mpi.org/software/hwloc/</url>
  <time file="1778205348" build="1778129738"/>
  <size package="2489579" installed="4342510" archive="4441296"/>
  <location href="Packages/scls-gcc-hwloc-2.13.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-hwloc-2.13.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="96737"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-hwloc" flags="EQ" epoch="0" ver="2.13.0" rel="1.el9"/>
      <rpm:entry name="scls-gcc-hwloc(x86-64)" flags="EQ" epoch="0" ver="2.13.0" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-libevent"/>
    </rpm:requires>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-hwloc-annotate</file>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-hwloc-bind</file>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-hwloc-calc</file>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-hwloc-compress-dir</file>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-hwloc-diff</file>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-hwloc-distrib</file>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-hwloc-gather-cpuid</file>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-hwloc-gather-topology</file>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-hwloc-info</file>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-hwloc-ls</file>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-hwloc-patch</file>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-hwloc-ps</file>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-lstopo</file>
    <file>/opt/scls/gcc/bin/x86_64-redhat-linux-lstopo-no-graphics</file>
    <file>/opt/scls/gcc/sbin/x86_64-redhat-linux-hwloc-dump-hwdata</file>
  </format>
</package>
<package type="rpm">
  <name>scls-gcc-lapackpp</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.05.28" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">5c5b66c502841a9f223019cd3f311712e139e886057a1536b3a59a3a1124600e</checksum>
  <summary>C++ API for the Linear Algebra Package (LAPACK)</summary>
  <description>The Linear Algebra PACKage (LAPACK) is a standard software library for numerical linear algebra. It provides routines for solving systems of linear equations and linear least squares problems, eigenvalue problems, and singular value decomposition. It also includes routines to implement the associated matrix factorizations such as LU, QR, Cholesky, etc. LAPACK was originally written in FORTRAN 77, and moved to Fortran 90 in version 3.2 (2008). LAPACK provides routines for handling both real and complex matrices in both single and double precision.

The objective of LAPACK++ is to provide a convenient, performance oriented API for development in the C++ language, that, for the most part, preserves established conventions, while, at the same time, takes advantages of modern C++ features, such as: namespaces, templates, exceptions, etc.</description>
  <packager></packager>
  <url>https://icl.utk.edu/slate/</url>
  <time file="1778205348" build="1778129742"/>
  <size package="414362" installed="2877832" archive="2881208"/>
  <location href="Packages/scls-gcc-lapackpp-2025.05.28-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-lapackpp-2025.05.28-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="13753"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-lapackpp" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-blaspp"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-openblas"/>
      <rpm:entry name="scls-gcc-testsweeper"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-gcc-libevent</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.1.12" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">80b18588e52e477a373d034f1ff0b75bdcf278f4f5b9183bccc3519302b68203</checksum>
  <summary>Abstract asynchronous event notification library</summary>
  <description>The libevent API provides a mechanism to execute a callback function
when a specific event occurs on a file descriptor or after a timeout
has been reached. libevent is meant to replace the asynchronous event
loop found in event driven network servers. An application just needs
to call event_dispatch() and can then add or remove events dynamically
without having to change the event loop.</description>
  <packager></packager>
  <url>https://libevent.org/</url>
  <time file="1778205348" build="1778129747"/>
  <size package="304511" installed="1310300" archive="1320308"/>
  <location href="Packages/scls-gcc-libevent-2.1.12-1.el9.x86_64.rpm"/>
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    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-libevent-2.1.12-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="19113"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-libevent" flags="EQ" epoch="0" ver="2.1.12" rel="1.el9"/>
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    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="openssl"/>
      <rpm:entry name="python3"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
    </rpm:requires>
    <file>/opt/scls/gcc/bin/event_rpcgen.py</file>
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</package>
<package type="rpm">
  <name>scls-gcc-libunwind</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="1.8.3" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">7857d76640e6f46dc7a902a27fc0ce81b44b168793eee880b25eab452cd72eeb</checksum>
  <summary>Portable C library for determining call-chains from a program's execution</summary>
  <description>Portable C library for determining call-chains from a program's execution</description>
  <packager></packager>
  <url>https://www.nongnu.org/libunwind/</url>
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<package type="rpm">
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  <checksum type="sha256" pkgid="YES">b0626b185a04e35dc1ec6e981a96d85734e42dfef8749b0bb910254ac6d4a304</checksum>
  <summary>Serial Graph Partitioning and Fill-reducing Matrix Ordering</summary>
  <description>METIS is a set of serial programs for partitioning graphs,
partitioning finite element meshes, and producing fill reducing
orderings for sparse matrices.
The algorithms implemented in METIS are based on the multilevel
recursive-bisection, multilevel k-way, and multi-constraint
partitioning schemes developed in our lab.
METIS is distributed with OpenMP support.</description>
  <packager></packager>
  <url>https://glaros.dtc.umn.edu/gkhome/views/metis</url>
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    <file>/opt/scls/gcc/bin/cmpfillin</file>
    <file>/opt/scls/gcc/bin/gpmetis</file>
    <file>/opt/scls/gcc/bin/graphchk</file>
    <file>/opt/scls/gcc/bin/m2gmetis</file>
    <file>/opt/scls/gcc/bin/mpmetis</file>
    <file>/opt/scls/gcc/bin/ndmetis</file>
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  <checksum type="sha256" pkgid="YES">ef907f0cf24c3e098ac8cd7bbcb8ab712317b5533228979f4ff33c5a269aefad</checksum>
  <summary>A MUltifrontal Massively Parallel sparse direct Solver</summary>
  <description>MUMPS implements a direct solver for large sparse linear systems, with a
particular focus on symmetric positive definite matrices. It can
operate on distributed matrices e.g. over a cluster. It has Fortran and
C interfaces, and can interface with ordering tools such as Scotch.</description>
  <packager></packager>
  <url>https://mumps-solver.org</url>
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      <rpm:entry name="scls-gcc-environment"/>
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      <rpm:entry name="scls-gcc-openblas"/>
      <rpm:entry name="scls-gcc-openmpi"/>
      <rpm:entry name="scls-gcc-parmetis"/>
      <rpm:entry name="scls-gcc-scalapack"/>
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<package type="rpm">
  <name>scls-gcc-netcdf</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="4.10.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">d91101e28297e8b2e287de5bdc69f4033fc79c12a1dd28195599867e7ecc8fb8</checksum>
  <summary>Libraries for the Unidata network Common Data Form</summary>
  <description>Libraries for the Unidata network Common Data Form</description>
  <packager></packager>
  <url>https://www.unidata.ucar.edu/software/netcdf/</url>
  <time file="1778205349" build="1778129762"/>
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    <rpm:header-range start="4504" end="16569"/>
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      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-hdf5"/>
      <rpm:entry name="scls-gcc-openmpi"/>
    </rpm:requires>
    <file>/opt/scls/gcc/bin/nc-config</file>
    <file>/opt/scls/gcc/bin/nccopy</file>
    <file>/opt/scls/gcc/bin/ncdump</file>
    <file>/opt/scls/gcc/bin/ncgen</file>
    <file>/opt/scls/gcc/bin/ncgen3</file>
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<package type="rpm">
  <name>scls-gcc-nlopt</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.11.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">29bbf4df042604fa9fc31c1b1b76cd1ce6f9320556edd4a6e54036b663469ebf</checksum>
  <summary>Nonlinear optimization library</summary>
  <description>Nonlinear optimization library</description>
  <packager></packager>
  <url>https://nlopt.readthedocs.io/</url>
  <time file="1781661217" build="1781129654"/>
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    <rpm:header-range start="4504" end="12901"/>
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      <rpm:entry name="scls-gcc-nlopt" flags="EQ" epoch="0" ver="2.11.0" rel="1.el9"/>
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    <rpm:requires>
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      <rpm:entry name="scls-gcc-environment"/>
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<package type="rpm">
  <name>scls-gcc-openblas</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="0.3.33" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">e79afa05633b3d0f8458352bc37bbed294be2d4a322b7333db579b3037b95163</checksum>
  <summary>An optimized BLAS library based on GotoBLAS2</summary>
  <description>OpenBLAS is an optimized BLAS (Basic Linear Algebra Subprograms) library based
on GotoBLAS2 1.13 BSD version.

For more information about OpenBLAS, please see:

* The documentation at openmathlib.org/OpenBLAS/docs/,
* The home page at openmathlib.org/OpenBLAS/.

For a general introduction to the BLAS routines, please refer to the extensive
documentation of their reference implementation hosted at netlib:

https://www.netlib.org/blas.

On that site you will likewise find documentation for the reference
implementation of the higher-level library LAPACK - the Linear Algebra Package
that comes included with OpenBLAS.

If you are looking for a general primer or refresher on Linear Algebra, the set
of six 20-minute lecture videos by Prof. Gilbert Strang on either MIT
OpenCourseWare here or YouTube here may be helpful.</description>
  <packager></packager>
  <url>https://github.com/OpenMathLib/OpenBLAS</url>
  <time file="1778205350" build="1778129771"/>
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    <rpm:sourcerpm>scls-gcc-openblas-0.3.33-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="13905"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-openblas" flags="EQ" epoch="0" ver="0.3.33" rel="1.el9"/>
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    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
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</package>
<package type="rpm">
  <name>scls-gcc-openmpi</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="5.0.10" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">39374bb8c485ae4a063defe35fb74ac07a864ce15dac430a7c5b90e0d46903f8</checksum>
  <summary>A powerful implementation of MPI/SHMEM</summary>
  <description>Open MPI is an open source implementation of the Message Passing
Interface specification (https://www.mpi-forum.org/) developed and
maintained by a consortium of research, academic, and industry
partners.

