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%define boost_include %_includedir/%name
%define boost_doc %_docdir/%name
%def_with devel
%if_with devel
%def_with boost_build
%def_with devel_static
%else
%def_without boost_build
%def_without devel_static
%endif
%def_with strict_deps
%def_disable bootstrap
%if_enabled bootstrap
%force_disable mpi
%force_disable python
%else
# mpi
%def_with mpi
%def_with python
%endif
# long_double
%ifarch %arm ppc64le
%def_without long_double
%else
%def_with long_double
%endif
# context
%def_with context
%ifarch %e2k
%def_without coroutine
%else
%def_with coroutine
%endif
%if_with mpi
%define mpiimpl openmpi
%define mpidir %_libdir/%mpiimpl
%endif
# legacy python2 script
%add_findprov_skiplist %_datadir/b2/src/tools/doxproc.py
%add_findreq_skiplist %_datadir/b2/src/tools/doxproc.py
%define ver_maj 1
%define ver_min 83
%define ver_rel 0
%define namesuff %{ver_maj}.%{ver_min}.%{ver_rel}
%define _unpackaged_files_terminate_build 1
# https://lore.altlinux.org/devel/20210824182050.GA5179 at altlinux.org/
# https://lore.altlinux.org/devel/20210825003351.GA9752 at altlinux.org/
%{?optflags_lto:%global optflags_lto %optflags_lto -ffat-lto-objects}
Name: boost
Epoch: 1
Version: %ver_maj.%ver_min.%ver_rel
Release: alt2
Summary: Boost libraries
License: BSL-1.0
Group: Development/C++
Url: https://www.boost.org
Source: boost-%version.tar
# https://bugzilla.redhat.com/show_bug.cgi?id=1190039
Patch65: boost-1.83.0-fedora-build-optflags.patch
# https://bugzilla.redhat.com/show_bug.cgi?id=1318383
Patch82: boost-1.83.0-fedora-no-rpath.patch
# https://bugzilla.redhat.com/show_bug.cgi?id=1541035
Patch83: boost-1.83.0-fedora-b2-build-flags.patch
# https://lists.boost.org/Archives/boost/2020/04/248812.php
Patch88: boost-1.73.0-fedora-cmakedir.patch
# https://github.com/boostorg/phoenix/issues/111
Patch89: boost-1.81.0-upstream-phoenix-fix-uargN.patch
# https://github.com/boostorg/mpi/issues/149
Patch90: boost-1.83.0-alt-mpi-nonreturn-abort.patch
Patch91: boost-1.83.0-alt-context-fix-platform-detection.patch
Patch1000: boost-1.63.0-alt-python-paths.patch
Patch2000: boost-1.83-e2k-makecontext.patch
# we use %%_python3_abiflags
# we use %%requires_python_ABI, introduced in rpm-build-python3-0.1.9.3-alt1
%if_with python
# XXX: (pre) dependencies are installed anyway.
# XXX: The only way around is to remove them manually :(
BuildRequires(pre): rpm-build-python3 >= 0.1.9.3-alt1
BuildRequires: python3-devel libnumpy-py3-devel
%endif
%if_with mpi
BuildRequires: %mpiimpl-devel
%endif
BuildRequires: gcc-c++ libstdc++-devel zlib-devel bzlib-devel libicu-devel
%if_with devel
%description
The Boost web site provides free peer-reviewed portable C++ source
libraries. The emphasis is on libraries which work well with the C++
Standard Library. One goal is to establish "existing practice" and
provide reference implementations so that the Boost libraries are
suitable for eventual standardization. Some of the libraries have
already been included in the C++ 2011 standard and others have been
proposed to the C++ Standards Committee for inclusion in future
standards.
Although Boost was begun by members of the C++ Standards Committee
Library Working Group, membership has expanded to include nearly two
thousand members of the C++ community at large.
%else
%description
This is legacy package build to ease transition to new version of
Boost.
%endif
%if_with devel
%package devel-headers
Summary: Boost libraries header files
Group: Development/C++
AutoReq: yes, nocpp
BuildArch: noarch
Requires: %name-devel = %EVR
%description devel-headers
The Boost web site provides free peer-reviewed portable C++ source
libraries. The emphasis is on libraries which work well with the C++
Standard Library. One goal is to establish "existing practice" and
provide reference implementations so that the Boost libraries are
suitable for eventual standardization. Some of the libraries have
already been included in the C++ 2011 standard and others have been
proposed to the C++ Standards Committee for inclusion in future
standards.
This package contains header files only.
