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Пакет: scalasca
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%define mpiimpl openmpi
%define mpidir %_libexecdir/%mpiimpl
%define over 1.2
%define cubever 3.0.%over
%define somver 0
%define sover %somver.%over
Name: scalasca
Version: %over
Release: alt1
Summary: Scalable performance Analysis of Large-Scale parallel Applications
License: MIT
Group: Development/Tools
Url: http://www.fz-juelich.de/jsc/scalasca/
Packager: Eugeny A. Rostovtsev (REAL) <real at altlinux.org>
Source: http://www.fz-juelich.de/jsc/datapool/scalasca/scalasca-1.2.tar.gz
Source1: Makefile.shared
Requires: papi
Conflicts: linuxtv-dvb-apps
Provides: kojak = 2.2p1_%over-%release
Conflicts: kojak < 2.2p1_%over-%release
Obsoletes: kojak < 2.2p1_%over-%release
BuildPreReq: libgomp-devel qt4-devel wxGTK-devel libpapi-devel libotf-devel
BuildPreReq: libpdtoolkit-devel pdtoolkit libperfctr-devel gcc-fortran
BuildPreReq: libiberty-devel %mpiimpl-devel libbfd-devel doxygen
BuildPreReq: tetex-latex ghostscript-utils
%description
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
%package doc
Summary: Documentation for SCALASCA
Group: Documentation
BuildArch: noarch
%description doc
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
This package contains documentation for SCALASCA.
%package devel-example
Summary: Example of using SCALASCA
Group: Development/Documentation
Requires: lib%name-devel = %version-%release
%description devel-example
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
This package contains example of using SCALASCA.
%package -n lib%name
Summary: Shared libraries of SCALASCA
Group: System/Libraries
%description -n lib%name
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
This package contains shared libraries of SCALASCA.
%package -n lib%name-devel
Summary: development files of SCALASCA
Group: Development/Other
Requires: libpapi-devel libgomp-devel libotf-devel
Requires: libiberty-devel %mpiimpl-devel libbfd-devel
Requires: libsz0-devel = 2.2p1_%over-%release
Provides: libkojak-devel = 2.2p1_%over-%release
Conflicts: libkojak-devel < 2.2p1_%over-%release
Obsoletes: libkojak-devel < 2.2p1_%over-%release
Conflicts: kojak < 2.2p1_%over-%release
Obsoletes: kojak < 2.2p1_%over-%release
Requires: lib%name = %version-%release
Conflicts: lib%name-devel < %version-%release
Obsoletes: lib%name-devel < %version-%release
%description -n lib%name-devel
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
This package contains development files of SCALASCA.
%package -n lib%name-devel-static
Summary: Static libraries of SCALASCA
Group: Development/Other
Requires: lib%name-devel = %version-%release
Conflicts: lib%name-devel < %version-%release
%description -n lib%name-devel-static
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
This package contains static libraries of SCALASCA.
%package -n lib%name-devel-doc
Summary: Development documentation for SCALASCA
Group: Development/Documentation
BuildArch: noarch
%description -n lib%name-devel-doc
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
This package contains development documentation for SCALASCA.
%package -n cube
Summary: CUBE Uniform Behavioral Encoding
Group: Monitoring
Version: %cubever
Requires(post,preun): alternatives
Requires: %name = %over-%release
Conflicts: kojak < 2.2p1_%over-%release
Obsoletes: kojak < 2.2p1_%over-%release
%description -n cube
CUBE (CUBE Uniform Behavioral Encoding) is a generic presentation component
suitable for displaying a wide variety of performance metrics for parallel
programs including MPI and OpenMP applications. CUBE allows interactive
exploration of a multidimensional performance space in a scalable fashion.
Scalability is achieved in two ways: hierarchical decomposition of individual
dimensions and aggregation across different dimensions. All performance
metrics are uniformly accommodated in the same display and thus provide the
ability to easily compare the effects of different kinds of performance
behavior.