Open MPI also includes an implementation of the OpenSHMEM parallel
programming API (https://www.openshmem.org/).  OpenSHMEM is a
Partitioned Global Address Space (PGAS) abstraction layer, which
provides fast inter-process communication using one-sided
communication techniques.</description>
  <packager></packager>
  <url>https://www.open-mpi.org</url>
  <time file="1778205350" build="1778129805"/>
  <size package="10631264" installed="83644091" archive="84189748"/>
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      <rpm:entry name="scls-gcc-libevent"/>
      <rpm:entry name="scls-gcc-pmix"/>
      <rpm:entry name="scls-gcc-ucx"/>
    </rpm:requires>
    <file>/opt/scls/gcc/bin/mpiCC</file>
    <file>/opt/scls/gcc/bin/mpic++</file>
    <file>/opt/scls/gcc/bin/mpicc</file>
    <file>/opt/scls/gcc/bin/mpicxx</file>
    <file>/opt/scls/gcc/bin/mpiexec</file>
    <file>/opt/scls/gcc/bin/mpif77</file>
    <file>/opt/scls/gcc/bin/mpif90</file>
    <file>/opt/scls/gcc/bin/mpifort</file>
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    <file>/opt/scls/gcc/bin/opal_wrapper</file>
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    <file>/opt/scls/gcc/bin/pcc</file>
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    <file>/opt/scls/gcc/bin/prterun</file>
    <file>/opt/scls/gcc/bin/prun</file>
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    <file>/opt/scls/gcc/bin/shmemc++</file>
    <file>/opt/scls/gcc/bin/shmemcc</file>
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<package type="rpm">
  <name>scls-gcc-parmetis</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="4.0.3" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">29aa26bbaf89f7d6929a433bcabf84e8be48834b510ba0b7e28e51c605c91545</checksum>
  <summary>Parallel Graph Partitioning and Fill-reducing Matrix Ordering</summary>
  <description>ParMETIS is an MPI-based parallel library that implements a variety of
algorithms for partitioning unstructured graphs, meshes, and for
computing fill-reducing orderings of sparse matrices. ParMETIS extends
the functionality provided by METIS and includes routines that are
especially suited for parallel AMR computations and large scale
numerical simulations. The algorithms implemented in ParMETIS are
based on the parallel multilevel k-way graph-partitioning, adaptive
repartitioning, and parallel multi-constrained partitioning schemes
developed at the Karzpis Lab, University of Minesota.</description>
  <packager></packager>
  <url>https://github.com/KarypisLab/ParMETIS</url>
  <time file="1778205350" build="1778129837"/>
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      <rpm:entry name="scls-gcc-metis"/>
      <rpm:entry name="scls-gcc-openmpi"/>
    </rpm:requires>
    <file>/opt/scls/gcc/bin/pm_dglpart</file>
    <file>/opt/scls/gcc/bin/pm_mtest</file>
    <file>/opt/scls/gcc/bin/pm_parmetis</file>
    <file>/opt/scls/gcc/bin/pm_pometis</file>
    <file>/opt/scls/gcc/bin/pm_ptest</file>
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<package type="rpm">
  <name>scls-gcc-petsc</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.25.2" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">51eaf87a6b45bc543cb0f0c5c7e20e0d34cc93f1ed908bfe4e6a3d02090c991d</checksum>
  <summary>Portable Extensible Toolkit for Scientific Computation</summary>
  <description>Portable Extensible Toolkit for Scientific Computation</description>
  <packager></packager>
  <url>https://petsc.org/</url>
  <time file="1780961565" build="1780959827"/>
  <size package="24047633" installed="50080869" archive="50154748"/>
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    <rpm:sourcerpm>scls-gcc-petsc-3.25.2-1.el9.src.rpm</rpm:sourcerpm>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="gmp"/>
      <rpm:entry name="mpfr"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-googletest"/>
      <rpm:entry name="scls-gcc-hdf5"/>
      <rpm:entry name="scls-gcc-hwloc"/>
      <rpm:entry name="scls-gcc-metis"/>
      <rpm:entry name="scls-gcc-mumps"/>
      <rpm:entry name="scls-gcc-netcdf"/>
      <rpm:entry name="scls-gcc-openblas"/>
      <rpm:entry name="scls-gcc-openmpi"/>
      <rpm:entry name="scls-gcc-parmetis"/>
      <rpm:entry name="scls-gcc-scalapack"/>
      <rpm:entry name="scls-gcc-scotch"/>
      <rpm:entry name="scls-gcc-strumpack"/>
      <rpm:entry name="scls-gcc-superlu"/>
      <rpm:entry name="scls-gcc-superlu_dist"/>
      <rpm:entry name="scls-gcc-zfp"/>
    </rpm:requires>
    <file>/opt/scls/gcc/lib/petsc/bin/PetscBinaryIO.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/PetscBinaryIOTrajectory.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/PetscBinaryIO_tests.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/configureTAS.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/cuda_use_first_gpu.sh</file>
    <file>/opt/scls/gcc/lib/petsc/bin/extract.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/generatefortranbindings.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/getAPI.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/petsc_conf.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/petsc_gen_xdmf.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/petsc_tas_analysis.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/petsc_tas_style.mplstyle</file>
    <file>/opt/scls/gcc/lib/petsc/bin/petscdiff</file>
    <file>/opt/scls/gcc/lib/petsc/bin/petscfreesharedmemory.sh</file>
    <file>/opt/scls/gcc/lib/petsc/bin/petsclogformat.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/petscmpiexec</file>
    <file>/opt/scls/gcc/lib/petsc/bin/petscnagfor</file>
    <file>/opt/scls/gcc/lib/petsc/bin/petscnagupgrade.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/petscversion</file>
    <file>/opt/scls/gcc/lib/petsc/bin/saws/SAWs.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/saws/getSAWs.bash</file>
    <file>/opt/scls/gcc/lib/petsc/bin/saws/getStack.bash</file>
    <file>/opt/scls/gcc/lib/petsc/bin/tasClasses.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/taucc.py</file>
    <file>/opt/scls/gcc/lib/petsc/bin/xml2flamegraph.py</file>
    <file>/opt/scls/gcc/share/petsc/bin/dmnetwork_view.py</file>
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</package>
<package type="rpm">
  <name>scls-gcc-petsc-examples</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.25.2" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">9579affc2704b1d6d41525671ba9b18e722f045919f8b558f8d340dabc98c9b5</checksum>
  <summary>Examples for PETSc</summary>
  <description>Examples for PETSc</description>
  <packager></packager>
  <url>https://petsc.org/</url>
  <time file="1780961565" build="1780959827"/>
  <size package="5003198" installed="44111877" archive="45655828"/>
  <location href="Packages/scls-gcc-petsc-examples-3.25.2-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-2-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-petsc-3.25.2-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="1093113"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-petsc-examples" flags="EQ" epoch="0" ver="3.25.2" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
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</package>
<package type="rpm">
  <name>scls-gcc-pmix</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="5.0.10" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">2a40aa8e6a41feabf46748dea746a177d9b4e856ec75c828548900a868e9c357</checksum>
  <summary>An extended/exascale implementation of the PMIx Standard</summary>
  <description>The Process Management Interface (PMI) has been used for quite some time as a
means of exchanging wireup information needed for interprocess communication. Two
versions (PMI-1 and PMI-2) have been released as part of the MPICH effort. While
PMI-2 demonstrates better scaling properties than its PMI-1 predecessor, attaining
rapid launch and wireup of the roughly 1M processes executing across 100k nodes
expected for exascale operations remains challenging.

PMI Exascale (PMIx) represents an attempt to resolve these questions by providing
an extended version of the PMI standard specifically designed to support clusters
up to and including exascale sizes. The overall objective of the project is to
eliminate some current restrictions that impact scalability, and provide
a reference implementation of the PMIx-server that demonstrates the desired level of
scalability.</description>
  <packager></packager>
  <url>https://github.com/openpmix/openpmix</url>
  <time file="1778205351" build="1778129942"/>
  <size package="6187514" installed="15845799" archive="15921864"/>
  <location href="Packages/scls-gcc-pmix-5.0.10-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-pmix-5.0.10-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="74981"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-pmix" flags="EQ" epoch="0" ver="5.0.10" rel="1.el9"/>
      <rpm:entry name="scls-gcc-pmix(x86-64)" flags="EQ" epoch="0" ver="5.0.10" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-hwloc"/>
      <rpm:entry name="scls-gcc-libevent"/>
    </rpm:requires>
    <file>/opt/scls/gcc/bin/palloc</file>
    <file>/opt/scls/gcc/bin/pattrs</file>
    <file>/opt/scls/gcc/bin/pctrl</file>
    <file>/opt/scls/gcc/bin/pevent</file>
    <file>/opt/scls/gcc/bin/plookup</file>
    <file>/opt/scls/gcc/bin/pmix_info</file>
    <file>/opt/scls/gcc/bin/pmixcc</file>
    <file>/opt/scls/gcc/bin/pps</file>
    <file>/opt/scls/gcc/bin/pquery</file>
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</package>
<package type="rpm">
  <name>scls-gcc-scalapack</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.2.3" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">30f9a5d0ac7adfbea64cf5e01c3b00c56688c79a48315438218e9d728247cdc9</checksum>
  <summary>A subset of LAPACK routines redesigned for heterogeneous computing</summary>
  <description>The ScaLAPACK (or Scalable LAPACK) library includes a subset
of LAPACK routines redesigned for distributed memory MIMD
parallel computers. It is currently written in a
Single-Program-Multiple-Data style using explicit message
passing for inter-processor communication. It assumes
matrices are laid out in a two-dimensional block cyclic
decomposition.

ScaLAPACK is designed for heterogeneous computing and is
portable on any computer that supports MPI or PVM.

Like LAPACK, the ScaLAPACK routines are based on
block-partitioned algorithms in order to minimize the frequency
of data movement between different levels of the memory hierarchy.
(For such machines, the memory hierarchy includes the off-processor
memory of other processors, in addition to the hierarchy of registers,
cache, and local memory on each processor.) The fundamental building
blocks of the ScaLAPACK library are distributed memory versions (PBLAS)
of the Level 1, 2 and 3 BLAS, and a set of Basic Linear Algebra
Communication Subprograms (BLACS) for communication tasks that arise
frequently in parallel linear algebra computations. In the ScaLAPACK
routines, all inter-processor communication occurs within the PBLAS and the
BLACS. One of the design goals of ScaLAPACK was to have the ScaLAPACK
routines resemble their LAPACK equivalents as much as possible.</description>
  <packager></packager>
  <url>https://www.netlib.org/scalapack/</url>
  <time file="1778205351" build="1778129954"/>
  <size package="1676687" installed="5876526" archive="5878740"/>
  <location href="Packages/scls-gcc-scalapack-2.2.3-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-scalapack-2.2.3-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="13293"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-scalapack" flags="EQ" epoch="0" ver="2.2.3" rel="1.el9"/>
      <rpm:entry name="scls-gcc-scalapack(x86-64)" flags="EQ" epoch="0" ver="2.2.3" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-openblas"/>
      <rpm:entry name="scls-gcc-openmpi"/>
    </rpm:requires>
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</package>
<package type="rpm">
  <name>scls-gcc-scotch</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="7.0.11" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">76a7504787951240e4d86d9d580d33342dc051a5b95ff6d5e2e9424fb0e9ae16</checksum>
  <summary>Graph, mesh and hypergraph partitioning library</summary>
  <description>Scotch is a software package for graph and mesh/hypergraph partitioning and
sparse matrix ordering. The parallel scotch libraries (PT-Scotch) provide
MPI-based parallel graph partitioning capabilities.</description>
  <packager></packager>
  <url>https://www.labri.fr/perso/pelegrin/scotch/</url>
  <time file="1778205352" build="1778129961"/>
  <size package="599904" installed="2322107" archive="2355252"/>
  <location href="Packages/scls-gcc-scotch-7.0.11-1.el9.x86_64.rpm"/>
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    <rpm:license>CeCILL-C</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-scotch-7.0.11-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="44533"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-scotch" flags="EQ" epoch="0" ver="7.0.11" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-openmpi"/>
    </rpm:requires>
    <file>/opt/scls/gcc/bin/acpl</file>
    <file>/opt/scls/gcc/bin/adm2dgr</file>
    <file>/opt/scls/gcc/bin/amk_ccc</file>
    <file>/opt/scls/gcc/bin/amk_fft2</file>
    <file>/opt/scls/gcc/bin/amk_grf</file>
    <file>/opt/scls/gcc/bin/amk_hy</file>
    <file>/opt/scls/gcc/bin/amk_m2</file>
    <file>/opt/scls/gcc/bin/amk_p2</file>
    <file>/opt/scls/gcc/bin/atst</file>
    <file>/opt/scls/gcc/bin/dggath</file>
    <file>/opt/scls/gcc/bin/dgmap</file>
    <file>/opt/scls/gcc/bin/dgord</file>
    <file>/opt/scls/gcc/bin/dgpart</file>
    <file>/opt/scls/gcc/bin/dgscat</file>
    <file>/opt/scls/gcc/bin/dgtst</file>
    <file>/opt/scls/gcc/bin/gbase</file>
    <file>/opt/scls/gcc/bin/gcv</file>
    <file>/opt/scls/gcc/bin/gdump</file>
    <file>/opt/scls/gcc/bin/gmap</file>
    <file>/opt/scls/gcc/bin/gmk_hy</file>
    <file>/opt/scls/gcc/bin/gmk_m2</file>
    <file>/opt/scls/gcc/bin/gmk_m3</file>
    <file>/opt/scls/gcc/bin/gmk_msh</file>
    <file>/opt/scls/gcc/bin/gmk_ub2</file>
    <file>/opt/scls/gcc/bin/gmtst</file>
    <file>/opt/scls/gcc/bin/gord</file>
    <file>/opt/scls/gcc/bin/gotst</file>
    <file>/opt/scls/gcc/bin/gout</file>
    <file>/opt/scls/gcc/bin/gpart</file>
    <file>/opt/scls/gcc/bin/gscat</file>
    <file>/opt/scls/gcc/bin/gtst</file>
    <file>/opt/scls/gcc/bin/mcv</file>
    <file>/opt/scls/gcc/bin/mmk_m2</file>
    <file>/opt/scls/gcc/bin/mmk_m3</file>
    <file>/opt/scls/gcc/bin/mord</file>
    <file>/opt/scls/gcc/bin/mtst</file>
  </format>
</package>
<package type="rpm">
  <name>scls-gcc-slate</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.05.28" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">548f68d556a8af109e5bd828f2577348ebdb00252cf6fe2f204b05c4df73addf</checksum>
  <summary>Software for Linear Algebra Targeting Exascale</summary>
  <description>Software for Linear Algebra Targeting Exascale (SLATE) is being developed as part of the Exascale Computing Project (ECP), which is a joint project of the U.S. Department of Energy's Office of Science and National Nuclear Security Administration (NNSA). SLATE will deliver fundamental dense linear algebra capabilities for current and upcoming distributed-memory systems, including GPU-accelerated systems as well as more traditional multi core-only systems.