%package devel
Summary: Boost libraries
Group: Development/C++
Requires(pre,postun): %name-devel-headers = %EVR
Requires: libboost_atomic%version = %EVR
Requires: libboost_chrono%version = %EVR
Requires: libboost_container%version = %EVR
Requires: libboost_contract%version = %EVR
Requires: libboost_date_time%version = %EVR
Requires: libboost_graph%version = %EVR
Requires: libboost_iostreams%version = %EVR
Requires: libboost_json%version = %EVR
Requires: libboost_random%version = %EVR
Requires: libboost_regex%version = %EVR
Requires: libboost_serialization%version = %EVR
Requires: libboost_system%version = %EVR
Requires: libboost_test%version = %EVR
Requires: libboost_timer%version = %EVR
Requires: libboost_thread%version = %EVR
Requires: libboost_url%version = %EVR
Provides: boost-atomic-devel = %EVR
Obsoletes: boost-atomic-devel < %EVR
Provides: boost-chrono-devel = %EVR
Obsoletes: boost-chrono-devel < %EVR
Provides: boost-datetime-devel = %EVR
Obsoletes: boost-datetime-devel < %EVR
Provides: boost-graph-devel = %EVR
Obsoletes: boost-graph-devel < %EVR
Provides: boost-iostreams-devel = %EVR
Obsoletes: boost-iostreams-devel < %EVR
Provides: boost-regex-common-devel = %EVR
Obsoletes: boost-regex-common-devel < %EVR
Provides: boost-regex-devel = %EVR
Obsoletes: boost-regex-devel < %EVR
Provides: boost-regex-gcc2-devel = %EVR
Provides: boost-regex-gcc3-devel = %EVR
Obsoletes: boost-regex-gcc2-devel, boost-regex-gcc3-devel, boost-regex-common-devel
Provides: boost-serialization-devel = %EVR
Obsoletes: boost-serialization-devel < %EVR
Provides: boost-system-devel = %EVR
Obsoletes: boost-system-devel < %EVR
Provides: boost-test-devel = %EVR
Obsoletes: boost-test-devel < %EVR
Provides: boost-timer-devel = %EVR
Obsoletes: boost-timer-devel < %EVR
Provides: boost-thread-devel = %EVR
Obsoletes: boost-thread-devel < %EVR
Provides: boost-multiprecision-devel = %EVR
Obsoletes: boost-multiprecision-devel < %EVR
Provides: %name-intrusive-devel = %EVR
Obsoletes: %name-intrusive-devel < %EVR
Provides: %name-units-devel = %EVR
Obsoletes: %name-units-devel < %EVR
Provides: %name-process-devel = %EVR
Obsoletes: %name-process-devel < %EVR
# See: http://gcc.gnu.org/bugzilla/show_bug.cgi?id=80753
# Architectures: %%e2k + %%libquadmath_arches
# from https://git.altlinux.org/gears/g/gcc-defaults.git?a=blob;f=gcc-defaults.spec
%ifarch %ix86 x86_64 ppc64le %e2k
Requires: libquadmath-devel
%endif
%description devel
The Boost web site provides free peer-reviewed portable C++ source
libraries. The emphasis is on libraries which work well with the C++
Standard Library. One goal is to establish "existing practice" and
provide reference implementations so that the Boost libraries are
suitable for eventual standardization. Some of the libraries have
already been included in the C++ 2011 standard and others have been
proposed to the C++ Standards Committee for inclusion in future
standards.
%package complete
Summary: Boost libraries -- complete release
Group: Development/C++
BuildArch: noarch
Requires: %name-devel-headers = %EVR
Requires: %name-devel = %EVR
Requires: %name-asio-devel = %EVR
Requires: %name-chrono-devel = %EVR
%if_with context
Requires: %name-context-devel = %EVR
%if_with coroutine
Requires: %name-coroutine-devel = %EVR
%endif
%endif
Requires: %name-filesystem-devel = %EVR
Requires: %name-flyweight-devel = %EVR
Requires: %name-geometry-devel = %EVR
%if_with mpi
Requires: %name-graph-parallel-devel = %EVR
%endif
Requires: %name-interprocess-devel = %EVR
Requires: %name-intrusive-devel = %EVR
Requires: %name-locale-devel = %EVR
Requires: %name-lockfree-devel = %EVR
Requires: %name-log-devel = %EVR
Requires: %name-math-devel = %EVR
%if_with mpi
Requires: %name-mpi-devel = %EVR
%endif
Requires: %name-msm-devel = %EVR
Requires: %name-polygon-devel = %EVR
Requires: %name-program_options-devel = %EVR
%if_with python
Requires: %name-python3-devel = %EVR
%endif
Requires: %name-signals-devel = %EVR
Requires: %name-timer-devel = %EVR
Requires: %name-units-devel = %EVR
Requires: %name-wave-devel = %EVR
%description complete
The Boost web site provides free peer-reviewed portable C++ source
libraries. The emphasis is on libraries which work well with the C++
Standard Library. One goal is to establish "existing practice" and
provide reference implementations so that the Boost libraries are
suitable for eventual standardization. Some of the libraries have
already been included in the C++ 2011 standard and others have been
proposed to the C++ Standards Committee for inclusion in future
standards.
This is a virtual package which depends on all Boost packages except
static libraries. Install it if you need complete Boost distribution in
your system.
%package asio-devel
Summary: The Boost Asio Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
%if_with context
Requires: %name-context-devel = %EVR
%if_with coroutine
Requires: %name-coroutine-devel = %EVR
%endif
%endif
%description asio-devel
asio is a cross-platform C++ library for network programming that
provides developers with a consistent asynchronous I/O model using a
modern C++ approach.
%package context-devel
Summary: The Boost Context Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: libboost_context%version = %EVR
%description context-devel
Boost.Context is a foundational library that provides a sort of
cooperative multitasking on a single thread. By providing an abstraction
of the current execution state in the current thread, including the
stack (with local variables) and stack pointer, all registers and CPU
flags, and the instruction pointer, a fcontext_t instance represents a
specific point in the application's execution path. This is useful for
building higher-level abstractions, like coroutines, cooperative threads
(userland threads) or an equivalent to C# keyword yield in C++.
