valgrind/valgrind.spec

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#
# spec file for package valgrind
#
# Copyright (c) 2014 SUSE LINUX Products GmbH, Nuernberg, Germany.
#
# All modifications and additions to the file contributed by third parties
# remain the property of their copyright owners, unless otherwise agreed
# upon. The license for this file, and modifications and additions to the
# file, is the same license as for the pristine package itself (unless the
# license for the pristine package is not an Open Source License, in which
# case the license is the MIT License). An "Open Source License" is a
# license that conforms to the Open Source Definition (Version 1.9)
# published by the Open Source Initiative.
# Please submit bugfixes or comments via http://bugs.opensuse.org/
#
Name: valgrind
BuildRequires: automake
BuildRequires: docbook-xsl-stylesheets
BuildRequires: docbook_4
BuildRequires: gcc-c++
BuildRequires: glibc-devel-32bit
BuildRequires: libxslt
BuildRequires: pkgconfig
%ifarch x86_64 ppc64
BuildRequires: gcc-32bit
BuildRequires: glibc-devel-32bit
%endif
Url: http://valgrind.org/
Summary: Memory Management Debugger
License: GPL-2.0+
Group: Development/Tools/Debuggers
BuildRoot: %{_tmppath}/%{name}-%{version}-build
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Version: 3.9.0
Release: 0
Source0: http://valgrind.org/downloads/%{name}-%{version}.tar.bz2
# svn di svn://svn.valgrind.org/valgrind/tags/VALGRIND_3_5_0 svn://svn.valgrind.org/valgrind/branches/VALGRIND_3_5_BRANCH > 3_5_BRANCH.diff
# svn di svn://svn.valgrind.org/vex/tags/VEX_3_5_0 svn://svn.valgrind.org/vex/branches/VEX_3_5_BRANCH > VEX_3_5_BRANCH.diff
Patch1: jit-register-unregister.diff
Patch2: armv6-support.diff
Patch3: valgrind-3.9.0-merge.patches.from.Paul.McKenney.patch
Patch4: valgrind-3.9.0-ppc64le-abiv2.patch
Patch5: glibc-2.19.patch
Patch6: r2798.diff
# during building the major version of glibc is built into the suppression file
%define glibc_main_version %(getconf GNU_LIBC_VERSION | cut -d' ' -f2 | cut -d. -f1)
%define glibc_major_version %(getconf GNU_LIBC_VERSION | cut -d' ' -f2 | cut -d. -f2)
Requires: glibc >= %glibc_main_version.%glibc_major_version
Requires: glibc < %glibc_main_version.%{lua:print(rpm.expand("%glibc_major_version")+1)}
%if %suse_version <= 1100
Provides: valgrind-devel = %version
%endif
Provides: callgrind = %version
Obsoletes: callgrind < %version
ExclusiveArch: %ix86 x86_64 ppc ppc64 ppc64le s390x armv7l armv7hl armv6l armv6hl
%if %suse_version > 1100
%define building_docs 1
%else
%define building_docs 0
%endif
%description
Valgrind checks all memory operations in an application, like read,
write, malloc, new, free, and delete. Valgrind can find uses of
uninitialized memory, access to already freed memory, overflows,
illegal stack operations, memory leaks, and any illegal
new/malloc/free/delete commands. Another program in the package is
"cachegrind," a profiler based on the valgrind engine.
To use valgrind you should compile your application with "-g -O0"
compiler options. Afterwards you can use it with:
valgrind --tool=memcheck --sloppy-malloc=yes --leak-check=yes
--db-attach=yes my_application, for example.
More valgrind options can be listed via "valgrind --help". There is
also complete documentation in the /usr/share/doc/packages/valgrind/
directory. A debugged application runs slower and needs much more
memory, but is usually still usable. Valgrind is still in development,
but it has been successfully used to optimize several KDE applications.
Authors:
--------
Julian Seward <jseward@acm.org>
Cerion Armour-Brown
Jeremy Fitzhardinge
Tom Hughes
Nicholas Nethercote
Paul Mackerras
Dirk Mueller
Robert Walsh
%if %suse_version > 1100
%package devel
Summary: Memory Management Debugger
Group: Development/Tools/Debuggers
Requires: %name = %version
%description devel
Valgrind checks all memory operations in an application, like read,
write, malloc, new, free, and delete. Valgrind can find uses of
uninitialized memory, access to already freed memory, overflows,
illegal stack operations, memory leaks, and any illegal
new/malloc/free/delete commands. Another program in the package is
"cachegrind," a profiler based on the valgrind engine.