%package -n cube-qt
Summary: Qt4 GUI for CUBE Uniform Behavioral Encoding
Group: Monitoring
Version: %cubever
Requires(post,preun): alternatives
Requires: cube = %cubever-%release
%description -n cube-qt
CUBE (CUBE Uniform Behavioral Encoding) is a generic presentation component
suitable for displaying a wide variety of performance metrics for parallel
programs including MPI and OpenMP applications. CUBE allows interactive
exploration of a multidimensional performance space in a scalable fashion.
Scalability is achieved in two ways: hierarchical decomposition of individual
dimensions and aggregation across different dimensions. All performance
metrics are uniformly accommodated in the same display and thus provide the
ability to easily compare the effects of different kinds of performance
behavior.
This package contains Qt4 interface for CUBE.
%package -n cube-wx
Summary: wxGTK+ GUI for CUBE Uniform Behavioral Encoding
Group: Monitoring
Version: %cubever
Requires(post,preun): alternatives
Requires: cube = %cubever-%release
%description -n cube-wx
CUBE (CUBE Uniform Behavioral Encoding) is a generic presentation component
suitable for displaying a wide variety of performance metrics for parallel
programs including MPI and OpenMP applications. CUBE allows interactive
exploration of a multidimensional performance space in a scalable fashion.
Scalability is achieved in two ways: hierarchical decomposition of individual
dimensions and aggregation across different dimensions. All performance
metrics are uniformly accommodated in the same display and thus provide the
ability to easily compare the effects of different kinds of performance
behavior.
This package contains wxGTK+ interface for CUBE.
%package -n libsz0
Summary: szlib - stripped down and slightly modified version of the zlib
Group: System/Libraries
Version: 2.2p1_%over
Provides: szlib = 2.2p1_%over-%release
Provides: libsz = 2.2p1_%over-%release
Conflicts: libsz < 2.2p1_%over-%release
Obsoletes: libsz < 2.2p1_%over-%release
%description -n libsz0
This is a stripped down and slightly modified version of the zlib data
compression library. All changes are documented in the ChangeLog file.
See below for the contents of the original README file.
Markus Geimer <m.geimer at fz-juelich.de>
Forschungszentrum Juelich GmbH, Germany
%package -n libsz0-headers
Summary: Development headers of szlib
Group: Development/C
Version: 2.2p1_%over
Provides: szlib-headers = 2.2p1_%over-%release
Provides: libsz-headers = 2.2p1_%over-%release
Conflicts: libsz-devel < 2.2p1_%over-%release
Obsoletes: libsz-devel < 2.2p1_%over-%release
%description -n libsz0-headers
Stripped down and slightly modified version of the zlib data
compression library. All changes are documented in the ChangeLog file.
See below for the contents of the original README file.
This package contains development headers of szlib.
%package -n libsz0-devel
Summary: Development files of szlib
Group: Development/C
Version: 2.2p1_%over
Requires: libsz0 = 2.2p1_%over-%release
Requires: libsz0-headers = 2.2p1_%over-%release
Provides: szlib-devel = 2.2p1_%over-%release
Provides: libsz-devel = 2.2p1_%over-%release
Conflicts: libsz-devel < 2.2p1_%over-%release
Obsoletes: libsz-devel < 2.2p1_%over-%release
%description -n libsz0-devel
Stripped down and slightly modified version of the zlib data
compression library. All changes are documented in the ChangeLog file.
See below for the contents of the original README file.
This package contains development files of szlib.
%package -n libsz0-devel-static
Summary: szlib static library
Group: Development/C
Version: 2.2p1_%over
Requires: libsz0-headers = 2.2p1_%over-%release
Provides: libsz-devel-static = 2.2p1_%over-%release
Conflicts: libsz-devel-static < 2.2p1_%over-%release
Obsoletes: libsz-devel-static < 2.2p1_%over-%release
%description -n libsz0-devel-static
Stripped down and slightly modified version of the zlib data
compression library. All changes are documented in the ChangeLog file.