SLATE will provide coverage of existing LAPACK and ScaLAPACK functionality, including parallel implementations of Basic Linear Algebra Subroutines (BLAS), linear systems solvers, least squares solvers, and singular value and eigenvalue solvers. In this respect, SLATE will serve as a replacement for LAPACK and ScaLAPACK, which, after two decades of operation, cannot be adequately retrofitted for modern, GPU-accelerated architectures.

SLATE is built on top of standards, such as MPI and OpenMP, and de facto-standard industry solutions such as NVIDIA CUDA and AMD HIP. SLATE also relies on high performance implementations of numerical kernels from vendor libraries, such as Intel MKL, IBM ESSL, NVIDIA cuBLAS, and AMD rocBLAS. SLATE interacts with these libraries through a layer of C++ APIs.</description>
  <packager></packager>
  <url>https://icl.bitbucket.io/slate/</url>
  <time file="1778205352" build="1778129965"/>
  <size package="2458376" installed="18390943" archive="18399408"/>
  <location href="Packages/scls-gcc-slate-2025.05.28-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-slate-2025.05.28-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="18561"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-slate" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
      <rpm:entry name="scls-gcc-slate(x86-64)" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-blaspp"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-lapackpp"/>
      <rpm:entry name="scls-gcc-openblas"/>
      <rpm:entry name="scls-gcc-openmpi"/>
      <rpm:entry name="scls-gcc-scalapack"/>
      <rpm:entry name="scls-gcc-testsweeper"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-gcc-slepc</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.25.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">8b13b2975b2c939e467956b4758de78131dd9094eea69f0f3cf1956b9fe535be</checksum>
  <summary>Scalable Library for Eigenvalue Problem Computations</summary>
  <description>Scalable Library for Eigenvalue Problem Computations</description>
  <packager></packager>
  <url>https://slepc.upv.es/</url>
  <time file="1781661219" build="1781129546"/>
  <size package="10449138" installed="14457593" archive="14473748"/>
  <location href="Packages/scls-gcc-slepc-3.25.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-2-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-slepc-3.25.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="24141"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-slepc" flags="EQ" epoch="0" ver="3.25.1" rel="1.el9"/>
      <rpm:entry name="scls-gcc-slepc(x86-64)" flags="EQ" epoch="0" ver="3.25.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-arpack-ng"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-openblas"/>
      <rpm:entry name="scls-gcc-openmpi"/>
      <rpm:entry name="scls-gcc-petsc"/>
      <rpm:entry name="scls-gcc-scalapack"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-gcc-slepc-examples</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.25.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">1186acb94af5cee4d2413cf545f69acead4a92df22276a2262c23d0eb9b39047</checksum>
  <summary>Examples for SLEPc</summary>
  <description>Examples for SLEPc</description>
  <packager></packager>
  <url>https://slepc.upv.es/</url>
  <time file="1781661219" build="1781129546"/>
  <size package="352213" installed="2215511" archive="2401672"/>
  <location href="Packages/scls-gcc-slepc-examples-3.25.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-2-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-slepc-3.25.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="137597"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-slepc-examples" flags="EQ" epoch="0" ver="3.25.1" rel="1.el9"/>
      <rpm:entry name="scls-gcc-slepc-examples(x86-64)" flags="EQ" epoch="0" ver="3.25.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-slepc"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-gcc-strumpack</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="8.0.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">251d30b919baeff390d37110677e9549bd074c82c017633fb67dcbd1f845a762</checksum>
  <summary>STRUctured Matrix PACKage - sparse and dense rank-structured linear solvers</summary>
  <description>STRUctured Matrix PACKage - sparse and dense rank-structured linear solvers</description>
  <packager></packager>
  <url>https://portal.nersc.gov/project/sparse/strumpack</url>
  <time file="1778205352" build="1778130006"/>
  <size package="3682923" installed="22499536" archive="22514060"/>
  <location href="Packages/scls-gcc-strumpack-8.0.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-strumpack-8.0.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="23117"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-strumpack" flags="EQ" epoch="0" ver="8.0.0" rel="1.el9"/>
      <rpm:entry name="scls-gcc-strumpack(x86-64)" flags="EQ" epoch="0" ver="8.0.0" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-butterflypack"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-metis"/>
      <rpm:entry name="scls-gcc-openblas"/>
      <rpm:entry name="scls-gcc-openmpi"/>
      <rpm:entry name="scls-gcc-parmetis"/>
      <rpm:entry name="scls-gcc-scalapack"/>
      <rpm:entry name="scls-gcc-scotch"/>
      <rpm:entry name="scls-gcc-zfp"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-gcc-sundials</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="7.7.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">edff38a712f56054b076689f7e655c5e52abacc6560bac57bcf619ab9340afaa</checksum>
  <summary>Nonlinear and Differential/Algebraic Equation Solvers</summary>
  <description>Nonlinear and Differential/Algebraic Equation Solvers</description>
  <packager></packager>
  <url>https://computing.llnl.gov/projects/sundials</url>
  <time file="1780961567" build="1780960447"/>
  <size package="856838" installed="3958348" archive="4003440"/>
  <location href="Packages/scls-gcc-sundials-7.7.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-sundials-7.7.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="50865"/>
    <rpm:provides>
      <rpm:entry name="scls-gcc-sundials" flags="EQ" epoch="0" ver="7.7.0" rel="1.el9"/>
      <rpm:entry name="scls-gcc-sundials(x86-64)" flags="EQ" epoch="0" ver="7.7.0" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
      <rpm:entry name="scls-gcc-openblas"/>
      <rpm:entry name="scls-gcc-openmpi"/>
      <rpm:entry name="scls-gcc-petsc"/>
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</package>
<package type="rpm">
  <name>scls-gcc-sundials-examples</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="7.7.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">d343d929bf4401a2ccef7c75f2e9f855418608d1177ff0772429a12e2e453a81</checksum>
  <summary>Example programs for SUNDIALS</summary>
  <description>Example source files for the SUNDIALS solvers (ARKODE, CVODE, CVODES,
IDA, IDAS, KINSOL), including serial, parallel (MPI), OpenMP, and
PETSc variants.</description>
  <packager></packager>
  <url>https://computing.llnl.gov/projects/sundials</url>
  <time file="1780961567" build="1780960447"/>
  <size package="440275" installed="5206268" archive="5314576"/>
  <location href="Packages/scls-gcc-sundials-examples-7.7.0-1.el9.x86_64.rpm"/>
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    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-gcc-sundials-7.7.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="86909"/>
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    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="scls-gcc-environment"/>
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</package>
<package type="rpm">
  <name>scls-gcc-superlu</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="7.0.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">639f69e062173fd0d1872fe36c1c11172afee44da1f6050649eabc179ab5aa9c</checksum>
  <summary>Subroutines to directly solve sparse linear systems</summary>
  <description>SuperLU contains a set of subroutines to solve a sparse linear system
A*X=B. It uses Gaussian elimination with partial pivoting (GEPP).
The columns of A may be preordered before factorization; the
preordering for sparsity is completely separate from the factorization.</description>
  <packager></packager>
  <url>https://github.com/xiaoyeli/superlu</url>
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      <rpm:entry name="scls-gcc-superlu" flags="EQ" epoch="0" ver="7.0.1" rel="1.el9"/>
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      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
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  <version epoch="0" ver="9.2.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">cc0d45eaf32321fbf9c0577504c89f4be165237aa0ed4bbb44d66269472e5c91</checksum>
  <summary>Distributed memory sparse direct solver</summary>
  <description>Distributed memory sparse direct solver</description>
  <packager></packager>
  <url>https://github.com/xiaoyeli/superlu_dist</url>
  <time file="1778205354" build="1778130122"/>
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      <rpm:entry name="/bin/sh" pre="1"/>
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<package type="rpm">
  <name>scls-gcc-testsweeper</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.05.28" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">8cf30189dd65af89886ba5891ef161721a382cb20eac87d8ac5ff9b9f2c57b9b</checksum>
  <summary>C++ testing framework for parameter sweeps</summary>
  <description>TestSweeper is a C++ testing framework for parameter sweeps.
It handles parsing command line options, iterating over the test space,
and printing results. This simplifies test functions by allowing them to
concentrate on setting up and solving one problem at a time.

TestSweeper is part of the SLATE project
(Software for Linear Algebra Targeting Exascale), which is funded by
the Department of Energy as part of its Exascale Computing Initiative
(ECP).</description>
  <packager></packager>
  <url>https://github.com/icl-utk-edu/testsweeper</url>
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      <rpm:entry name="scls-gcc-testsweeper" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-gcc-environment"/>
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<package type="rpm">
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  <version epoch="0" ver="1.20.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">e8247e4b840ff5955810551c7b2e4b49206a22f529897f520c6b6b5a6177ba00</checksum>
  <summary>Unified Communication X - high-performance communication framework</summary>
  <description>Unified Communication X - high-performance communication framework</description>
  <packager></packager>
  <url>https://openucx.org</url>
  <time file="1778205354" build="1778130131"/>
  <size package="1727112" installed="6170716" archive="6199664"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="libibverbs"/>
      <rpm:entry name="librdmacm"/>
      <rpm:entry name="scls-gcc-environment"/>
      <rpm:entry name="scls-gcc-environment" pre="1"/>
    </rpm:requires>
    <file>/opt/scls/gcc/bin/io_demo</file>
    <file>/opt/scls/gcc/bin/ucx_info</file>
    <file>/opt/scls/gcc/bin/ucx_perftest</file>
    <file>/opt/scls/gcc/bin/ucx_perftest_daemon</file>
    <file>/opt/scls/gcc/bin/ucx_read_profile</file>
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</package>
<package type="rpm">
  <name>scls-gcc-vtk</name>
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  <version epoch="0" ver="9.6.2" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">156efd461d979f1f6b17b4d75537cf8d04e1eb935500ca4691dabafb59d31f22</checksum>
  <summary>A high-level 3D visualization library</summary>
  <description>A high-level 3D visualization library</description>
  <packager></packager>
  <url>https://vtk.org/</url>
  <time file="1781661221" build="1781129697"/>
  <size package="51256238" installed="315772370" archive="316683228"/>
  <location href="Packages/scls-gcc-vtk-9.6.2-1.el9.x86_64.rpm"/>
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    <rpm:sourcerpm>scls-gcc-vtk-9.6.2-1.el9.src.rpm</rpm:sourcerpm>
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    <file>/opt/scls/gcc/bin/vtkParseJava-9.6</file>
    <file>/opt/scls/gcc/bin/vtkProbeOpenGLVersion-9.6</file>
    <file>/opt/scls/gcc/bin/vtkWrapHierarchy-9.6</file>
    <file>/opt/scls/gcc/bin/vtkWrapJava-9.6</file>
    <file>/opt/scls/gcc/bin/vtkWrapJavaScript-9.6</file>
    <file>/opt/scls/gcc/bin/vtkWrapPython-9.6</file>
    <file>/opt/scls/gcc/bin/vtkWrapPythonInit-9.6</file>
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<package type="rpm">
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  <checksum type="sha256" pkgid="YES">d860a79a797dab403bd3dedaea74476f1ddd86bb8b6544a9107cadd00686da9f</checksum>
  <summary>Library for compressed numerical arrays with high throughput R/W random access</summary>
  <description>Library for compressed numerical arrays with high throughput R/W random access</description>
  <packager></packager>
  <url>https://computation.llnl.gov/projects/floating-point-compression</url>
  <time file="1778205355" build="1778130464"/>
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    <file>/opt/scls/gcc/bin/zfp</file>
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</package>
<package type="rpm">
  <name>scls-mkl</name>
  <arch>noarch</arch>
  <version epoch="0" ver="2026" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">a0b152387e81306e463153f08fdda41a1d9ae02780d571af1e0eabe913f549d5</checksum>
  <summary>Production build with GCC compilers and Intel MKL</summary>
  <description>Production build with GCC compilers and Intel MKL