To use valgrind you should compile your application with "-g -O0"
compiler options. Afterwards you can use it with:
valgrind --tool=memcheck --sloppy-malloc=yes --leak-check=yes
--db-attach=yes my_application, for example.
More valgrind options can be listed via "valgrind --help". There is
also complete documentation in the /usr/share/doc/packages/valgrind/
directory. A debugged application runs slower and needs much more
memory, but is usually still usable. Valgrind is still in development,
but it has been successfully used to optimize several KDE applications.
Authors:
--------
Julian Seward <jseward@acm.org>
Cerion Armour-Brown
Jeremy Fitzhardinge
Tom Hughes
Nicholas Nethercote
Paul Mackerras
Dirk Mueller
Robert Walsh
%endif
%prep
%setup -q -n %{name}-%{version}
cd VEX
cd ..
- update to 3.8.0: * Support for MIPS32 platforms running Linux. Valgrind has been tested on MIPS32 and MIPS32r2 platforms running different Debian Squeeze and MeeGo distributions. Both little-endian and big-endian cores are supported. The tools Memcheck, Massif and Lackey have been tested and are known to work. See README.mips for more details. * Preliminary support for Android running on x86. * Preliminary (as-yet largely unusable) support for MacOSX 10.8. * Support for Intel AVX instructions and for AES instructions. This support is available only for 64 bit code. * Support for POWER Decimal Floating Point instructions. * Non-libc malloc implementations are now supported. This is useful for tools that replace malloc (Memcheck, Massif, DRD, Helgrind). Using the new option --soname-synonyms, such tools can be informed that the malloc implementation is either linked statically into the executable, or is present in some other shared library different from libc.so. This makes it possible to process statically linked programs, and programs using other malloc libraries, for example TCMalloc or JEMalloc. * For tools that provide their own replacement for malloc et al, the option --redzone-size=<number> allows users to specify the size of the padding blocks (redzones) added before and after each client allocated block. Smaller redzones decrease the memory needed by Valgrind. Bigger redzones increase the chance to detect blocks overrun or underrun. Prior to this change, the redzone size was hardwired to 16 bytes in Memcheck. * Memcheck: - The leak_check GDB server monitor command now can control the maximum nr of loss records to output. - Reduction of memory use for applications allocating OBS-URL: https://build.opensuse.org/package/show/devel:tools/valgrind?expand=0&rev=79
2012-09-05 17:20:05 +02:00
%patch1
%patch2
%patch3 -p1
%patch4 -p1
%patch5 -p1
%patch6
%build
%ifarch %arm
# Valgrind doesn't support compiling for Thumb yet. Remove when it gets
# native thumb support.
RPM_OPT_FLAGS=${RPM_OPT_FLAGS/-mthumb/-mthumb-interwork -marm}
%endif
# not a good idea to build valgrind with fortify, as it does not link glibc
RPM_OPT_FLAGS="${RPM_OPT_FLAGS/-D_FORTIFY_SOURCE=2/}"
export CFLAGS="$RPM_OPT_FLAGS"
export CXXFLAGS="$RPM_OPT_FLAGS"
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%if %suse_version > 1100
autoreconf -fi
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%endif
export GDB=/usr/bin/gdb
%configure
make %{?jobs:-j%jobs}
%if %building_docs