See below for the contents of the original README file.
This package contains static version of szlib.
%prep
%setup
%build
mpi-selector --set %mpiimpl
source %mpidir/bin/mpivars.sh
%ifarch x86_64
sed -i -e 's/^\(PREC\).*/\1 = 64/' \
mf/Makefile.defs.linux-gomp
%endif
export CC=mpicc
export CXX=mpicxx
./configure \
--prefix=%prefix \
--with-papi=%prefix \
--with-otf=%prefix \
--with-pdt=%prefix \
--with-qmake=qmake-qt4 \
--compiler=gnu \
--mpi=%mpiimpl
pushd build-*
sed -i 's|^\(MPILIB.*\)|\1 -Wl,-R%mpidir/lib|' Makefile.defs
sed -i 's|^\(FMPILIB\).*|\1 = -lmpi_f77 -lmpi_f90|' Makefile.defs
sed -i 's|^#OMPCXX|OMPCXX|' Makefile.defs
sed -i 's|^#OMPF90|OMPF90|' Makefile.defs
sed -i 's|^#OMPELGLIB|OMPELGLIB|' Makefile.defs
sed -i 's|^#OTFOMPELGLIB|OTFOMPELGLIB|' Makefile.defs
sed -i 's|^#OTFHYBELGLIB|OTFHYBELGLIB|' Makefile.defs
sed -i 's|^#PDTMPIINC|PDTMPIINC|' Makefile.defs
sed -i 's|^#PDTDIR.*|PDTDIR = %prefix|' Makefile.defs
sed -i 's|^#PDTARCH.*|PDTARCH =|' Makefile.defs
sed -i 's|^#PDTBIN.*|PDTBIN = $(PDTDIR)/bin|' Makefile.defs
%make
# szlib
pushd build/utils/szlib
install -m644 %SOURCE1 .
%make_build
rm -f *.o
%make_build -f Makefile.shared
popd
# libpomp
KINST_DIR=$(find $PWD -name kinst-pomp|sed 's|/kinst-pomp||')
OPARI_DIR=$(find $PWD -name opari -type f|sed 's|/opari||')
chmod +x $KINST_DIR/kinst-pomp
export PATH=$KINST_DIR:$OPARI_DIR:$PATH
pushd build/opari/tool/Test
%make ctest
for i in `ls test*.c*inc.out`; do
sed -i "1a\#include \"$i\"" opari.tab.c
done
kinst-pomp mpicc -c opari.tab.c
popd
cp -f build/opari/tool/Test/opari.tab.o build/opari/lib/
pushd build/opari/lib
%make libpomp.a
popd
# docs
pushd build/pearl
doxygen doc/doxygen.conf
popd
pushd build/epik
doxygen doc/doxygen.conf
popd
popd
%install
source %mpidir/bin/mpivars.sh
pushd build-*
%make_install PREFIX=%buildroot%prefix install
install -m644 build/opari/lib/*.a %buildroot%_libexecdir
install -d %buildroot%_docdir/%name
install -d %buildroot%_docdir/lib%name-devel/pearl
install -d %buildroot%_docdir/lib%name-devel/epik
install -d %buildroot%_docdir/cube3
install -d %buildroot%_libdir/%name-devel
mv build/pearl/html/* %buildroot%_docdir/lib%name-devel/pearl/
mv build/epik/html/* %buildroot%_docdir/lib%name-devel/epik/
popd
sed -i 's|%buildroot||g' %buildroot%_bindir/cube-config
rm -f %buildroot%_bindir/cube3
pushd %buildroot/%prefix/doc
mv *.used manuals/earl.pdf html/opari* \
%buildroot%_docdir/lib%name-devel/
mv ../example %buildroot%_libdir/%name-devel/
mv manuals/cube* %buildroot%_docdir/cube3/
mv METRICS.SPEC html manuals \
%buildroot%_docdir/%name/
popd
install -d %buildroot%_includedir/szlib
pushd build-*/build/utils/szlib
%make_install -f Makefile.shared PREFIX=%buildroot%prefix install
%ifarch x86_64
install -d %buildroot%_libdir
mv %buildroot%_libexecdir/* %buildroot%_libdir/
%endif
install -m644 *.h %buildroot%_includedir/szlib
ln -s zlib.h %buildroot%_includedir/szlib/szlib.h
ln -s libsz0.so.0.0.1 %buildroot%_libdir/libsz0.so.0
ln -s libsz0.so.0 %buildroot%_libdir/libsz0.so
popd
install -d %buildroot%_altdir
echo "%_bindir/cube3 %_bindir/cube3-qt 40" >> \