This is a meta-package that depends on every package in the SCLS mkl
flavor. Installing it will pull in the complete scientific computing stack.</description>
  <packager></packager>
  <url></url>
  <time file="1780961583" build="1780961410"/>
  <size package="7820" installed="104" archive="384"/>
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    <rpm:requires>
      <rpm:entry name="scls-mkl-armadillo"/>
      <rpm:entry name="scls-mkl-arpack-ng"/>
      <rpm:entry name="scls-mkl-blaspp"/>
      <rpm:entry name="scls-mkl-blaze"/>
      <rpm:entry name="scls-mkl-butterflypack"/>
      <rpm:entry name="scls-mkl-cmake"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-exodus"/>
      <rpm:entry name="scls-mkl-gklib"/>
      <rpm:entry name="scls-mkl-googletest"/>
      <rpm:entry name="scls-mkl-gperftools"/>
      <rpm:entry name="scls-mkl-hdf5"/>
      <rpm:entry name="scls-mkl-hwloc"/>
      <rpm:entry name="scls-mkl-lapackpp"/>
      <rpm:entry name="scls-mkl-libevent"/>
      <rpm:entry name="scls-mkl-libunwind"/>
      <rpm:entry name="scls-mkl-metis"/>
      <rpm:entry name="scls-mkl-mumps"/>
      <rpm:entry name="scls-mkl-netcdf"/>
      <rpm:entry name="scls-mkl-nlopt"/>
      <rpm:entry name="scls-mkl-openmpi"/>
      <rpm:entry name="scls-mkl-parmetis"/>
      <rpm:entry name="scls-mkl-petsc"/>
      <rpm:entry name="scls-mkl-pmix"/>
      <rpm:entry name="scls-mkl-scalapack"/>
      <rpm:entry name="scls-mkl-scotch"/>
      <rpm:entry name="scls-mkl-slate"/>
      <rpm:entry name="scls-mkl-slepc"/>
      <rpm:entry name="scls-mkl-strumpack"/>
      <rpm:entry name="scls-mkl-sundials"/>
      <rpm:entry name="scls-mkl-superlu"/>
      <rpm:entry name="scls-mkl-superlu_dist"/>
      <rpm:entry name="scls-mkl-testsweeper"/>
      <rpm:entry name="scls-mkl-ucx"/>
      <rpm:entry name="scls-mkl-vtk"/>
      <rpm:entry name="scls-mkl-zfp"/>
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</package>
<package type="rpm">
  <name>scls-mkl-armadillo</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="15.2.7" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">414ca5759658ee9e99a055c0864cca3a7f355d2e4c328d3e608141c78fc7e615</checksum>
  <summary>Fast C++ matrix library with syntax similar to MATLAB and Octave</summary>
  <description>Armadillo is a C++ linear algebra library (matrix maths)
aiming towards a good balance between speed and ease of use.
Integer, floating point and complex numbers are supported,
as well as a subset of trigonometric and statistics functions.
Various matrix decompositions are provided through optional
integration with LAPACK and ATLAS libraries.
A delayed evaluation approach is employed (during compile time)
to combine several operations into one and reduce (or eliminate)
the need for temporaries. This is accomplished through recursive
templates and template meta-programming.
This library is useful if C++ has been decided as the language
of choice (due to speed and/or integration capabilities), rather
than another language like Matlab or Octave.</description>
  <packager></packager>
  <url>https://arma.sourceforge.net/</url>
  <time file="1781661221" build="1781137385"/>
  <size package="522528" installed="5710435" archive="5821964"/>
  <location href="Packages/scls-mkl-armadillo-15.2.7-1.el9.x86_64.rpm"/>
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    <rpm:sourcerpm>scls-mkl-armadillo-15.2.7-1.el9.src.rpm</rpm:sourcerpm>
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      <rpm:entry name="/bin/sh" pre="1"/>
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      <rpm:entry name="scls-mkl-environment"/>
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<package type="rpm">
  <name>scls-mkl-arpack-ng</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.9.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">be920ada45c6dfa16478f0e99e1ec3a1d189f44390572a1b32d1f4f01c3a5777</checksum>
  <summary>Fortran 77 subroutines designed to solve large scale eigenvalue problems.</summary>
  <description>ARPACK-NG is a collection of Fortran 77 subroutines designed to solve
large scale eigenvalue problems.

The package is designed to compute a few eigenvalues and corresponding
eigenvectors of a general n by n matrix A. It is most appropriate for
large sparse or structured matrices A where structured means that a
matrix-vector product w &lt;- Av requires order n rather than the usual
order n**2 floating point operations. This software is based upon an
algorithmic variant of the Arnoldi process called the Implicitly
Restarted Arnoldi Method (IRAM).</description>
  <packager></packager>
  <url>https://github.com/opencollab/arpack-ng</url>
  <time file="1778205355" build="1778130477"/>
  <size package="218539" installed="715552" archive="720760"/>
  <location href="Packages/scls-mkl-arpack-ng-3.9.1-1.el9.x86_64.rpm"/>
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    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
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    <rpm:header-range start="4504" end="15113"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-arpack-ng" flags="EQ" epoch="0" ver="3.9.1" rel="1.el9"/>
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    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="intel-oneapi-mkl"/>
      <rpm:entry name="intel-oneapi-mkl-devel"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-openmpi"/>
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</package>
<package type="rpm">
  <name>scls-mkl-blaspp</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.05.28" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">16fb25ca1581d705fbc178daa304f5763376c908b6ba66908546204cdaaa3ef2</checksum>
  <summary>C++ API for the Basic Linear Algebra Subprograms (BLAS)</summary>
  <description>The Basic Linear Algebra Subprograms (BLAS) have been around for many
decades and serve as the de facto standard for performance-portable and
numerically robust implementation of essential linear algebra
functionality. Originally, they were written in Fortran, and later
furnished with a C API (CBLAS).

The objective of BLAS++ is to provide a convenient, performance
oriented API for development in the C++ language, that,
for the most part, preserves established conventions, while, at the
same time, takes advantages of modern C++ features, such as:
namespaces, templates, exceptions, etc.

BLAS++ is part of the SLATE project
(Software for Linear Algebra Targeting Exascale), which is funded by
the Department of Energy as part of its Exascale Computing Initiative
(ECP). Closely related to BLAS++ is the LAPACK++ project,
which provides a C++ API for LAPACK.</description>
  <packager></packager>
  <url>https://icl.utk.edu/slate/</url>
  <time file="1778205355" build="1778130480"/>
  <size package="140804" installed="988198" archive="996924"/>
  <location href="Packages/scls-mkl-blaspp-2025.05.28-1.el9.x86_64.rpm"/>
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    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
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    <rpm:sourcerpm>scls-mkl-blaspp-2025.05.28-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="18249"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-blaspp" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="intel-oneapi-mkl"/>
      <rpm:entry name="intel-oneapi-mkl-devel"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-testsweeper"/>
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</package>
<package type="rpm">
  <name>scls-mkl-blaze</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.8.2" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">03434645cb885a70b97e66aabd30440c7ebc28537f7a0e7a6a1b131b6f7e42a5</checksum>
  <summary>A high-performance C++ math library for dense and sparse arithmetic</summary>
  <description>Blaze is an open-source, high-performance C++ math library for dense and \
sparse arithmetic. With its state-of-the-art Smart Expression Template \
implementation Blaze combines the elegance and ease of use of a \
domain-specific language with HPC-grade performance, making it one of \
the most intuitive and fastest C++ math libraries available. \</description>
  <packager></packager>
  <url>https://bitbucket.org/blaze-lib/blaze</url>
  <time file="1778205356" build="1778130491"/>
  <size package="1218017" installed="36369273" archive="36654756"/>
  <location href="Packages/scls-mkl-blaze-3.8.2-1.el9.x86_64.rpm"/>
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    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="intel-oneapi-mkl"/>
      <rpm:entry name="intel-oneapi-mkl-devel"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-butterflypack</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="4.1.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">469dd98fbeba830b1bedc8905641094a091ca8028cab0cc26813a50613d45d95</checksum>
  <summary>Rapid solving of large-scale dense linear systems using butterfly compression</summary>
  <description>Rapid solving of large-scale dense linear systems using butterfly compression</description>
  <packager></packager>
  <url>https://github.com/liuyangzhuan/ButterflyPACK</url>
  <time file="1778205356" build="1778130517"/>
  <size package="11920692" installed="30889728" archive="30912032"/>
  <location href="Packages/scls-mkl-butterflypack-4.1.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-butterflypack-4.1.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="31281"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-butterflypack" flags="EQ" epoch="0" ver="4.1.0" rel="1.el9"/>
      <rpm:entry name="scls-mkl-butterflypack(x86-64)" flags="EQ" epoch="0" ver="4.1.0" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="intel-oneapi-mkl"/>
      <rpm:entry name="intel-oneapi-mkl-devel"/>
      <rpm:entry name="scls-mkl-arpack-ng"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-openmpi"/>
      <rpm:entry name="scls-mkl-scalapack"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-cmake</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="4.3.3" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">63ed513b1672c2d19d21453a4bb2acc61ed96a104fab8efa4f6eed1c62656235</checksum>
  <summary>Cross-platform make system</summary>
  <description>CMake is used to control the software compilation process using simple
platform and compiler independent configuration files. CMake generates
native makefiles and workspaces that can be used in the compiler
environment of your choice. CMake is quite sophisticated: it is possible
to support complex environments requiring system configuration, preprocessor
generation, code generation, and template instantiation.</description>
  <packager></packager>
  <url>https://cmake.org/</url>
  <time file="1781661223" build="1781137409"/>
  <size package="26389384" installed="95801694" archive="96550612"/>
  <location href="Packages/scls-mkl-cmake-4.3.3-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-cmake-4.3.3-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="588085"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-cmake" flags="EQ" epoch="0" ver="4.3.3" rel="1.el9"/>
      <rpm:entry name="scls-mkl-cmake(x86-64)" flags="EQ" epoch="0" ver="4.3.3" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="git"/>
      <rpm:entry name="ncurses"/>
      <rpm:entry name="openssl"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="sed"/>
      <rpm:entry name="zlib"/>
    </rpm:requires>
    <file>/opt/scls/mkl/bin/ccmake</file>
    <file>/opt/scls/mkl/bin/cmake</file>
    <file>/opt/scls/mkl/bin/cpack</file>
    <file>/opt/scls/mkl/bin/ctest</file>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-environment</name>
  <arch>noarch</arch>
  <version epoch="0" ver="2026" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">0eb4da377d8b12efb4afb395f141fc8f98dd89843e7c64cbc682aaf08cecf1b2</checksum>
  <summary>SCLS environment setup, activation scripts, and configuration</summary>
  <description>SCLS environment setup, activation scripts, and configuration</description>
  <packager></packager>
  <url></url>
  <time file="1778639612" build="1778611692"/>
  <size package="22108" installed="36318" archive="39176"/>
  <location href="Packages/scls-mkl-environment-2026-1.el9.noarch.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-environment-2026-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="10357"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-environment" flags="EQ" epoch="0" ver="2026" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh"/>
      <rpm:entry name="/usr/bin/bash"/>
    </rpm:requires>
    <file>/opt/scls/mkl/bin/scls</file>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-examples</name>
  <arch>noarch</arch>
  <version epoch="0" ver="2026" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">6602a82be9629d3bf4c3fb665ce4d7c4f0f9fded7ba10e27d3b21294bf20c305</checksum>
  <summary>Example programs for the SCLS mkl flavor</summary>
  <description>Example programs for the SCLS mkl flavor.