%package coroutine-devel
Summary: The Boost Coroutine Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: %name-context-devel = %EVR
Requires: libboost_coroutine%version = %EVR
%description coroutine-devel
Boost.Coroutine provides templates for generalized subroutines which
allow multiple entry points for suspending and resuming execution at
certain locations. It preserves the local state of execution and allows
re-entering subroutines more than once (useful if state must be kept
across function calls).
In contrast to threads, which are pre-emptive, coroutine switches are
cooperative (programmer controls when a switch will happen). The kernel
is not involved in the coroutine switches.
The implementation uses Boost.Context for context switching.
%package filesystem-devel
Summary: The Boost Filesystem Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: libboost_filesystem%version = %EVR
%description filesystem-devel
The Boost Filesystem Library provides portable facilities to query and
manipulate paths, files, and directories.
%package flyweight-devel
Summary: The Boost Flyweight Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: %name-interprocess-devel = %EVR
%description flyweight-devel
Flyweights are small-sized handle classes granting constant access to
shared common data, thus allowing for the management of large amounts of
entities within reasonable memory limits. Boost.Flyweight makes it easy
to use this common programming idiom by providing the class template
flyweight<T>, which acts as a drop-in replacement for const T.
It is header-only library. This package contains the headers.
%package geometry-devel
Summary: The Boost Geometry Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: %name-polygon-devel = %EVR
%description geometry-devel
Boost.Geometry, defines concepts, primitives and algorithms for solving
geometry problems. It Boost.Geometry contains a dimension-agnostic,
coordinate-system-agnostic and scalable kernel, based on concepts,
meta-functions and tag dispatching. On top of that kernel, algorithms
are built.
Boost.Geometry contains instantiable geometry classes, but library
users can also use their own. Using registration macros or traits
classes their geometries can be adapted to fulfil Boost.Geometry
concepts.
It is header-only library. This package contains the headers.
%if_with mpi
%package graph-parallel-devel
Summary: Development files for Parallel Boost Graph Library
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: %name-mpi-devel = %EVR
Requires: libboost_graph%version = %EVR
Requires: libboost_graph_parallel%version = %EVR
%description graph-parallel-devel
The Parallel Boost Graph Library is an extension to the Boost Graph
Library (BGL) for parallel and distributed computing. It offers
distributed graphs and graph algorithms to exploit coarse-grained
parallelism along with parallel algorithms that exploit fine-grained
parallelism, while retaining the same interfaces as the (sequential)
BGL.
%endif
%package locale-devel
Summary: The Boost Locale Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: libboost_locale%version = %EVR
%description locale-devel
Boost.Locale is a library that provides high quality localization
facilities in a C++ way. It gives powerful tools for development
of cross platform localized software - the software that talks
to user in its language.
%package lockfree-devel
Summary: The Boost Lockfree Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
%description lockfree-devel
Boost.Lockfree library provides lockfree data structures, like
lockfree queue and stack.
%package log-devel
Summary: The Boost Locale Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: libboost_log%version = %EVR
%description log-devel
Boost.Log v2 is a library that aims to make logging significantly easier
for the application developer. It provides a wide range of
out-of-the-box tools along with public interfaces for extending the
library.
%package interprocess-devel
Summary: The Boost Interprocess Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: %name-intrusive-devel = %EVR
%description interprocess-devel
Boost.Interprocess provides portable access to shared memory, memory
mapped files, process-shared mutexes, condition variables, containers
and allocators.
It is header-only library. This package contains the headers.
%package math-devel
Summary: The Boost Math Library development files.
Group: Development/C++
Requires(pre,postun): %name-devel = %EVR
Requires: libboost_math_c99%version = %EVR
Requires: libboost_math_c99f%version = %EVR
%if_with long_double
Requires: libboost_math_c99l%version = %EVR
%endif
Requires: libboost_math_tr1%version = %EVR
Requires: libboost_math_tr1f%version = %EVR
%if_with long_double
Requires: libboost_math_tr1l%version = %EVR
%endif
%description math-devel
The Boost Math Library development files. You'll need to install this
package if you want to link with Boost.Math shared libraries.
%if_with mpi
%package mpi-devel
Summary: The Boost MPI Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires(pre,postun): %name-python3-devel = %EVR
Requires: libboost_mpi%version = %EVR
Requires: libboost_mpi_python3-%version = %EVR
Requires: %mpiimpl-devel
%description mpi-devel
Boost.MPI is a library for message passing in high-performance parallel
applications.
%endif
%package msm-devel
Summary: The Boost MSM Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
%description msm-devel
Ths Boost Meta State Machine (MSM) is a library allowing you to easily
and quickly define state machines of very high performance.
It is header-only library. This package contains the headers.
%package polygon-devel
Summary: The Boost Polygon Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
%description polygon-devel
The Boost.Polygon library provides algorithms focused on manipulating
planar polygon geometry data. Specific algorithms provided are the
polygon set operations (intersection, union, difference, disjoint-union)
and related algorithms such as polygon connectivity graph extraction,
offsetting and map-overlay.
It is header-only library. This package contains the headers.
%package program_options-devel
Summary: The Boost Filesystem Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: libboost_program_options%version = %EVR
Obsoletes: program_options-devel
Provides: program_options-devel = %EVR
Provides: boost-program-options-devel = %EVR
%description program_options-devel
Boost Program Options library allows program developers to obtain
program options, that is (name, value) pairs from the user, via
conventional methods.