%buildroot%_altdir/cube3-qt.alternatives
echo "%_bindir/cube3 %_bindir/cube3-wx 50" >> \
%buildroot%_altdir/cube3-wx.alternatives
# shared libraries
pushd %buildroot%_libdir
LIBS0="pomp cubew3 elg.omp elg.mpi pearl.base pearl.mpi pearl.omp pearl.replay"
LIBS="$(ls *.a|sed 's|^lib\(.*\)\.a$|\1|'|egrep -v sz0)"
mkdir tmp
pushd tmp
for i in $LIBS0 $LIBS
do
if [ ! -f ../lib$i.so.%sover ]; then
ar x ../lib$i.a
mpicxx -shared * -L.. $ADDLIB \
-Wl,--no-as-needed -lsz0 -lpapi -lgomp -lbfd -lmpi_f77 -lgfortran \
-Wl,-R%mpidir/lib \
-Wl,-soname,lib$i.so.%somver -o ../lib$i.so.%sover
ln -s lib$i.so.%sover ../lib$i.so.%somver
ln -s lib$i.so.%somver ../lib$i.so
rm -f *
ADDLIB="$ADDLIB -l$i"
fi
done
popd
rmdir tmp
popd
%files
%doc COPYRIGHT LICENSE OPEN_ISSUES README.1st
%_bindir/*
%exclude %_bindir/kinst*
%exclude %_bindir/kconfig
%exclude %_bindir/cube*
%exclude %_bindir/opari*
%files doc
%_docdir/%name
%files -n lib%name
%_libdir/*.so.*
%exclude %_libdir/libsz0.*
%files -n lib%name-devel
%_bindir/kinst*
%_bindir/kconfig
%_bindir/cube-config
%_bindir/opari*
%_libdir/*.so
%exclude %_libdir/libsz0.*
%dir %_libdir/%name-devel
%exclude %_libdir/%name-devel/*
%_includedir/*
%exclude %_includedir/szlib
%files -n lib%name-devel-static
%_libdir/*.a
%exclude %_libdir/libsz0.*
%files devel-example
%_libdir/%name-devel/*
%files -n lib%name-devel-doc
%_docdir/lib%name-devel
%files -n cube
%_bindir/cube3*
%exclude %_bindir/cube3-qt
%exclude %_bindir/cube3-wx
%dir %_docdir/cube3
%files -n cube-qt
%_bindir/cube3-qt
%_docdir/cube3/cube3-qt.pdf
%_altdir/cube3-qt.alternatives
%files -n cube-wx
%_bindir/cube3-wx
%_docdir/cube3/cube3-wx.pdf
%_altdir/cube3-wx.alternatives
%files -n libsz0
%doc utils/szlib/ChangeLog utils/szlib/README utils/szlib/FAQ
%_libdir/libsz0.so.*
%files -n libsz0-headers
%_includedir/szlib
%files -n libsz0-devel
%_libdir/libsz0.so
%files -n libsz0-devel-static
%_libdir/libsz0.a
%changelog
…
Полный changelog можно просмотреть здесь
%define mpidir %_libexecdir/%mpiimpl
%define over 1.2
%define cubever 3.0.%over
%define somver 0
%define sover %somver.%over
Name: scalasca
Version: %over
Release: alt1
Summary: Scalable performance Analysis of Large-Scale parallel Applications
License: MIT
Group: Development/Tools
Url: http://www.fz-juelich.de/jsc/scalasca/
Packager: Eugeny A. Rostovtsev (REAL) <real at altlinux.org>
Source: http://www.fz-juelich.de/jsc/datapool/scalasca/scalasca-1.2.tar.gz
Source1: Makefile.shared
Requires: papi
Conflicts: linuxtv-dvb-apps
Provides: kojak = 2.2p1_%over-%release
Conflicts: kojak < 2.2p1_%over-%release
Obsoletes: kojak < 2.2p1_%over-%release
BuildPreReq: libgomp-devel qt4-devel wxGTK-devel libpapi-devel libotf-devel
BuildPreReq: libpdtoolkit-devel pdtoolkit libperfctr-devel gcc-fortran
BuildPreReq: libiberty-devel %mpiimpl-devel libbfd-devel doxygen
BuildPreReq: tetex-latex ghostscript-utils
%description
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
%package doc
Summary: Documentation for SCALASCA
Group: Documentation
BuildArch: noarch
%description doc
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
This package contains documentation for SCALASCA.