This meta-package pulls in the example programs shipped by packages in the
SCLS mkl flavor (e.g. PETSc, SLEPc, SUNDIALS). It is optional — install it
only if you want the upstream example sources on disk.</description>
  <packager></packager>
  <url></url>
  <time file="1780961584" build="1780961410"/>
  <size package="6557" installed="0" archive="124"/>
  <location href="Packages/scls-mkl-examples-2026-1.el9.noarch.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause-LBNL</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-examples-2026-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="6513"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-examples" flags="EQ" epoch="0" ver="2026" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="scls-mkl-petsc-examples"/>
      <rpm:entry name="scls-mkl-slepc-examples"/>
      <rpm:entry name="scls-mkl-sundials-examples"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-exodus</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.10.14" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">438d74e0aefc118b80c91ed0a11ed5b4bcececa68d04d1658fbce7dd067115dc</checksum>
  <summary>EXODUS - Advanced finite element data file format</summary>
  <description>EXODUS - Advanced finite element data file format</description>
  <packager></packager>
  <url>https://github.com/sandialabs/seacas</url>
  <time file="1778205357" build="1778130634"/>
  <size package="2866920" installed="5938195" archive="5944296"/>
  <location href="Packages/scls-mkl-exodus-2025.10.14-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-exodus-2025.10.14-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="15301"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-exodus" flags="EQ" epoch="0" ver="2025.10.14" rel="1.el9"/>
      <rpm:entry name="scls-mkl-exodus(x86-64)" flags="EQ" epoch="0" ver="2025.10.14" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-hdf5"/>
      <rpm:entry name="scls-mkl-netcdf"/>
      <rpm:entry name="scls-mkl-openmpi"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-gklib</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="0.0.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">bdca979d45bc1ed09c8f89a39c4d67e787b7f510127d26f0bd936101d62fdcbf</checksum>
  <summary>A library of various helper routines and frameworks used by KarypisLab software</summary>
  <description>A library of various helper routines and frameworks used by KarypisLab software</description>
  <packager></packager>
  <url>https://github.com/KarypisLab/GKlib</url>
  <time file="1778205357" build="1778130638"/>
  <size package="165663" installed="786228" archive="791152"/>
  <location href="Packages/scls-mkl-gklib-0.0.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>Apache-2.0</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-gklib-0.0.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="14437"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-gklib" flags="EQ" epoch="0" ver="0.0.1" rel="1.el9"/>
      <rpm:entry name="scls-mkl-gklib(x86-64)" flags="EQ" epoch="0" ver="0.0.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
    </rpm:requires>
    <file>/opt/scls/mkl/bin/csrcnv</file>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-googletest</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="1.17.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">c7432b9535d363959b7a04d8f91e28e7c68bcd97df0ef09663d81ab838875856</checksum>
  <summary>GoogleTest - Google Testing and Mocking Framework</summary>
  <description>Googletest is a comprehensive testing framework for C++ designed to support test-driven development and Google's extensive internal test suites. It provides a rich set of assertions, user-defined assertions, death tests, and easy-to-use fixtures for writing both small and large test cases. Googletest is portable and can be used across diverse platforms. It encourages organized, expressive, and efficient testing practices, and integrates well with various build systems. This makes it suitable for both new and existing C++ projects looking to implement robust testing.</description>
  <packager></packager>
  <url>https://github.com/google/googletest</url>
  <time file="1778205357" build="1778130640"/>
  <size package="429512" installed="1912200" archive="1923056"/>
  <location href="Packages/scls-mkl-googletest-1.17.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-googletest-1.17.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="20089"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-googletest" flags="EQ" epoch="0" ver="1.17.0" rel="1.el9"/>
      <rpm:entry name="scls-mkl-googletest(x86-64)" flags="EQ" epoch="0" ver="1.17.0" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-gperftools</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.18.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">ec96240b550910b0806dc74660a77b35db803d0131d4a9058ff721a535e0531c</checksum>
  <summary>Very fast malloc and performance analysis tools</summary>
  <description>Perf Tools is a collection of performance analysis tools, including a
high-performance multi-threaded malloc() implementation that works
particularly well with threads and STL, a thread-friendly heap-checker,
a heap profiler, and a cpu-profiler.

This package provides the gperftools shared libraries (tcmalloc,
profiler) and development headers. Starting with gperftools 2.17 the
bundled pprof analyzer was removed upstream; install Google's Go
version separately (`go install github.com/google/pprof@latest`) to
post-process profile output.</description>
  <packager></packager>
  <url>https://github.com/gperftools/gperftools</url>
  <time file="1778205357" build="1778130643"/>
  <size package="645349" installed="3483954" archive="3495712"/>
  <location href="Packages/scls-mkl-gperftools-2.18.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-gperftools-2.18.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="21145"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-gperftools" flags="EQ" epoch="0" ver="2.18.1" rel="1.el9"/>
      <rpm:entry name="scls-mkl-gperftools(x86-64)" flags="EQ" epoch="0" ver="2.18.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-libunwind"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-hdf5</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="1.14.6" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">0d6696940c61f31256b517df11a86f12d0c42ccf75d8b6435e018584904e854b</checksum>
  <summary>A general purpose library and file format for storing scientific data</summary>
  <description>HDF5 is a general purpose library and file format for storing scientific data.
HDF5 can store two primary objects: datasets and groups. A dataset is
essentially a multidimensional array of data elements, and a group is a
structure for organizing objects in an HDF5 file. Using these two basic
objects, one can create and store almost any kind of scientific data
structure, such as images, arrays of vectors, and structured and unstructured
grids. You can also mix and match them in HDF5 files according to your needs.</description>
  <packager></packager>
  <url>https://www.hdfgroup.org/solutions/hdf5</url>
  <time file="1778205357" build="1778130647"/>
  <size package="2297998" installed="10059272" archive="10079840"/>
  <location href="Packages/scls-mkl-hdf5-1.14.6-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-hdf5-1.14.6-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="31369"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-hdf5" flags="EQ" epoch="0" ver="1.14.6" rel="1.el9"/>
      <rpm:entry name="scls-mkl-hdf5(x86-64)" flags="EQ" epoch="0" ver="1.14.6" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-openmpi"/>
    </rpm:requires>
    <file>/opt/scls/mkl/bin/h5clear</file>
    <file>/opt/scls/mkl/bin/h5copy</file>
    <file>/opt/scls/mkl/bin/h5debug</file>
    <file>/opt/scls/mkl/bin/h5delete</file>
    <file>/opt/scls/mkl/bin/h5diff</file>
    <file>/opt/scls/mkl/bin/h5dump</file>
    <file>/opt/scls/mkl/bin/h5format_convert</file>
    <file>/opt/scls/mkl/bin/h5fuse</file>
    <file>/opt/scls/mkl/bin/h5import</file>
    <file>/opt/scls/mkl/bin/h5jam</file>
    <file>/opt/scls/mkl/bin/h5ls</file>
    <file>/opt/scls/mkl/bin/h5mkgrp</file>
    <file>/opt/scls/mkl/bin/h5pcc</file>
    <file>/opt/scls/mkl/bin/h5perf</file>
    <file>/opt/scls/mkl/bin/h5perf_serial</file>
    <file>/opt/scls/mkl/bin/h5redeploy</file>
    <file>/opt/scls/mkl/bin/h5repack</file>
    <file>/opt/scls/mkl/bin/h5repart</file>
    <file>/opt/scls/mkl/bin/h5stat</file>
    <file>/opt/scls/mkl/bin/h5unjam</file>
    <file>/opt/scls/mkl/bin/h5watch</file>
    <file>/opt/scls/mkl/bin/ph5diff</file>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-hwloc</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.13.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">f2dd97187b84087682a51410da8a04d5f2d1510dbd6c4559cdaace8f9b4a1d72</checksum>
  <summary>Portable Hardware Locality</summary>
  <description>The Portable Hardware Locality (hwloc) software package provides a
portable abstraction (across OS, versions, architectures, ...) of
the hierarchical topology of modern architectures, including NUMA
memory nodes (DRAM, HBM, non-volatile memory, CXL, etc.), sockets,
shared caches, cores and simultaneous multithreading.

It also gathers various system attributes such as cache and memory
information as well as the locality of I/O devices such as network
interfaces, InfiniBand HCAs or GPUs.</description>
  <packager></packager>
  <url>https://www-lb.open-mpi.org/software/hwloc/</url>
  <time file="1778205358" build="1778130657"/>
  <size package="2489544" installed="4342510" archive="4441296"/>
  <location href="Packages/scls-mkl-hwloc-2.13.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-hwloc-2.13.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="96737"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-hwloc" flags="EQ" epoch="0" ver="2.13.0" rel="1.el9"/>
      <rpm:entry name="scls-mkl-hwloc(x86-64)" flags="EQ" epoch="0" ver="2.13.0" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-libevent"/>
    </rpm:requires>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-hwloc-annotate</file>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-hwloc-bind</file>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-hwloc-calc</file>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-hwloc-compress-dir</file>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-hwloc-diff</file>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-hwloc-distrib</file>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-hwloc-gather-cpuid</file>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-hwloc-gather-topology</file>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-hwloc-info</file>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-hwloc-ls</file>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-hwloc-patch</file>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-hwloc-ps</file>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-lstopo</file>
    <file>/opt/scls/mkl/bin/x86_64-redhat-linux-lstopo-no-graphics</file>
    <file>/opt/scls/mkl/sbin/x86_64-redhat-linux-hwloc-dump-hwdata</file>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-lapackpp</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.05.28" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">4e37eb980eedfa38ba735b235fc5931c8677ee0a958b93723acea81cf86f7a3b</checksum>
  <summary>C++ API for the Linear Algebra Package (LAPACK)</summary>
  <description>The Linear Algebra PACKage (LAPACK) is a standard software library for numerical linear algebra. It provides routines for solving systems of linear equations and linear least squares problems, eigenvalue problems, and singular value decomposition. It also includes routines to implement the associated matrix factorizations such as LU, QR, Cholesky, etc. LAPACK was originally written in FORTRAN 77, and moved to Fortran 90 in version 3.2 (2008). LAPACK provides routines for handling both real and complex matrices in both single and double precision.

The objective of LAPACK++ is to provide a convenient, performance oriented API for development in the C++ language, that, for the most part, preserves established conventions, while, at the same time, takes advantages of modern C++ features, such as: namespaces, templates, exceptions, etc.</description>
  <packager></packager>
  <url>https://icl.utk.edu/slate/</url>
  <time file="1778205358" build="1778130661"/>
  <size package="418775" installed="2911440" archive="2914812"/>
  <location href="Packages/scls-mkl-lapackpp-2025.05.28-1.el9.x86_64.rpm"/>
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<package type="rpm">
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  <checksum type="sha256" pkgid="YES">e8ef9febcf34dd3e18a550b0b732acc0adeadbdbca25a1bb1b5a5ee7dcd71d8d</checksum>
  <summary>Abstract asynchronous event notification library</summary>
  <description>The libevent API provides a mechanism to execute a callback function
when a specific event occurs on a file descriptor or after a timeout
has been reached. libevent is meant to replace the asynchronous event
loop found in event driven network servers. An application just needs
to call event_dispatch() and can then add or remove events dynamically
without having to change the event loop.</description>
  <packager></packager>
  <url>https://libevent.org/</url>
  <time file="1778205358" build="1778130665"/>
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    <rpm:license>BSD and ISC</rpm:license>
    <rpm:vendor></rpm:vendor>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="openssl"/>
      <rpm:entry name="python3"/>
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    <file>/opt/scls/mkl/bin/event_rpcgen.py</file>
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</package>
<package type="rpm">
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  <summary>Portable C library for determining call-chains from a program's execution</summary>
  <description>Portable C library for determining call-chains from a program's execution</description>
  <packager></packager>
  <url>https://www.nongnu.org/libunwind/</url>
  <time file="1778205358" build="1778130668"/>
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    <rpm:license>MIT</rpm:license>
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    <rpm:group>Unspecified</rpm:group>
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    <rpm:requires>
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</package>
<package type="rpm">
  <name>scls-mkl-metis</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="5.2.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">72dde113b3170010995a6f0b03a0a507217c88753a352ea8618bb24009fafa87</checksum>
  <summary>Serial Graph Partitioning and Fill-reducing Matrix Ordering</summary>
  <description>METIS is a set of serial programs for partitioning graphs,
partitioning finite element meshes, and producing fill reducing
orderings for sparse matrices.
The algorithms implemented in METIS are based on the multilevel
recursive-bisection, multilevel k-way, and multi-constraint
partitioning schemes developed in our lab.
METIS is distributed with OpenMP support.</description>
  <packager></packager>
  <url>https://glaros.dtc.umn.edu/gkhome/views/metis</url>
  <time file="1778205358" build="1778130670"/>
  <size package="269924" installed="863274" archive="867128"/>
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    <rpm:license>Apache-2.0</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-metis-5.2.1-1.el9.src.rpm</rpm:sourcerpm>
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      <rpm:entry name="scls-mkl-gklib"/>
    </rpm:requires>
    <file>/opt/scls/mkl/bin/cmpfillin</file>
    <file>/opt/scls/mkl/bin/gpmetis</file>
    <file>/opt/scls/mkl/bin/graphchk</file>
    <file>/opt/scls/mkl/bin/m2gmetis</file>
    <file>/opt/scls/mkl/bin/mpmetis</file>
    <file>/opt/scls/mkl/bin/ndmetis</file>
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</package>
<package type="rpm">
  <name>scls-mkl-mumps</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="5.9.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">9add0a26d8f4b209ce4cf369e4ee566308b3b8c17fe52b87849218fc516ae888</checksum>
  <summary>A MUltifrontal Massively Parallel sparse direct Solver</summary>
  <description>MUMPS implements a direct solver for large sparse linear systems, with a
particular focus on symmetric positive definite matrices. It can
operate on distributed matrices e.g. over a cluster. It has Fortran and
C interfaces, and can interface with ordering tools such as Scotch.</description>
  <packager></packager>
  <url>https://mumps-solver.org</url>
  <time file="1781661224" build="1781139219"/>
  <size package="1740828" installed="6316535" archive="6320564"/>
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      <rpm:entry name="scls-mkl-mumps" flags="EQ" epoch="0" ver="5.9.0" rel="1.el9"/>
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      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="intel-oneapi-mkl"/>
      <rpm:entry name="intel-oneapi-mkl-devel"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-metis"/>
      <rpm:entry name="scls-mkl-openmpi"/>
      <rpm:entry name="scls-mkl-parmetis"/>
      <rpm:entry name="scls-mkl-scalapack"/>
      <rpm:entry name="scls-mkl-scotch"/>
    </rpm:requires>
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</package>
<package type="rpm">
  <name>scls-mkl-netcdf</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="4.10.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">5619e1f1fd5c0fdbc4a24af19aa8fa0745431b80175af56ddc731385d731d79b</checksum>
  <summary>Libraries for the Unidata network Common Data Form</summary>
  <description>Libraries for the Unidata network Common Data Form</description>
  <packager></packager>
  <url>https://www.unidata.ucar.edu/software/netcdf/</url>
  <time file="1778205359" build="1778130679"/>
  <size package="700938" installed="2438044" archive="2444812"/>
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    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-netcdf-4.10.0-1.el9.src.rpm</rpm:sourcerpm>
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    <rpm:provides>
      <rpm:entry name="scls-mkl-netcdf" flags="EQ" epoch="0" ver="4.10.0" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-hdf5"/>
      <rpm:entry name="scls-mkl-openmpi"/>
    </rpm:requires>
    <file>/opt/scls/mkl/bin/nc-config</file>
    <file>/opt/scls/mkl/bin/nccopy</file>
    <file>/opt/scls/mkl/bin/ncdump</file>
    <file>/opt/scls/mkl/bin/ncgen</file>
    <file>/opt/scls/mkl/bin/ncgen3</file>
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</package>
<package type="rpm">
  <name>scls-mkl-nlopt</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.11.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">3d0a159b111774112df09e555dc63c32eb84830bdebc99c6d46c06aba451208b</checksum>
  <summary>Nonlinear optimization library</summary>
  <description>Nonlinear optimization library</description>
  <packager></packager>
  <url>https://nlopt.readthedocs.io/</url>
  <time file="1781661225" build="1781139578"/>
  <size package="344495" installed="877796" archive="880996"/>
  <location href="Packages/scls-mkl-nlopt-2.11.0-1.el9.x86_64.rpm"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
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</package>
<package type="rpm">
  <name>scls-mkl-openmpi</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="5.0.10" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">29e52a05ce89a401b690ff1ba2bee0cf38b6737627649f246dbd270a7f6fcf90</checksum>
  <summary>A powerful implementation of MPI/SHMEM</summary>
  <description>Open MPI is an open source implementation of the Message Passing
Interface specification (https://www.mpi-forum.org/) developed and
maintained by a consortium of research, academic, and industry
partners.