- update to 3.6.0 snapshot: - Valgrind runs much faster when the --smc-check=all option is given. - Cachegrind has a new processing script, cg_diff, which finds the difference between two profiles. It's very useful for evaluating the performance effects of a change in a program. Related to this change, the meaning of cg_annotate's (rarely-used) --threshold option has changed; this is unlikely to affect many people, if you do use it please see the user manual for details. - Callgrind now can do branch prediction simulation, similar to Cachegrind. In addition, it optionally can count the number of executed global bus events. Both can be used for a better approximation of a "Cycle Estimation" as derived event (you need to update the event formula in KCachegrind yourself). - Cachegrind and Callgrind now refer to the LL (last-level) cache rather than the L2 cache. This is to accommodate machines with three levels of caches -- if Cachegrind/Callgrind auto-detects the cache configuration of such a machine it will run the simulation as if the L2 cache isn't present. This means the results are less likely to match the true result for the machine, but Cachegrind/Callgrind's results are already only approximate, and should not be considered authoritative. The results are still useful for giving a general idea about a program's locality. - Massif has a new option, --pages-as-heap, which is disabled by default. When enabled, instead of tracking allocations at the level of heap blocks (as allocated with malloc/new/new[]), it instead tracks memory allocations at the level of memory pages (as mapped by mmap, brk, etc). Each mapped page is treated as its own block. Interpreting the page-level output is harder than the heap-level output, but this option is useful if you want to account for every byte of memory used by a program. - Added new memcheck command-line option --show-possibly-lost. OBS-URL: https://build.opensuse.org/package/show/devel:tools/valgrind?expand=0&rev=17
2010-10-13 13:43:20 +02:00
pushd docs
#make all-docs
# building the docs needs network access at the moment :-(
- update to 3.6.0 snapshot: - Valgrind runs much faster when the --smc-check=all option is given. - Cachegrind has a new processing script, cg_diff, which finds the difference between two profiles. It's very useful for evaluating the performance effects of a change in a program. Related to this change, the meaning of cg_annotate's (rarely-used) --threshold option has changed; this is unlikely to affect many people, if you do use it please see the user manual for details. - Callgrind now can do branch prediction simulation, similar to Cachegrind. In addition, it optionally can count the number of executed global bus events. Both can be used for a better approximation of a "Cycle Estimation" as derived event (you need to update the event formula in KCachegrind yourself). - Cachegrind and Callgrind now refer to the LL (last-level) cache rather than the L2 cache. This is to accommodate machines with three levels of caches -- if Cachegrind/Callgrind auto-detects the cache configuration of such a machine it will run the simulation as if the L2 cache isn't present. This means the results are less likely to match the true result for the machine, but Cachegrind/Callgrind's results are already only approximate, and should not be considered authoritative. The results are still useful for giving a general idea about a program's locality. - Massif has a new option, --pages-as-heap, which is disabled by default. When enabled, instead of tracking allocations at the level of heap blocks (as allocated with malloc/new/new[]), it instead tracks memory allocations at the level of memory pages (as mapped by mmap, brk, etc). Each mapped page is treated as its own block. Interpreting the page-level output is harder than the heap-level output, but this option is useful if you want to account for every byte of memory used by a program. - Added new memcheck command-line option --show-possibly-lost. OBS-URL: https://build.opensuse.org/package/show/devel:tools/valgrind?expand=0&rev=17
2010-10-13 13:43:20 +02:00
make FAQ.txt man-pages html-docs
popd
%endif
%install
make DESTDIR=$RPM_BUILD_ROOT install
mkdir -p $RPM_BUILD_ROOT/%_defaultdocdir
if test -d $RPM_BUILD_ROOT/usr/share/doc/valgrind; then