%package devel-example
Summary: Example of using SCALASCA
Group: Development/Documentation
Requires: lib%name-devel = %version-%release
%description devel-example
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
This package contains example of using SCALASCA.
%package -n lib%name
Summary: Shared libraries of SCALASCA
Group: System/Libraries
%description -n lib%name
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
This package contains shared libraries of SCALASCA.
%package -n lib%name-devel
Summary: development files of SCALASCA
Group: Development/Other
Requires: libpapi-devel libgomp-devel libotf-devel
Requires: libiberty-devel %mpiimpl-devel libbfd-devel
Requires: libsz0-devel = 2.2p1_%over-%release
Provides: libkojak-devel = 2.2p1_%over-%release
Conflicts: libkojak-devel < 2.2p1_%over-%release
Obsoletes: libkojak-devel < 2.2p1_%over-%release
Conflicts: kojak < 2.2p1_%over-%release
Obsoletes: kojak < 2.2p1_%over-%release
Requires: lib%name = %version-%release
Conflicts: lib%name-devel < %version-%release
Obsoletes: lib%name-devel < %version-%release
%description -n lib%name-devel
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
This package contains development files of SCALASCA.
%package -n lib%name-devel-static
Summary: Static libraries of SCALASCA
Group: Development/Other
Requires: lib%name-devel = %version-%release
Conflicts: lib%name-devel < %version-%release
%description -n lib%name-devel-static
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
This package contains static libraries of SCALASCA.
%package -n lib%name-devel-doc
Summary: Development documentation for SCALASCA
Group: Development/Documentation
BuildArch: noarch
%description -n lib%name-devel-doc
The KOJAK project (Kit for Objective Judgement And Knowledge-based
detection of performance bottlenecks) was part of the European IST
working group APART, and has been complemented by the SCALASCA project
(Scalable performance Analysis of Large-Scale parallel Applications).
The projects aim to develop a generic automatic performance analysis
environment for parallel applications. Performance problems are specified
in terms of execution patterns that represent situations of inefficient
behavior. These patterns are input for an analysis process that recognizes
and quantifies the inefficient behavior in event traces. Mechanisms that
hide the complex relationships within event pattern specifications allow a
simple description of inefficient behavior on a high level of abstraction.
This package contains development documentation for SCALASCA.
%package -n cube
Summary: CUBE Uniform Behavioral Encoding
Group: Monitoring
Version: %cubever
Requires(post,preun): alternatives
Requires: %name = %over-%release
Conflicts: kojak < 2.2p1_%over-%release
Obsoletes: kojak < 2.2p1_%over-%release
%description -n cube
CUBE (CUBE Uniform Behavioral Encoding) is a generic presentation component
suitable for displaying a wide variety of performance metrics for parallel
programs including MPI and OpenMP applications. CUBE allows interactive
exploration of a multidimensional performance space in a scalable fashion.