Open MPI also includes an implementation of the OpenSHMEM parallel
programming API (https://www.openshmem.org/).  OpenSHMEM is a
Partitioned Global Address Space (PGAS) abstraction layer, which
provides fast inter-process communication using one-sided
communication techniques.</description>
  <packager></packager>
  <url>https://www.open-mpi.org</url>
  <time file="1778205359" build="1778130695"/>
  <size package="10631096" installed="83644091" archive="84189884"/>
  <location href="Packages/scls-mkl-openmpi-5.0.10-1.el9.x86_64.rpm"/>
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    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
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    <rpm:provides>
      <rpm:entry name="scls-mkl-openmpi" flags="EQ" epoch="0" ver="5.0.10" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-hwloc"/>
      <rpm:entry name="scls-mkl-libevent"/>
      <rpm:entry name="scls-mkl-pmix"/>
      <rpm:entry name="scls-mkl-ucx"/>
    </rpm:requires>
    <file>/opt/scls/mkl/bin/mpiCC</file>
    <file>/opt/scls/mkl/bin/mpic++</file>
    <file>/opt/scls/mkl/bin/mpicc</file>
    <file>/opt/scls/mkl/bin/mpicxx</file>
    <file>/opt/scls/mkl/bin/mpiexec</file>
    <file>/opt/scls/mkl/bin/mpif77</file>
    <file>/opt/scls/mkl/bin/mpif90</file>
    <file>/opt/scls/mkl/bin/mpifort</file>
    <file>/opt/scls/mkl/bin/mpirun</file>
    <file>/opt/scls/mkl/bin/ompi_info</file>
    <file>/opt/scls/mkl/bin/opal_wrapper</file>
    <file>/opt/scls/mkl/bin/oshCC</file>
    <file>/opt/scls/mkl/bin/oshc++</file>
    <file>/opt/scls/mkl/bin/oshcc</file>
    <file>/opt/scls/mkl/bin/oshcxx</file>
    <file>/opt/scls/mkl/bin/oshfort</file>
    <file>/opt/scls/mkl/bin/oshmem_info</file>
    <file>/opt/scls/mkl/bin/oshrun</file>
    <file>/opt/scls/mkl/bin/pcc</file>
    <file>/opt/scls/mkl/bin/prte</file>
    <file>/opt/scls/mkl/bin/prte_info</file>
    <file>/opt/scls/mkl/bin/prted</file>
    <file>/opt/scls/mkl/bin/prterun</file>
    <file>/opt/scls/mkl/bin/prun</file>
    <file>/opt/scls/mkl/bin/pterm</file>
    <file>/opt/scls/mkl/bin/shmemCC</file>
    <file>/opt/scls/mkl/bin/shmemc++</file>
    <file>/opt/scls/mkl/bin/shmemcc</file>
    <file>/opt/scls/mkl/bin/shmemcxx</file>
    <file>/opt/scls/mkl/bin/shmemfort</file>
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</package>
<package type="rpm">
  <name>scls-mkl-parmetis</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="4.0.3" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">82bd261852066d600daabc9f46e389acecab76e61911c37ff80c746d93fdc406</checksum>
  <summary>Parallel Graph Partitioning and Fill-reducing Matrix Ordering</summary>
  <description>ParMETIS is an MPI-based parallel library that implements a variety of
algorithms for partitioning unstructured graphs, meshes, and for
computing fill-reducing orderings of sparse matrices. ParMETIS extends
the functionality provided by METIS and includes routines that are
especially suited for parallel AMR computations and large scale
numerical simulations. The algorithms implemented in ParMETIS are
based on the parallel multilevel k-way graph-partitioning, adaptive
repartitioning, and parallel multi-constrained partitioning schemes
developed at the Karzpis Lab, University of Minesota.</description>
  <packager></packager>
  <url>https://github.com/KarypisLab/ParMETIS</url>
  <time file="1778205360" build="1778130728"/>
  <size package="198723" installed="545753" archive="549020"/>
  <location href="Packages/scls-mkl-parmetis-4.0.3-1.el9.x86_64.rpm"/>
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    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
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    <rpm:sourcerpm>scls-mkl-parmetis-4.0.3-1.el9.src.rpm</rpm:sourcerpm>
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    <rpm:provides>
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    <rpm:requires>
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      <rpm:entry name="scls-mkl-metis"/>
      <rpm:entry name="scls-mkl-openmpi"/>
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    <file>/opt/scls/mkl/bin/pm_dglpart</file>
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    <file>/opt/scls/mkl/bin/pm_parmetis</file>
    <file>/opt/scls/mkl/bin/pm_pometis</file>
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</package>
<package type="rpm">
  <name>scls-mkl-petsc</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.25.2" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">d41a0051072006071bf1f8c174ce305f27c5c1e768acb2ed1839ca869fbf0f1f</checksum>
  <summary>Portable Extensible Toolkit for Scientific Computation</summary>
  <description>Portable Extensible Toolkit for Scientific Computation</description>
  <packager></packager>
  <url>https://petsc.org/</url>
  <time file="1780961571" build="1780960641"/>
  <size package="24046653" installed="50038404" archive="50112280"/>
  <location href="Packages/scls-mkl-petsc-3.25.2-1.el9.x86_64.rpm"/>
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    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
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    <rpm:sourcerpm>scls-mkl-petsc-3.25.2-1.el9.src.rpm</rpm:sourcerpm>
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      <rpm:entry name="gmp"/>
      <rpm:entry name="intel-oneapi-mkl"/>
      <rpm:entry name="intel-oneapi-mkl-devel"/>
      <rpm:entry name="mpfr"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-googletest"/>
      <rpm:entry name="scls-mkl-hdf5"/>
      <rpm:entry name="scls-mkl-metis"/>
      <rpm:entry name="scls-mkl-mumps"/>
      <rpm:entry name="scls-mkl-netcdf"/>
      <rpm:entry name="scls-mkl-openmpi"/>
      <rpm:entry name="scls-mkl-parmetis"/>
      <rpm:entry name="scls-mkl-scalapack"/>
      <rpm:entry name="scls-mkl-scotch"/>
      <rpm:entry name="scls-mkl-strumpack"/>
      <rpm:entry name="scls-mkl-superlu"/>
      <rpm:entry name="scls-mkl-superlu_dist"/>
      <rpm:entry name="scls-mkl-zfp"/>
    </rpm:requires>
    <file>/opt/scls/mkl/lib/petsc/bin/PetscBinaryIO.py</file>
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    <file>/opt/scls/mkl/lib/petsc/bin/PetscBinaryIO_tests.py</file>
    <file>/opt/scls/mkl/lib/petsc/bin/configureTAS.py</file>
    <file>/opt/scls/mkl/lib/petsc/bin/cuda_use_first_gpu.sh</file>
    <file>/opt/scls/mkl/lib/petsc/bin/extract.py</file>
    <file>/opt/scls/mkl/lib/petsc/bin/generatefortranbindings.py</file>
    <file>/opt/scls/mkl/lib/petsc/bin/getAPI.py</file>
    <file>/opt/scls/mkl/lib/petsc/bin/petsc_conf.py</file>
    <file>/opt/scls/mkl/lib/petsc/bin/petsc_gen_xdmf.py</file>
    <file>/opt/scls/mkl/lib/petsc/bin/petsc_tas_analysis.py</file>
    <file>/opt/scls/mkl/lib/petsc/bin/petsc_tas_style.mplstyle</file>
    <file>/opt/scls/mkl/lib/petsc/bin/petscdiff</file>
    <file>/opt/scls/mkl/lib/petsc/bin/petscfreesharedmemory.sh</file>
    <file>/opt/scls/mkl/lib/petsc/bin/petsclogformat.py</file>
    <file>/opt/scls/mkl/lib/petsc/bin/petscmpiexec</file>
    <file>/opt/scls/mkl/lib/petsc/bin/petscnagfor</file>
    <file>/opt/scls/mkl/lib/petsc/bin/petscnagupgrade.py</file>
    <file>/opt/scls/mkl/lib/petsc/bin/petscversion</file>
    <file>/opt/scls/mkl/lib/petsc/bin/saws/SAWs.py</file>
    <file>/opt/scls/mkl/lib/petsc/bin/saws/getSAWs.bash</file>
    <file>/opt/scls/mkl/lib/petsc/bin/saws/getStack.bash</file>
    <file>/opt/scls/mkl/lib/petsc/bin/tasClasses.py</file>
    <file>/opt/scls/mkl/lib/petsc/bin/taucc.py</file>
    <file>/opt/scls/mkl/lib/petsc/bin/xml2flamegraph.py</file>
    <file>/opt/scls/mkl/share/petsc/bin/dmnetwork_view.py</file>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-petsc-examples</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.25.2" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">7b826477ce22d2af4d6f094af33293b32bff5b0f08126c8ddd54844fdc124eea</checksum>
  <summary>Examples for PETSc</summary>
  <description>Examples for PETSc</description>
  <packager></packager>
  <url>https://petsc.org/</url>
  <time file="1780961572" build="1780960641"/>
  <size package="5002756" installed="44111877" archive="45655828"/>
  <location href="Packages/scls-mkl-petsc-examples-3.25.2-1.el9.x86_64.rpm"/>
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    <rpm:license>BSD-2-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-petsc-3.25.2-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="1093113"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-petsc-examples" flags="EQ" epoch="0" ver="3.25.2" rel="1.el9"/>
      <rpm:entry name="scls-mkl-petsc-examples(x86-64)" flags="EQ" epoch="0" ver="3.25.2" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-petsc"/>
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</package>
<package type="rpm">
  <name>scls-mkl-pmix</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="5.0.10" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">7e28349cef9da2d0e9e855ae95ad3156aa631f787d999157e04b01ee0e64e1fc</checksum>
  <summary>An extended/exascale implementation of the PMIx Standard</summary>
  <description>The Process Management Interface (PMI) has been used for quite some time as a
means of exchanging wireup information needed for interprocess communication. Two
versions (PMI-1 and PMI-2) have been released as part of the MPICH effort. While
PMI-2 demonstrates better scaling properties than its PMI-1 predecessor, attaining
rapid launch and wireup of the roughly 1M processes executing across 100k nodes
expected for exascale operations remains challenging.