%package python-headers
Summary: Boost.Python header files.
Group: Development/C++
AutoReq: yes, nocpp
%description python-headers
Header files for Boost.Python libraries. This files are shared between
libraries compiled with Python 3.
%package python3-devel
Summary: The Boost Python Library (Boost.Python) development files
Group: Development/C++
AutoReq: yes, nocpp
Requires: python3-devel = %_python3_abi_version
Requires: %name-python-headers = %EVR
Requires: libboost_python3-%version = %EVR
Requires: libboost_numpy3-%version = %EVR
Requires(pre,postun): %name-devel = %EVR
%description python3-devel
Use the Boost Python Library to quickly and easily export a C++ library
to Python such that the Python interface is very similar to the C++
interface. It is designed to be minimally intrusive on your C++ design.
In most cases, you should not have to alter your C++ classes in any way
in order to use them with Boost.Python. The system should simply
``reflect'' your C++ classes and functions into Python.
This package contains development files for Boost.Python build with
Python 3.
%package signals-devel
Summary: The Boost Signals Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
%description signals-devel
The Boost.Signals library is an implementation of a managed signals
and slots system. Signals represent callbacks with multiple targets,
and are also called publishers or events in similar systems. Signals
are connected to some set of slots, which are callback receivers (also
called event targets or subscribers), which are called when the signal
is "emitted."
%package wave-devel
Summary: Boost.Wave Library development files.
Group: Development/C++
AutoReq: yes, nocpp
Requires: libboost_wave%version = %EVR
Requires(pre,postun): %name-devel = %EVR
Requires: %name-filesystem-devel = %EVR
%description wave-devel
The Boost Wave Library development files.
%package doc
Summary: Boost libraries documentation
Group: Development/C++
BuildArch: noarch
Requires(pre,postun): %name-devel
%description doc
The Boost web site provides free peer-reviewed portable C++ source
libraries. The emphasis is on libraries which work well with the C++
Standard Library. One goal is to establish "existing practice" and
provide reference implementations so that the Boost libraries are
suitable for eventual standardization. Some of the libraries have
already been included in the C++ 2011 standard and others have been
proposed to the C++ Standards Committee for inclusion in future
standards.
This package contains Boost libraries documentation.
%endif #with devel
%if_with boost_build
%package build
License: GPL
Summary: Cross platform build system for C++ projects
Group: Development/Other
Obsoletes: %name-jam < %EVR
%description build
B2 (formerly Boost.Jam) is the low-level build engine tool for Boost.Build.
Historically, B2 was based on on FTJam and on Perforce Jam but has grown
a number of significant features and is now developed independently.
%endif
%if_with devel_static
%package devel-static
Summary: Boost libraries
Group: Development/C++
Requires(pre,postun): %name-devel = %EVR
Requires: %name-atomic-devel = %EVR
Requires: %name-chrono-devel = %EVR
%if_with context
Requires: %name-context-devel = %EVR
%endif
Requires: %name-filesystem-devel = %EVR
%if_with mpi
Requires: %name-graph-parallel-devel = %EVR
Requires: %name-mpi-devel = %EVR
%endif
Requires: %name-locale-devel = %EVR
Requires: %name-log-devel = %EVR
Requires: %name-program_options-devel = %EVR
%if_with python
Requires: %name-python3-devel = %EVR
%endif
Requires: %name-signals-devel = %EVR
Requires: %name-timer-devel = %EVR
Requires: %name-wave-devel = %EVR
Obsoletes: program_options-devel-static
Provides: boost-datetime-devel-static = %EVR
Provides: boost-filesystem-devel-static = %EVR
Provides: boost-graph-devel-static = %EVR
Provides: boost-iostreams-devel-static = %EVR
Provides: boost-program-options-devel-static = %EVR
Provides: boost-regex-common-devel-static = %EVR
Provides: boost-regex-devel-static = %EVR
Provides: boost-regex-gcc2-devel-static = %EVR
Provides: boost-regex-gcc3-devel-static = %EVR
Provides: boost-serialization-devel-static = %EVR
Provides: boost-signals-devel-static = %EVR
Provides: boost-system-devel-static = %EVR
Provides: boost-test-devel-static = %EVR
Provides: boost-thread-devel-static = %EVR
Provides: boost-wave-devel-static = %EVR
Provides: program_options-devel-static = %EVR
%description devel-static
The Boost web site provides free peer-reviewed portable C++ source
libraries. The emphasis is on libraries which work well with the C++
Standard Library. One goal is to establish "existing practice" and
provide reference implementations so that the Boost libraries are
suitable for eventual standardization. Some of the libraries have
already been included in the C++ 2011 standard and others have been
proposed to the C++ Standards Committee for inclusion in future
standards.
This package contains static libraries.
%endif #with devel-static
%package -n libboost_atomic%version
Summary: Boost.Atomic Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_atomic%version
Boost.Atomic is a library that provides atomic data types and operations
on these data types, as well as memory ordering constraints required for
coordinating multiple threads through atomic variables. It implements
the interface as defined by the C++11 standard, but makes this feature
available for platforms lacking system/compiler support for this
particular C++11 feature.