Scalability is achieved in two ways: hierarchical decomposition of individual
dimensions and aggregation across different dimensions. All performance
metrics are uniformly accommodated in the same display and thus provide the
ability to easily compare the effects of different kinds of performance
behavior.
%package -n cube-qt
Summary: Qt4 GUI for CUBE Uniform Behavioral Encoding
Group: Monitoring
Version: %cubever
Requires(post,preun): alternatives
Requires: cube = %cubever-%release
%description -n cube-qt
CUBE (CUBE Uniform Behavioral Encoding) is a generic presentation component
suitable for displaying a wide variety of performance metrics for parallel
programs including MPI and OpenMP applications. CUBE allows interactive
exploration of a multidimensional performance space in a scalable fashion.
Scalability is achieved in two ways: hierarchical decomposition of individual
dimensions and aggregation across different dimensions. All performance
metrics are uniformly accommodated in the same display and thus provide the
ability to easily compare the effects of different kinds of performance
behavior.
This package contains Qt4 interface for CUBE.
%package -n cube-wx
Summary: wxGTK+ GUI for CUBE Uniform Behavioral Encoding
Group: Monitoring
Version: %cubever
Requires(post,preun): alternatives
Requires: cube = %cubever-%release
%description -n cube-wx
CUBE (CUBE Uniform Behavioral Encoding) is a generic presentation component
suitable for displaying a wide variety of performance metrics for parallel
programs including MPI and OpenMP applications. CUBE allows interactive
exploration of a multidimensional performance space in a scalable fashion.
Scalability is achieved in two ways: hierarchical decomposition of individual
dimensions and aggregation across different dimensions. All performance
metrics are uniformly accommodated in the same display and thus provide the
ability to easily compare the effects of different kinds of performance
behavior.
This package contains wxGTK+ interface for CUBE.
%package -n libsz0
Summary: szlib - stripped down and slightly modified version of the zlib
Group: System/Libraries
Version: 2.2p1_%over
Provides: szlib = 2.2p1_%over-%release
Provides: libsz = 2.2p1_%over-%release
Conflicts: libsz < 2.2p1_%over-%release
Obsoletes: libsz < 2.2p1_%over-%release
%description -n libsz0
This is a stripped down and slightly modified version of the zlib data
compression library. All changes are documented in the ChangeLog file.
See below for the contents of the original README file.
Markus Geimer <m.geimer at fz-juelich.de>
Forschungszentrum Juelich GmbH, Germany
%package -n libsz0-headers
Summary: Development headers of szlib
Group: Development/C
Version: 2.2p1_%over
Provides: szlib-headers = 2.2p1_%over-%release
Provides: libsz-headers = 2.2p1_%over-%release
Conflicts: libsz-devel < 2.2p1_%over-%release
Obsoletes: libsz-devel < 2.2p1_%over-%release
%description -n libsz0-headers
Stripped down and slightly modified version of the zlib data
compression library. All changes are documented in the ChangeLog file.
See below for the contents of the original README file.
This package contains development headers of szlib.
%package -n libsz0-devel
Summary: Development files of szlib
Group: Development/C
Version: 2.2p1_%over
Requires: libsz0 = 2.2p1_%over-%release
Requires: libsz0-headers = 2.2p1_%over-%release
Provides: szlib-devel = 2.2p1_%over-%release
Provides: libsz-devel = 2.2p1_%over-%release
Conflicts: libsz-devel < 2.2p1_%over-%release
Obsoletes: libsz-devel < 2.2p1_%over-%release
%description -n libsz0-devel
Stripped down and slightly modified version of the zlib data
compression library. All changes are documented in the ChangeLog file.
See below for the contents of the original README file.
This package contains development files of szlib.