mv $RPM_BUILD_ROOT/usr/share/doc/valgrind $RPM_BUILD_ROOT/%_defaultdocdir
fi
mkdir -p $RPM_BUILD_ROOT/usr/share/doc/packages/%name
cp -a README* NEWS AUTHORS COPYING COPYING.DOCS $RPM_BUILD_ROOT/%_defaultdocdir/%name
%files
%defattr(-,root,root)
/usr/bin/*
%doc %_defaultdocdir/%name
%doc %_mandir/*/*
%dir %_libdir/valgrind
%ifarch x86_64
%_libdir/valgrind/*-amd64-linux
%endif
%ifarch %ix86 x86_64
%_libdir/valgrind/*-x86-linux
%endif
%ifarch ppc ppc64
%_libdir/valgrind/*-ppc32-linux
%endif
%ifarch ppc64
%_libdir/valgrind/*-ppc64-linux
%endif
%ifarch ppc64le
%_libdir/valgrind/*-ppc64le-linux
%endif
%ifarch s390x
%_libdir/valgrind/*-s390x-linux
%endif
%ifarch %arm
%_libdir/valgrind/*-arm-linux
%endif
%_libdir/valgrind/*-linux.so
%_libdir/valgrind/*.supp
%_libdir/valgrind/32bit-core.xml
%_libdir/valgrind/32bit-linux.xml
%_libdir/valgrind/32bit-sse.xml
%_libdir/valgrind/64bit-core.xml
%_libdir/valgrind/64bit-linux.xml
%_libdir/valgrind/64bit-sse.xml
%_libdir/valgrind/32bit-core-valgrind-s*.xml
%_libdir/valgrind/32bit-linux-valgrind-s*.xml
%_libdir/valgrind/32bit-sse-valgrind-s*.xml
%_libdir/valgrind/64bit-core-valgrind-s*.xml
%_libdir/valgrind/64bit-linux-valgrind-s*.xml
%_libdir/valgrind/64bit-sse-valgrind-s*.xml
%_libdir/valgrind/amd64-coresse-valgrind.xml
%_libdir/valgrind/amd64-linux-valgrind.xml
%_libdir/valgrind/arm-core-valgrind-s*.xml
%_libdir/valgrind/arm-core.xml
%_libdir/valgrind/arm-vfpv3-valgrind-s*.xml
%_libdir/valgrind/arm-vfpv3.xml
%_libdir/valgrind/arm-with-vfpv3-valgrind.xml
%_libdir/valgrind/arm-with-vfpv3.xml
%_libdir/valgrind/i386-coresse-valgrind.xml
%_libdir/valgrind/i386-linux-valgrind.xml
%_libdir/valgrind/power-altivec-valgrind-s*.xml
%_libdir/valgrind/power-altivec.xml
%_libdir/valgrind/power-core.xml
%_libdir/valgrind/power-fpu-valgrind-s*.xml
%_libdir/valgrind/power-fpu.xml
%_libdir/valgrind/power-linux-valgrind-s*.xml
%_libdir/valgrind/power-linux.xml
%_libdir/valgrind/power64-core-valgrind-s*.xml
%_libdir/valgrind/power64-core.xml
%_libdir/valgrind/power64-linux-valgrind-s*.xml
%_libdir/valgrind/power64-linux.xml
%_libdir/valgrind/powerpc-altivec32l-valgrind.xml
%_libdir/valgrind/powerpc-altivec32l.xml
%_libdir/valgrind/powerpc-altivec64l-valgrind.xml
%_libdir/valgrind/powerpc-altivec64l.xml
%_libdir/valgrind/64bit-avx-valgrind-s*.xml
%_libdir/valgrind/64bit-avx.xml
%_libdir/valgrind/amd64-avx-coresse-valgrind.xml
%_libdir/valgrind/amd64-avx-coresse.xml
%_libdir/valgrind/amd64-avx-linux-valgrind.xml
%_libdir/valgrind/amd64-avx-linux.xml
%_libdir/valgrind/mips-cp0-valgrind-s*.xml
%_libdir/valgrind/mips-cp0.xml
%_libdir/valgrind/mips-cpu-valgrind-s*.xml
%_libdir/valgrind/mips-cpu.xml
%_libdir/valgrind/mips-fpu-valgrind-s*.xml
%_libdir/valgrind/mips-fpu.xml
%_libdir/valgrind/mips-linux-valgrind.xml
%_libdir/valgrind/mips-linux.xml
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%_libdir/valgrind/mips64-cp0-valgrind-s*.xml
%_libdir/valgrind/mips64-cp0.xml
%_libdir/valgrind/mips64-cpu-valgrind-s*.xml
%_libdir/valgrind/mips64-cpu.xml
%_libdir/valgrind/mips64-fpu-valgrind-s*.xml
%_libdir/valgrind/mips64-fpu.xml
%_libdir/valgrind/mips64-linux-valgrind.xml
%_libdir/valgrind/mips64-linux.xml
%_libdir/valgrind/power-core-valgrind-s*.xml
%_libdir/valgrind/s390-acr-valgrind-s*.xml
%_libdir/valgrind/s390-acr.xml
%_libdir/valgrind/s390-fpr-valgrind-s*.xml
%_libdir/valgrind/s390-fpr.xml
%_libdir/valgrind/s390x-core64-valgrind-s*.xml
%_libdir/valgrind/s390x-core64.xml
%_libdir/valgrind/s390x-generic-valgrind.xml
%_libdir/valgrind/s390x-generic.xml
%_libdir/valgrind/s390x-linux64-valgrind-s*.xml
%_libdir/valgrind/s390x-linux64.xml
%if %suse_version > 1100
%files devel
%defattr(-,root,root)
%endif
%_libdir/valgrind/lib*.a
/usr/include/valgrind
/usr/%_lib/pkgconfig/valgrind.pc
%changelog