%package -n libboost_chrono%version
Summary: Boost.Chrono Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_chrono%version
Boost.Chrono aims to implement the new time facilities in C++0x,
as proposed in N2661 document. To make the timing facilities of
Boost.Chrono more generally useful, the library provides a number
of clocks that are thin wrappers around the operating system's process
time API, thereby allowing the extraction of wall clock time,
user CPU time, and system CPU time of the process.
%package -n libboost_container%version
Summary: Boost.Container Library
Group: Development/C++
%description -n libboost_container%version
Boost.Container library implements several well-known containers,
including STL containers. The aim of the library is to offers advanced
features not present in standard containers or to offer the latest
standard draft features for compilers that comply with C++03.
%package -n libboost_contract%version
Summary: Boost.Contract Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_contract%version
Boost.Contract library implements contract programming for C++.
All contract programming features are supported:
Subcontracting, class invariants, postconditions (with old and return values),
preconditions, customizable actions
on assertion failure (e.g., terminate or throw),
optional compilation and checking of assertions, etc, from Lorenzo Caminiti.
%package -n libboost_context%version
Summary: Boost.Context Library
Group: Development/C++
%description -n libboost_context%version
Boost.Context is a foundational library that provides a sort of
cooperative multitasking on a single thread.
%package -n libboost_coroutine%version
Summary: Boost.Coroutine Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_context%version = %EVR
Requires: libboost_thread%version = %EVR
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_coroutine%version
Boost.Coroutine provides templates for generalized subroutines which
allow suspending and resuming execution at certain locations. It
preserves the local state of execution and allows re-entering
subroutines more than once.
Coroutines can be viewed as a language-level construct providing a
special kind of control flow. In contrast to threads, which are
pre-emptive, coroutine switches are cooperative (programmer controls
when a switch will happen). The kernel is not involved in the coroutine
switches. The implementation uses Boost.Context for context switching.
%package -n libboost_date_time%version
Summary: Boost Date-Time Library.
Group: Development/C++
Provides: boost-datetime = %EVR
%description -n libboost_date_time%version
Programming with dates and times should be almost as simple and
natural as programming with strings and integers. Applications with
lots of temporal logic can be radically simplified by having a robust
set of operators and calculation capabilities. Classes should provide
the ability to compare dates and times, add lengths or time durations,
retrieve dates and times from clocks, and work naturally with date and
time intervals.
%package -n libboost_filesystem%version
Summary: Filesystem Library
Group: Development/C++
Provides: boost-filesystem = %EVR
%if_with strict_deps
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_filesystem%version
The Boost Filesystem Library provides portable facilities to query and
manipulate paths, files, and directories.
%package -n libboost_graph%version
Summary: Graph Library
Group: Development/C++
Provides: boost-graph = %EVR
%if_with strict_deps
Requires: libboost_regex%version = %EVR
%endif
%description -n libboost_graph%version
The Boost Graph Library provides graph components and algorithms.
%if_with mpi
%package -n libboost_graph_parallel%version
Summary: Parallel Boost Graph Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_serialization%version = %EVR
Requires: libboost_mpi%version = %EVR
%endif
%description -n libboost_graph_parallel%version
The Parallel Boost Graph Library is an extension to the Boost Graph
Library (BGL) for parallel and distributed computing. It offers
distributed graphs and graph algorithms to exploit coarse-grained
parallelism along with parallel algorithms that exploit fine-grained
parallelism, while retaining the same interfaces as the (sequential)
BGL.
This package contains shared libraries.
%endif
%package -n libboost_json%version
Summary: Json Library
Group: Development/C++
%description -n libboost_json%version
The Boost Json Library is a library for parsing and serializing JSON
to and from a DOM container in memory.
%package -n libboost_locale%version
Summary: Boost.Locale Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_thread%version = %EVR
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_locale%version
Boost.Locale is a library that provides high quality localization
facilities in a C++ way. It gives powerful tools for development
of cross platform localized software - the software that talks
to user in its language.
%package -n libboost_log%version
Summary: Boost.Log Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_filesystem%version = %EVR
Requires: libboost_regex%version = %EVR
Requires: libboost_thread%version = %EVR
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_log%version
Boost.Log v2 is a library that aims to make logging significantly easier
for the application developer. It provides a wide range of
out-of-the-box tools along with public interfaces for extending the
library.
%package -n libboost_iostreams%version
Summary: I/O streams Library
Group: Development/C++
Provides: boost-iostreams = %EVR
%description -n libboost_iostreams%version
The Boost Iostreams Library provides various iostreams support.
%package -n libboost_math_c99%version
Summary: Boost.Math shared library.
Group: Development/C++
Provides: boost-math = %EVR
%description -n libboost_math_c99%version
Boost.Math shared library.
%package -n libboost_math_c99f%version
Summary: Boost.Math shared library.
Group: Development/C++
Provides: boost-math = %EVR
%description -n libboost_math_c99f%version
Boost.Math shared library.
%if_with long_double
%package -n libboost_math_c99l%version
Summary: Boost.Math shared library.
Group: Development/C++
Provides: boost-math = %EVR
%description -n libboost_math_c99l%version
Boost.Math shared library.
%endif // with long_double
%package -n libboost_math_tr1%version
Summary: Boost.Math shared library.
Group: Development/C++
Provides: boost-math = %EVR
%description -n libboost_math_tr1%version
Boost.Math shared library.
%package -n libboost_math_tr1f%version
Summary: Boost.Math shared library.
Group: Development/C++
Provides: boost-math = %EVR
%description -n libboost_math_tr1f%version
Boost.Math shared library.