%package -n libsz0-devel-static
Summary: szlib static library
Group: Development/C
Version: 2.2p1_%over
Requires: libsz0-headers = 2.2p1_%over-%release
Provides: libsz-devel-static = 2.2p1_%over-%release
Conflicts: libsz-devel-static < 2.2p1_%over-%release
Obsoletes: libsz-devel-static < 2.2p1_%over-%release
%description -n libsz0-devel-static
Stripped down and slightly modified version of the zlib data
compression library. All changes are documented in the ChangeLog file.
See below for the contents of the original README file.
This package contains static version of szlib.
%prep
%setup
%build
mpi-selector --set %mpiimpl
source %mpidir/bin/mpivars.sh
%ifarch x86_64
sed -i -e 's/^\(PREC\).*/\1 = 64/' \
mf/Makefile.defs.linux-gomp
%endif
export CC=mpicc
export CXX=mpicxx
./configure \
--prefix=%prefix \
--with-papi=%prefix \
--with-otf=%prefix \
--with-pdt=%prefix \
--with-qmake=qmake-qt4 \
--compiler=gnu \
--mpi=%mpiimpl
pushd build-*
sed -i 's|^\(MPILIB.*\)|\1 -Wl,-R%mpidir/lib|' Makefile.defs
sed -i 's|^\(FMPILIB\).*|\1 = -lmpi_f77 -lmpi_f90|' Makefile.defs
sed -i 's|^#OMPCXX|OMPCXX|' Makefile.defs
sed -i 's|^#OMPF90|OMPF90|' Makefile.defs
sed -i 's|^#OMPELGLIB|OMPELGLIB|' Makefile.defs
sed -i 's|^#OTFOMPELGLIB|OTFOMPELGLIB|' Makefile.defs
sed -i 's|^#OTFHYBELGLIB|OTFHYBELGLIB|' Makefile.defs
sed -i 's|^#PDTMPIINC|PDTMPIINC|' Makefile.defs
sed -i 's|^#PDTDIR.*|PDTDIR = %prefix|' Makefile.defs
sed -i 's|^#PDTARCH.*|PDTARCH =|' Makefile.defs
sed -i 's|^#PDTBIN.*|PDTBIN = $(PDTDIR)/bin|' Makefile.defs
%make
# szlib
pushd build/utils/szlib
install -m644 %SOURCE1 .
%make_build
rm -f *.o
%make_build -f Makefile.shared
popd
# libpomp
KINST_DIR=$(find $PWD -name kinst-pomp|sed 's|/kinst-pomp||')
OPARI_DIR=$(find $PWD -name opari -type f|sed 's|/opari||')
chmod +x $KINST_DIR/kinst-pomp
export PATH=$KINST_DIR:$OPARI_DIR:$PATH
pushd build/opari/tool/Test
%make ctest
for i in `ls test*.c*inc.out`; do
sed -i "1a\#include \"$i\"" opari.tab.c
done
kinst-pomp mpicc -c opari.tab.c
popd
cp -f build/opari/tool/Test/opari.tab.o build/opari/lib/
pushd build/opari/lib
%make libpomp.a
popd
# docs
pushd build/pearl
doxygen doc/doxygen.conf
popd
pushd build/epik
doxygen doc/doxygen.conf
popd
popd
%install
source %mpidir/bin/mpivars.sh
pushd build-*
%make_install PREFIX=%buildroot%prefix install
install -m644 build/opari/lib/*.a %buildroot%_libexecdir
install -d %buildroot%_docdir/%name
install -d %buildroot%_docdir/lib%name-devel/pearl
install -d %buildroot%_docdir/lib%name-devel/epik
install -d %buildroot%_docdir/cube3
install -d %buildroot%_libdir/%name-devel
mv build/pearl/html/* %buildroot%_docdir/lib%name-devel/pearl/
mv build/epik/html/* %buildroot%_docdir/lib%name-devel/epik/
popd
sed -i 's|%buildroot||g' %buildroot%_bindir/cube-config