PMI Exascale (PMIx) represents an attempt to resolve these questions by providing
an extended version of the PMI standard specifically designed to support clusters
up to and including exascale sizes. The overall objective of the project is to
eliminate some current restrictions that impact scalability, and provide
a reference implementation of the PMIx-server that demonstrates the desired level of
scalability.</description>
  <packager></packager>
  <url>https://github.com/openpmix/openpmix</url>
  <time file="1778205361" build="1778130812"/>
  <size package="6187706" installed="15845799" archive="15921864"/>
  <location href="Packages/scls-mkl-pmix-5.0.10-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-pmix-5.0.10-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="74981"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-pmix" flags="EQ" epoch="0" ver="5.0.10" rel="1.el9"/>
      <rpm:entry name="scls-mkl-pmix(x86-64)" flags="EQ" epoch="0" ver="5.0.10" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-hwloc"/>
      <rpm:entry name="scls-mkl-libevent"/>
    </rpm:requires>
    <file>/opt/scls/mkl/bin/palloc</file>
    <file>/opt/scls/mkl/bin/pattrs</file>
    <file>/opt/scls/mkl/bin/pctrl</file>
    <file>/opt/scls/mkl/bin/pevent</file>
    <file>/opt/scls/mkl/bin/plookup</file>
    <file>/opt/scls/mkl/bin/pmix_info</file>
    <file>/opt/scls/mkl/bin/pmixcc</file>
    <file>/opt/scls/mkl/bin/pps</file>
    <file>/opt/scls/mkl/bin/pquery</file>
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</package>
<package type="rpm">
  <name>scls-mkl-scalapack</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2.2.3" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">86f9e138e1cf789d636312ec3e6b8c96271b4f4edfd8301849a5d8417c0e9838</checksum>
  <summary>A subset of LAPACK routines redesigned for heterogeneous computing</summary>
  <description>The ScaLAPACK (or Scalable LAPACK) library includes a subset
of LAPACK routines redesigned for distributed memory MIMD
parallel computers. It is currently written in a
Single-Program-Multiple-Data style using explicit message
passing for inter-processor communication. It assumes
matrices are laid out in a two-dimensional block cyclic
decomposition.

ScaLAPACK is designed for heterogeneous computing and is
portable on any computer that supports MPI or PVM.

Like LAPACK, the ScaLAPACK routines are based on
block-partitioned algorithms in order to minimize the frequency
of data movement between different levels of the memory hierarchy.
(For such machines, the memory hierarchy includes the off-processor
memory of other processors, in addition to the hierarchy of registers,
cache, and local memory on each processor.) The fundamental building
blocks of the ScaLAPACK library are distributed memory versions (PBLAS)
of the Level 1, 2 and 3 BLAS, and a set of Basic Linear Algebra
Communication Subprograms (BLACS) for communication tasks that arise
frequently in parallel linear algebra computations. In the ScaLAPACK
routines, all inter-processor communication occurs within the PBLAS and the
BLACS. One of the design goals of ScaLAPACK was to have the ScaLAPACK
routines resemble their LAPACK equivalents as much as possible.</description>
  <packager></packager>
  <url>https://www.netlib.org/scalapack/</url>
  <time file="1778205361" build="1778130819"/>
  <size package="1677310" installed="5876930" archive="5879144"/>
  <location href="Packages/scls-mkl-scalapack-2.2.3-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-scalapack-2.2.3-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="13353"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-scalapack" flags="EQ" epoch="0" ver="2.2.3" rel="1.el9"/>
      <rpm:entry name="scls-mkl-scalapack(x86-64)" flags="EQ" epoch="0" ver="2.2.3" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="intel-oneapi-mkl"/>
      <rpm:entry name="intel-oneapi-mkl-devel"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-openmpi"/>
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</package>
<package type="rpm">
  <name>scls-mkl-scotch</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="7.0.11" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">dd163bf2a89b26386317fbc861905f7e382db744994701e8fa2385f957e4cafa</checksum>
  <summary>Graph, mesh and hypergraph partitioning library</summary>
  <description>Scotch is a software package for graph and mesh/hypergraph partitioning and
sparse matrix ordering. The parallel scotch libraries (PT-Scotch) provide
MPI-based parallel graph partitioning capabilities.</description>
  <packager></packager>
  <url>https://www.labri.fr/perso/pelegrin/scotch/</url>
  <time file="1778205361" build="1778130824"/>
  <size package="598608" installed="2322107" archive="2354844"/>
  <location href="Packages/scls-mkl-scotch-7.0.11-1.el9.x86_64.rpm"/>
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    <rpm:license>CeCILL-C</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-scotch-7.0.11-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="44293"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-scotch" flags="EQ" epoch="0" ver="7.0.11" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-openmpi"/>
    </rpm:requires>
    <file>/opt/scls/mkl/bin/acpl</file>
    <file>/opt/scls/mkl/bin/adm2dgr</file>
    <file>/opt/scls/mkl/bin/amk_ccc</file>
    <file>/opt/scls/mkl/bin/amk_fft2</file>
    <file>/opt/scls/mkl/bin/amk_grf</file>
    <file>/opt/scls/mkl/bin/amk_hy</file>
    <file>/opt/scls/mkl/bin/amk_m2</file>
    <file>/opt/scls/mkl/bin/amk_p2</file>
    <file>/opt/scls/mkl/bin/atst</file>
    <file>/opt/scls/mkl/bin/dggath</file>
    <file>/opt/scls/mkl/bin/dgmap</file>
    <file>/opt/scls/mkl/bin/dgord</file>
    <file>/opt/scls/mkl/bin/dgpart</file>
    <file>/opt/scls/mkl/bin/dgscat</file>
    <file>/opt/scls/mkl/bin/dgtst</file>
    <file>/opt/scls/mkl/bin/gbase</file>
    <file>/opt/scls/mkl/bin/gcv</file>
    <file>/opt/scls/mkl/bin/gdump</file>
    <file>/opt/scls/mkl/bin/gmap</file>
    <file>/opt/scls/mkl/bin/gmk_hy</file>
    <file>/opt/scls/mkl/bin/gmk_m2</file>
    <file>/opt/scls/mkl/bin/gmk_m3</file>
    <file>/opt/scls/mkl/bin/gmk_msh</file>
    <file>/opt/scls/mkl/bin/gmk_ub2</file>
    <file>/opt/scls/mkl/bin/gmtst</file>
    <file>/opt/scls/mkl/bin/gord</file>
    <file>/opt/scls/mkl/bin/gotst</file>
    <file>/opt/scls/mkl/bin/gout</file>
    <file>/opt/scls/mkl/bin/gpart</file>
    <file>/opt/scls/mkl/bin/gscat</file>
    <file>/opt/scls/mkl/bin/gtst</file>
    <file>/opt/scls/mkl/bin/mcv</file>
    <file>/opt/scls/mkl/bin/mmk_m2</file>
    <file>/opt/scls/mkl/bin/mmk_m3</file>
    <file>/opt/scls/mkl/bin/mord</file>
    <file>/opt/scls/mkl/bin/mtst</file>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-slate</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.05.28" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">573a9d6105eee20bfe8c085be18a8a84dca398b3942904d43fdd39865d17226a</checksum>
  <summary>Software for Linear Algebra Targeting Exascale</summary>
  <description>Software for Linear Algebra Targeting Exascale (SLATE) is being developed as part of the Exascale Computing Project (ECP), which is a joint project of the U.S. Department of Energy's Office of Science and National Nuclear Security Administration (NNSA). SLATE will deliver fundamental dense linear algebra capabilities for current and upcoming distributed-memory systems, including GPU-accelerated systems as well as more traditional multi core-only systems.

SLATE will provide coverage of existing LAPACK and ScaLAPACK functionality, including parallel implementations of Basic Linear Algebra Subroutines (BLAS), linear systems solvers, least squares solvers, and singular value and eigenvalue solvers. In this respect, SLATE will serve as a replacement for LAPACK and ScaLAPACK, which, after two decades of operation, cannot be adequately retrofitted for modern, GPU-accelerated architectures.