%if_with long_double
%package -n libboost_math_tr1l%version
Summary: Boost.Math shared library.
Group: Development/C++
Provides: boost-math = %EVR
%description -n libboost_math_tr1l%version
Boost.Math shared library.
%endif
%if_with mpi
%package -n libboost_mpi%version
Summary: Boost.MPI shared library
Group: Development/C++
Provides: boost-mpi = %EVR
%if_with strict_deps
Requires: libboost_serialization%version = %EVR
%endif
%description -n libboost_mpi%version
Boost.MPI is a library for message passing in high-performance parallel
applications. This package contains shared library.
%package -n libboost_mpi_python3-%version
Summary: Boost.MPI python 3 shared library
Group: Development/C++
%requires_python3_ABI_for_files %_libdir/*boost_mpi_python3*.so.*
%description -n libboost_mpi_python3-%version
Boost.MPI is a library for message passing in high-performance parallel
applications. This package contains shared library for python3 bindings.
%endif
%package -n libboost_nowide%version
Summary: Standard library functions with UTF-8 API on Windows
Group: Development/C++
%description -n libboost_nowide%version
Run-time support for Boost.Nowide.
%package -n libboost_program_options%version
Summary: The Boost Program_options Library (Boost.Program_options)
Group: Development/C++
Obsoletes: program_options
Provides: program_options = %EVR
Provides: boost-program-options = %EVR
%description -n libboost_program_options%version
The program_options library allows program developers to obtain program
options, that is (name, value) pairs from the user, via conventional
methods such as command line and config file.
%package -n libboost_python3-%version
Summary: The Boost Python Library (Boost.Python) for Python 3
Group: Development/C++
%requires_python3_ABI_for_files %_libdir/*boost_python3*.so.*
%description -n libboost_python3-%version
Use the Boost Python Library to quickly and easily export a C++ library
to Python such that the Python interface is very similar to the C++
interface. It is designed to be minimally intrusive on your C++ design.
In most cases, you should not have to alter your C++ classes in any way
in order to use them with Boost.Python. The system should simply
``reflect'' your C++ classes and functions into Python.
%package -n libboost_numpy3-%version
Summary: The Boost NumPy Library (Boost.NumPy) for Python 3
Group: Development/C++
Requires: libboost_python3-%version = %EVR
Requires: python3-module-numpy
%requires_python3_ABI_for_files %_libdir/*boost_numpy3*.so.*
%description -n libboost_numpy3-%version
The Boost.Numpy library exposes quite a few methods to create ndarrays.
ndarrays can be created in a variety of ways,
include empty arrays and zero filled arrays.
ndarrays can also be created from arbitrary python sequences
as well as from data and dtypes.
%package -n libboost_random%version
Summary: The Boost.Random library
Group: Development/C++
%description -n libboost_random%version
The Boost Random Number Library (Boost.Random for short) provides
a variety of generators and distributions to produce random numbers
having useful properties.
%package -n libboost_regex%version
Summary: Regular expressions library for C++
Group: Development/C++
Obsoletes: boost-regex-gcc2, boost-regex-gcc3
Provides: boost-regex-gcc2 = %EVR
Provides: boost-regex-gcc3 = %EVR
Provides: boost-regex = %EVR
%description -n libboost_regex%version
Regular expressions are a form of pattern-matching that are often used
in text processing; many users will be familiar with the Unix utilities
grep, sed and awk, and the programming language perl, each of which make
extensive use of regular expressions. Traditionally C++ users have been
limited to the POSIX C API's for manipulating regular expressions, and
while regex++ does provide these API's, they do not represent the best
way to use the library. For example regex++ can cope with wide character
strings, or search and replace operations (in a manner analogous to
either sed or perl), something that traditional C libraries can not do.
%package -n libboost_serialization%version
Summary: The Boost Serialization Library (Boost.Serialization)
Group: Development/C++
Provides: boost-serialization = %EVR
%description -n libboost_serialization%version
Here, we use the term "serialization" to mean the reversible
deconstruction of an arbitrary set of C++ data structures to a sequence
of bytes. Such a system can be used to reconstitute an equivalent
structure in another program context. Depending on this context, this
might used implement object persistence, remote parameter passing or
other facility. In this system we use the term "archive" to refer to a
specific rendering of this stream of bytes. This could be a file of
binary data, text data, XML, or some other created by the user of this
library.
%package -n libboost_stacktrace%version
Summary: The Boost Stacktrace Library (Boost.Stacktrace)
Group: Development/C++
%description -n libboost_stacktrace%version
Boost.Stacktrace library is a simple C++03 library that provides
information about call sequence in a human-readable form.
%package -n libboost_system%version
Summary: Boost System Library
Group: Development/C++
Provides: boost-system = %EVR
%description -n libboost_system%version
Boost.System library provides operating system support, including
the diagnostics support that will be part of the C++0x standard library.
%package -n libboost_test%version
Summary: Test Library
Group: Development/C++
Provides: boost-test = %EVR
%description -n libboost_test%version
The Boost Test Library provides a matched set of components for writing
test programs, organizing tests in to simple test cases and test suites,
and controlling their runtime execution. The Program Execution Monitor
is also useful in some production (non-test) environments.