rm -f %buildroot%_bindir/cube3
pushd %buildroot/%prefix/doc
mv *.used manuals/earl.pdf html/opari* \
%buildroot%_docdir/lib%name-devel/
mv ../example %buildroot%_libdir/%name-devel/
mv manuals/cube* %buildroot%_docdir/cube3/
mv METRICS.SPEC html manuals \
%buildroot%_docdir/%name/
popd
install -d %buildroot%_includedir/szlib
pushd build-*/build/utils/szlib
%make_install -f Makefile.shared PREFIX=%buildroot%prefix install
%ifarch x86_64
install -d %buildroot%_libdir
mv %buildroot%_libexecdir/* %buildroot%_libdir/
%endif
install -m644 *.h %buildroot%_includedir/szlib
ln -s zlib.h %buildroot%_includedir/szlib/szlib.h
ln -s libsz0.so.0.0.1 %buildroot%_libdir/libsz0.so.0
ln -s libsz0.so.0 %buildroot%_libdir/libsz0.so
popd
install -d %buildroot%_altdir
echo "%_bindir/cube3 %_bindir/cube3-qt 40" >> \
%buildroot%_altdir/cube3-qt.alternatives
echo "%_bindir/cube3 %_bindir/cube3-wx 50" >> \
%buildroot%_altdir/cube3-wx.alternatives
# shared libraries
pushd %buildroot%_libdir
LIBS0="pomp cubew3 elg.omp elg.mpi pearl.base pearl.mpi pearl.omp pearl.replay"
LIBS="$(ls *.a|sed 's|^lib\(.*\)\.a$|\1|'|egrep -v sz0)"
mkdir tmp
pushd tmp
for i in $LIBS0 $LIBS
do
if [ ! -f ../lib$i.so.%sover ]; then
ar x ../lib$i.a
mpicxx -shared * -L.. $ADDLIB \
-Wl,--no-as-needed -lsz0 -lpapi -lgomp -lbfd -lmpi_f77 -lgfortran \
-Wl,-R%mpidir/lib \
-Wl,-soname,lib$i.so.%somver -o ../lib$i.so.%sover
ln -s lib$i.so.%sover ../lib$i.so.%somver
ln -s lib$i.so.%somver ../lib$i.so
rm -f *
ADDLIB="$ADDLIB -l$i"
fi
done
popd
rmdir tmp
popd
%files
%doc COPYRIGHT LICENSE OPEN_ISSUES README.1st
%_bindir/*
%exclude %_bindir/kinst*
%exclude %_bindir/kconfig
%exclude %_bindir/cube*
%exclude %_bindir/opari*
%files doc
%_docdir/%name
%files -n lib%name
%_libdir/*.so.*
%exclude %_libdir/libsz0.*
%files -n lib%name-devel
%_bindir/kinst*
%_bindir/kconfig
%_bindir/cube-config
%_bindir/opari*
%_libdir/*.so
%exclude %_libdir/libsz0.*
%dir %_libdir/%name-devel
%exclude %_libdir/%name-devel/*
%_includedir/*
%exclude %_includedir/szlib
%files -n lib%name-devel-static
%_libdir/*.a
%exclude %_libdir/libsz0.*
%files devel-example
%_libdir/%name-devel/*
%files -n lib%name-devel-doc
%_docdir/lib%name-devel
%files -n cube
%_bindir/cube3*
%exclude %_bindir/cube3-qt
%exclude %_bindir/cube3-wx
%dir %_docdir/cube3
%files -n cube-qt
%_bindir/cube3-qt
%_docdir/cube3/cube3-qt.pdf
%_altdir/cube3-qt.alternatives
%files -n cube-wx
%_bindir/cube3-wx
%_docdir/cube3/cube3-wx.pdf
%_altdir/cube3-wx.alternatives
%files -n libsz0
%doc utils/szlib/ChangeLog utils/szlib/README utils/szlib/FAQ
%_libdir/libsz0.so.*
%files -n libsz0-headers
%_includedir/szlib
%files -n libsz0-devel
%_libdir/libsz0.so
%files -n libsz0-devel-static
%_libdir/libsz0.a
%changelog
…
Полный changelog можно просмотреть здесь