SLATE is built on top of standards, such as MPI and OpenMP, and de facto-standard industry solutions such as NVIDIA CUDA and AMD HIP. SLATE also relies on high performance implementations of numerical kernels from vendor libraries, such as Intel MKL, IBM ESSL, NVIDIA cuBLAS, and AMD rocBLAS. SLATE interacts with these libraries through a layer of C++ APIs.</description>
  <packager></packager>
  <url>https://icl.bitbucket.io/slate/</url>
  <time file="1778205361" build="1778130827"/>
  <size package="2486981" installed="18549967" archive="18558432"/>
  <location href="Packages/scls-mkl-slate-2025.05.28-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-slate-2025.05.28-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="18589"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-slate" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
      <rpm:entry name="scls-mkl-slate(x86-64)" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="intel-oneapi-mkl"/>
      <rpm:entry name="intel-oneapi-mkl-devel"/>
      <rpm:entry name="scls-mkl-blaspp"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-lapackpp"/>
      <rpm:entry name="scls-mkl-openmpi"/>
      <rpm:entry name="scls-mkl-scalapack"/>
      <rpm:entry name="scls-mkl-testsweeper"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-slepc</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.25.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">6ce88d067a7f14d61b0d7b24ff6c42c7e53e17a5d6051e5180952ae3c7165b92</checksum>
  <summary>Scalable Library for Eigenvalue Problem Computations</summary>
  <description>Scalable Library for Eigenvalue Problem Computations</description>
  <packager></packager>
  <url>https://slepc.upv.es/</url>
  <time file="1781661227" build="1781139368"/>
  <size package="10453977" installed="14471481" archive="14487636"/>
  <location href="Packages/scls-mkl-slepc-3.25.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-2-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-slepc-3.25.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="24169"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-slepc" flags="EQ" epoch="0" ver="3.25.1" rel="1.el9"/>
      <rpm:entry name="scls-mkl-slepc(x86-64)" flags="EQ" epoch="0" ver="3.25.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="intel-oneapi-mkl"/>
      <rpm:entry name="intel-oneapi-mkl-devel"/>
      <rpm:entry name="scls-mkl-arpack-ng"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-openmpi"/>
      <rpm:entry name="scls-mkl-petsc"/>
      <rpm:entry name="scls-mkl-scalapack"/>
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  </format>
</package>
<package type="rpm">
  <name>scls-mkl-slepc-examples</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="3.25.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">956f8a50ea51f5c882f507b23f18065865961748cf8c81cc70eb2592e4dce41e</checksum>
  <summary>Examples for SLEPc</summary>
  <description>Examples for SLEPc</description>
  <packager></packager>
  <url>https://slepc.upv.es/</url>
  <time file="1781661227" build="1781139368"/>
  <size package="352197" installed="2215511" archive="2401672"/>
  <location href="Packages/scls-mkl-slepc-examples-3.25.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-2-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-slepc-3.25.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="137597"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-slepc-examples" flags="EQ" epoch="0" ver="3.25.1" rel="1.el9"/>
      <rpm:entry name="scls-mkl-slepc-examples(x86-64)" flags="EQ" epoch="0" ver="3.25.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-slepc"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-strumpack</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="8.0.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">daf46262a3c0005399ec065ed64faccfc6a8a7aea549ec142f0fbe4f68fecafa</checksum>
  <summary>STRUctured Matrix PACKage - sparse and dense rank-structured linear solvers</summary>
  <description>STRUctured Matrix PACKage - sparse and dense rank-structured linear solvers</description>
  <packager></packager>
  <url>https://portal.nersc.gov/project/sparse/strumpack</url>
  <time file="1778205362" build="1778130855"/>
  <size package="3661030" installed="22239960" archive="22254484"/>
  <location href="Packages/scls-mkl-strumpack-8.0.0-1.el9.x86_64.rpm"/>
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    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
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    <rpm:sourcerpm>scls-mkl-strumpack-8.0.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="23145"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-strumpack" flags="EQ" epoch="0" ver="8.0.0" rel="1.el9"/>
      <rpm:entry name="scls-mkl-strumpack(x86-64)" flags="EQ" epoch="0" ver="8.0.0" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="intel-oneapi-mkl"/>
      <rpm:entry name="intel-oneapi-mkl-devel"/>
      <rpm:entry name="scls-mkl-butterflypack"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-metis"/>
      <rpm:entry name="scls-mkl-openmpi"/>
      <rpm:entry name="scls-mkl-parmetis"/>
      <rpm:entry name="scls-mkl-scalapack"/>
      <rpm:entry name="scls-mkl-scotch"/>
      <rpm:entry name="scls-mkl-zfp"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-sundials</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="7.7.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">b9cc205d50d737d1c296429ed2e0f466c4050f9efa98e3b433e5784beaf62be5</checksum>
  <summary>Nonlinear and Differential/Algebraic Equation Solvers</summary>
  <description>Nonlinear and Differential/Algebraic Equation Solvers</description>
  <packager></packager>
  <url>https://computing.llnl.gov/projects/sundials</url>
  <time file="1780961573" build="1780961176"/>
  <size package="856707" installed="3958436" archive="4003256"/>
  <location href="Packages/scls-mkl-sundials-7.7.0-1.el9.x86_64.rpm"/>
  <format>
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    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-sundials-7.7.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="50733"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="intel-oneapi-mkl"/>
      <rpm:entry name="intel-oneapi-mkl-devel"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-openmpi"/>
      <rpm:entry name="scls-mkl-petsc"/>
    </rpm:requires>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-sundials-examples</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="7.7.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">b400579f483f4298ebfe008b14b41a6999520ace04ca04cb89de245db9e59bb3</checksum>
  <summary>Example programs for SUNDIALS</summary>
  <description>Example source files for the SUNDIALS solvers (ARKODE, CVODE, CVODES,
IDA, IDAS, KINSOL), including serial, parallel (MPI), OpenMP, and
PETSc variants.</description>
  <packager></packager>
  <url>https://computing.llnl.gov/projects/sundials</url>
  <time file="1780961573" build="1780961176"/>
  <size package="440071" installed="5207940" archive="5316248"/>
  <location href="Packages/scls-mkl-sundials-examples-7.7.0-1.el9.x86_64.rpm"/>
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    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-sundials-7.7.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="86909"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-sundials-examples" flags="EQ" epoch="0" ver="7.7.0" rel="1.el9"/>
      <rpm:entry name="scls-mkl-sundials-examples(x86-64)" flags="EQ" epoch="0" ver="7.7.0" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-sundials"/>
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</package>
<package type="rpm">
  <name>scls-mkl-superlu</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="7.0.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">84f7a466d71339e9c534ee7fcd00297109b039de370e297025926d900528bb62</checksum>
  <summary>Subroutines to directly solve sparse linear systems</summary>
  <description>SuperLU contains a set of subroutines to solve a sparse linear system
A*X=B. It uses Gaussian elimination with partial pivoting (GEPP).
The columns of A may be preordered before factorization; the
preordering for sparsity is completely separate from the factorization.</description>
  <packager></packager>
  <url>https://github.com/xiaoyeli/superlu</url>
  <time file="1778205363" build="1778130941"/>
  <size package="270527" installed="737910" archive="742792"/>
  <location href="Packages/scls-mkl-superlu-7.0.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-superlu-7.0.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="14637"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-superlu" flags="EQ" epoch="0" ver="7.0.1" rel="1.el9"/>
      <rpm:entry name="scls-mkl-superlu(x86-64)" flags="EQ" epoch="0" ver="7.0.1" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="intel-oneapi-mkl"/>
      <rpm:entry name="intel-oneapi-mkl-devel"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-metis"/>
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  </format>
</package>
<package type="rpm">
  <name>scls-mkl-superlu_dist</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="9.2.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">9720b92ff1ba6aa92bdc18cfa378d087fe5a1f773bb480d46444a9ea19255bff</checksum>
  <summary>Distributed memory sparse direct solver</summary>
  <description>Distributed memory sparse direct solver</description>
  <packager></packager>
  <url>https://github.com/xiaoyeli/superlu_dist</url>
  <time file="1778205363" build="1778130943"/>
  <size package="999983" installed="4209434" archive="4239092"/>
  <location href="Packages/scls-mkl-superlu_dist-9.2.1-1.el9.x86_64.rpm"/>
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    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-superlu_dist-9.2.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="42657"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-superlu_dist" flags="EQ" epoch="0" ver="9.2.1" rel="1.el9"/>
      <rpm:entry name="scls-mkl-superlu_dist(x86-64)" flags="EQ" epoch="0" ver="9.2.1" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="intel-oneapi-mkl"/>
      <rpm:entry name="intel-oneapi-mkl-devel"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
      <rpm:entry name="scls-mkl-openmpi"/>
      <rpm:entry name="scls-mkl-parmetis"/>
      <rpm:entry name="scls-mkl-scalapack"/>
      <rpm:entry name="scls-mkl-superlu"/>
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</package>
<package type="rpm">
  <name>scls-mkl-testsweeper</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="2025.05.28" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">b53f3448ad8076d8e87a4375953c2ad748bfb1bde6153753d0f33d4e3ee025eb</checksum>
  <summary>C++ testing framework for parameter sweeps</summary>
  <description>TestSweeper is a C++ testing framework for parameter sweeps.
It handles parsing command line options, iterating over the test space,
and printing results. This simplifies test functions by allowing them to
concentrate on setting up and solving one problem at a time.

TestSweeper is part of the SLATE project
(Software for Linear Algebra Targeting Exascale), which is funded by
the Department of Energy as part of its Exascale Computing Initiative
(ECP).</description>
  <packager></packager>
  <url>https://github.com/icl-utk-edu/testsweeper</url>
  <time file="1778205363" build="1778130948"/>
  <size package="43673" installed="117750" archive="119948"/>
  <location href="Packages/scls-mkl-testsweeper-2025.05.28-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-testsweeper-2025.05.28-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="12309"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-testsweeper" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
      <rpm:entry name="scls-mkl-testsweeper(x86-64)" flags="EQ" epoch="0" ver="2025.05.28" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
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</package>
<package type="rpm">
  <name>scls-mkl-ucx</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="1.20.0" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">e23caeb89a1e753044f55fc88d967a0e2d09a665e6fbfc2081c1cb335b2146a4</checksum>
  <summary>Unified Communication X - high-performance communication framework</summary>
  <description>Unified Communication X - high-performance communication framework</description>
  <packager></packager>
  <url>https://openucx.org</url>
  <time file="1778205363" build="1778130950"/>
  <size package="1727257" installed="6170716" archive="6199664"/>
  <location href="Packages/scls-mkl-ucx-1.20.0-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-ucx-1.20.0-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="35937"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-ucx" flags="EQ" epoch="0" ver="1.20.0" rel="1.el9"/>
      <rpm:entry name="scls-mkl-ucx(x86-64)" flags="EQ" epoch="0" ver="1.20.0" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="libibverbs"/>
      <rpm:entry name="librdmacm"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
    </rpm:requires>
    <file>/opt/scls/mkl/bin/io_demo</file>
    <file>/opt/scls/mkl/bin/ucx_info</file>
    <file>/opt/scls/mkl/bin/ucx_perftest</file>
    <file>/opt/scls/mkl/bin/ucx_perftest_daemon</file>
    <file>/opt/scls/mkl/bin/ucx_read_profile</file>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-vtk</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="9.6.2" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">e94f4783afa80f24202ce15f748313f37586f5a20eb3ebbc7508a27e04e804c4</checksum>
  <summary>A high-level 3D visualization library</summary>
  <description>A high-level 3D visualization library</description>
  <packager></packager>
  <url>https://vtk.org/</url>
  <time file="1781661229" build="1781139655"/>
  <size package="50982108" installed="311822450" archive="312734000"/>
  <location href="Packages/scls-mkl-vtk-9.6.2-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-vtk-9.6.2-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="776225"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-vtk" flags="EQ" epoch="0" ver="9.6.2" rel="1.el9"/>
      <rpm:entry name="scls-mkl-vtk(x86-64)" flags="EQ" epoch="0" ver="9.6.2" rel="1.el9"/>
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    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
    </rpm:requires>
    <file>/opt/scls/mkl/bin/vtkParseJava-9.6</file>
    <file>/opt/scls/mkl/bin/vtkProbeOpenGLVersion-9.6</file>
    <file>/opt/scls/mkl/bin/vtkWrapHierarchy-9.6</file>
    <file>/opt/scls/mkl/bin/vtkWrapJava-9.6</file>
    <file>/opt/scls/mkl/bin/vtkWrapJavaScript-9.6</file>
    <file>/opt/scls/mkl/bin/vtkWrapPython-9.6</file>
    <file>/opt/scls/mkl/bin/vtkWrapPythonInit-9.6</file>
    <file>/opt/scls/mkl/bin/vtkWrapSerDes-9.6</file>
  </format>
</package>
<package type="rpm">
  <name>scls-mkl-zfp</name>
  <arch>x86_64</arch>
  <version epoch="0" ver="1.0.1" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">39284f7d277fe7f24239bced576a9d767e07ab82010a81c96d3d01f43df79ab7</checksum>
  <summary>Library for compressed numerical arrays with high throughput R/W random access</summary>
  <description>Library for compressed numerical arrays with high throughput R/W random access</description>
  <packager></packager>
  <url>https://computation.llnl.gov/projects/floating-point-compression</url>
  <time file="1778205364" build="1778131195"/>
  <size package="194304" installed="916382" archive="928332"/>
  <location href="Packages/scls-mkl-zfp-1.0.1-1.el9.x86_64.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-mkl-zfp-1.0.1-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="20005"/>
    <rpm:provides>
      <rpm:entry name="scls-mkl-zfp" flags="EQ" epoch="0" ver="1.0.1" rel="1.el9"/>
      <rpm:entry name="scls-mkl-zfp(x86-64)" flags="EQ" epoch="0" ver="1.0.1" rel="1.el9"/>
    </rpm:provides>
    <rpm:requires>
      <rpm:entry name="/bin/sh" pre="1"/>
      <rpm:entry name="scls-mkl-environment"/>
      <rpm:entry name="scls-mkl-environment" pre="1"/>
    </rpm:requires>
    <file>/opt/scls/mkl/bin/zfp</file>
  </format>
</package>
<package type="rpm">
  <name>scls-release</name>
  <arch>noarch</arch>
  <version epoch="0" ver="2026" rel="1.el9"/>
  <checksum type="sha256" pkgid="YES">ef26519f7a22ed036b20cb53566012b691ded15c81588d950241ccb0506f7dd4</checksum>
  <summary>SCLS repository configuration and GPG key</summary>
  <description>This package provides the repository configuration and GPG key for the
Scientific Core Library Stack (SCLS).</description>
  <packager></packager>
  <url>https://belfem.lbl.gov/scls</url>
  <time file="1779151504" build="1778112066"/>
  <size package="9615" installed="3539" archive="3956"/>
  <location href="Packages/scls-release-2026-1.el9.noarch.rpm"/>
  <format>
    <rpm:license>BSD-3-Clause-LBNL</rpm:license>
    <rpm:vendor></rpm:vendor>
    <rpm:group>Unspecified</rpm:group>
    <rpm:buildhost>localhost</rpm:buildhost>
    <rpm:sourcerpm>scls-release-2026-1.el9.src.rpm</rpm:sourcerpm>
    <rpm:header-range start="4504" end="6945"/>
    <rpm:provides>
      <rpm:entry name="scls-release" flags="EQ" epoch="0" ver="2026" rel="1.el9"/>
    </rpm:provides>
    <file>/etc/pki/rpm-gpg/RPM-GPG-KEY-SCLS</file>
    <file>/etc/yum.repos.d/scls.repo</file>
  </format>
</package>
</metadata>