%package -n libboost_thread%version
Group: Development/C++
Summary: The Boost Threads Library (Boost.Threads)
%if_with strict_deps
Requires: libboost_system%version = %EVR
%endif
Obsoletes: boost-thread-gcc2, boost-thread-gcc3
Provides: boost-thread-gcc2 = %EVR
Provides: boost-thread-gcc3 = %EVR
Provides: boost-thread = %EVR
%description -n libboost_thread%version
Boost.Threads allows C++ programs to execute as multiple, asynchronous,
independent, threads-of-execution. Each thread has its own machine state
including program instruction counter and registers. Programs which
execute as multiple threads are called multi-threaded programs to
distinguish them from traditional single-threaded programs. Definitions
gives a more complete description of the multi-threading execution
environment.
%package -n libboost_timer%version
Summary: Boost.Timer Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_chrono%version = %EVR
%endif
%description -n libboost_timer%version
Knowing how long a program takes to execute is useful in both test and
production environments. Boost.Timer provides classes to measures wall
clock time, user CPU process time, system CPU process time, and more.
%package -n libboost_wave%version
Summary: Boost.Wave Library
Group: Development/C++
Provides: boost-wave = %EVR
%if_with strict_deps
Requires: libboost_system%version = %EVR
Requires: libboost_thread%version = %EVR
%endif
%description -n libboost_wave%version
The Boost Wave Library.
%package -n libboost_fiber%version
Summary: Boost.Fiber Library
Group: Development/C++
Provides: boost-fiber = %EVR
%if_with strict_deps
Requires: libboost_context%version = %EVR
%endif
%description -n libboost_fiber%version
The Boost Fiber Library.
%package -n libboost_type_erasure%version
Summary: Boost.TypeErasure Library
Group: Development/C++
Provides: boost-type_erasure = %EVR
%if_with strict_deps
Requires: libboost_system%version = %EVR
Requires: libboost_thread%version = %EVR
%endif
%description -n libboost_type_erasure%version
The Boost TypeErasure Library.
%package -n libboost_url%version
Summary: Boost.TypeErasure Library
Group: Development/C++
Provides: boost-url = %EVR
%description -n libboost_url%version
The Boost URL Library.
%if_with mpi
%if_with devel
%package -n python3-module-boost-mpi
Summary: Boost.MPI python module
Group: Development/Python3
%if_with strict_deps
Requires: libboost_mpi%version = %EVR
Requires: libboost_mpi_python3-%version = %EVR
Requires: libboost_python3-%version = %EVR
Requires: libboost_serialization%version = %EVR
%endif
%description -n python3-module-boost-mpi
Boost.MPI is a library for message passing in high-performance parallel
applications. This package contains python module.
%endif
%endif
%prep
%setup -n boost-%version
%autopatch -p2
COMPILER_FLAGS="%optflags -fno-strict-aliasing"
%ifarch %e2k
COMPILER_FLAGS="$COMPILER_FLAGS -fno-error-always-inline"
cat >> boost/config/user.hpp << EOF
#if defined(__e2k__) && !defined(BOOST_USE_UCONTEXT)
#define BOOST_USE_UCONTEXT
#endif
EOF
sed -i 's/BOOST_GCC >= 70000/0/' boost/assert/source_location.hpp
# "expression not folded to a constant due to excessive constexpr function call complexity"
sed -i 's/static constexpr/static const/' boost/url/detail/impl/replacement_field_rule.ipp
%endif
cat >> ./tools/build/src/user-config.jam << EOF
# There are many strict aliasing warnings, and it's not feasible to go
# through them all at this time.
using gcc : : : <compileflags>"$COMPILER_FLAGS" <linkflags>"$COMPILER_FLAGS" ;
%if_with mpi
using mpi ;
%endif
using python : %_python3_version ;
EOF
%build
LINK_BOOST=shared
%if_with devel_static
LINK_BOOST=$LINK_BOOST,static
%endif
%if_with mpi
mpi-selector --yes --set %mpiimpl
source %mpidir/bin/mpivars.sh
export OMPI_LDFLAGS="-Wl,--as-needed,-rpath=%mpidir/lib -L%mpidir/lib"
%endif
./bootstrap.sh --with-toolset=gcc --with-icu
# Form Fedora spec:
# N.B. When we build the following with PCH, parts of boost (math
# library in particular) end up being built second time during
# installation. Unsure why that is, but all sub-builds need to be
# built with pch=off to avoid this.
./b2 -d+2 -q \
-j${NPROCS:=%__nprocs} \
--layout=system \
--toolset=gcc \
variant=release \
threading=multi \
link=$LINK_BOOST \
optimization=off \
debug-symbols=off \
pch=off \
%ifarch %e2k
context-impl=ucontext \
define=BOOST_USE_UCONTEXT \
%endif
-sHAVE_ICU=1 \
--prefix=%{_prefix} \
--libdir=%{_libdir} \
%if_without context
--without-context \
--without-fiber \
%endif
%if_without coroutine
--without-coroutine \
%endif
%if_without mpi
--without-mpi \
%endif
%if_with python
python=%_python3_version \
%else
--without-python \
%endif
%nil
%if_with boost_build
pushd tools/build
./bootstrap.sh --with-toolset=gcc
popd
%endif
%install
LINK_BOOST=shared
%if_with devel_static
LINK_BOOST=$LINK_BOOST,static
%endif
%if_with mpi
mpi-selector --yes --set %mpiimpl
source %mpidir/bin/mpivars.sh
export OMPI_LDFLAGS="-Wl,--as-needed,-rpath=%mpidir/lib -L%mpidir/lib"
%endif
./b2 -d+2 -q \
-j${NPROCS:=%__nprocs} \
--layout=system \
--toolset=gcc \
variant=release \
threading=multi \
link=$LINK_BOOST \
optimization=off \
debug-symbols=off \
pch=off \
%ifarch %e2k
context-impl=ucontext \
define=BOOST_USE_UCONTEXT \
%endif
-sHAVE_ICU=1 \
--prefix=%{buildroot}%{_prefix} \
--libdir=%{buildroot}%{_libdir} \
%if_without context
--without-context \
--without-fiber \
%endif
%if_without coroutine
--without-coroutine \
%endif
%if_without mpi
--without-mpi \
%endif
%if_with python
python=%_python3_version \
%else
--without-python \
%endif
install
# install mpi python3 module
%if_with mpi
%if_with devel
mkdir -p %buildroot/%python3_sitelibdir/boost
install -Dm644 libs/mpi/build/__init__.py %buildroot/%python3_sitelibdir/boost/
mv %buildroot%_libdir/boost-python%{_python3_version}/mpi.so %buildroot/%python3_sitelibdir/boost/
%else
# The python module won't be created
# if we are a building just library compat pkgs.
# (mpi.so belongs exclusively to the python module.)
rm %buildroot%_libdir/boost-python%{_python3_version}/mpi.so
%endif
%endif
%if_with devel
# make symbolic links for compatibility
for i in %buildroot%_libdir/*.so; do
[ "$i" != "${i%%-st.so}" ] && continue
ln -s `basename $i` ${i%%.so}-mt.so
done
mkdir -p %buildroot%boost_doc
# install examples
find . -type d -name 'example*' \
-exec mkdir -p %buildroot%boost_doc/{} \; \
-exec sh -c "cp -Rdp {}/* %buildroot%boost_doc/{}" \;
# install documentation
find . \( -name \*.htm \
-or -name \*.html \
-or -name \*.css \
-or -name \*.js \
-or -name \*.png \
-or -name \*.jpeg \
-or -name \*.jpg \
-or -name \*.svg \
-or -name \*.gif \
-or -name \*.txt \
\) \
\( -not -name CMakeLists.txt \) \
-exec install -Dm644 {} %buildroot%boost_doc/{} \;
rm -rf %buildroot%boost_doc/libs/beast/test/extern
if [ -d %buildroot%boost_doc/boost ] ; then
cp -Rdpf %buildroot%boost_doc/boost/* %buildroot%_includedir/%name/
rm -rf %buildroot%boost_doc/boost
fi
# some documentation have hyperlinks to real headers; this makes them work
ln -s %_includedir/%name %buildroot%boost_doc/boost
# Programs that link with Boost.Thread and Boost.Filesystem need to link
# with Boost.System explicitly. For thread, this is new requirement since
# boost 1.50.0. To avoid breaking build of too many Boost.Thread clients,
# we introduce some linker scripts.
boost_make_linker_script()
{
local so_path="%buildroot%_libdir/libboost_${1}.so"
rm -f "${so_path}"
echo '/* GNU ld script */' > ${so_path}
echo -n 'GROUP(' >> ${so_path}
for name in "$ at "; do
echo -n " %_libdir/libboost_${name}.so.%version" >> ${so_path}
done
echo ' )' >> ${so_path}
}
boost_make_linker_script thread system
boost_make_linker_script filesystem system
boost_make_linker_script filesystem-st system-st
%endif
%if_with boost_build
pushd tools/build
./b2 --prefix=%buildroot%_prefix install
# Fix some permissions
chmod +x %buildroot%_datadir/b2/src/tools/doxproc.py
sed -i -e '1s|^#!/usr/bin/python$|#!/usr/bin/python2|' %buildroot%_datadir/b2/src/tools/doxproc.py
popd
%endif
%if_without devel
rm -f %buildroot%_libdir/*.so || :
rm -rf %buildroot%_includedir/boost || :
rm -rf %buildroot%_libdir/cmake/Boost* || :
rm -rf %buildroot%_libdir/cmake/boost* || :
%endif
%if_without devel_static
rm -f %buildroot%_libdir/*.a || :
%endif
%if_without long_double
rm -rf %buildroot%_libdir/*math_c99l*.so*
rm -rf %buildroot%_libdir/*math_tr1l*.so*
%endif
#files
%if_with devel
%files devel-headers
%_includedir/%name
%exclude %_includedir/%name/asio*
%if_with context
%exclude %_includedir/%name/context
%if_with coroutine
%exclude %_includedir/%name/coroutine
%endif
%endif
%exclude %_includedir/%name/filesystem*
%exclude %_includedir/%name/flyweight*
%exclude %_includedir/%name/geometry*
%exclude %_includedir/%name/interprocess*
%exclude %_includedir/%name/locale*
%exclude %_includedir/%name/log/
%exclude %_includedir/%name/lockfree
%if_with mpi
%exclude %_includedir/%name/mpi
%exclude %_includedir/%name/graph/parallel/
%exclude %_includedir/%name/graph/distributed/
%endif
%exclude %_includedir/%name/msm
%exclude %_includedir/%name/polygon
%exclude %_includedir/%name/program_options*
%if_with python
%exclude %_includedir/%name/python*
%endif
%exclude %_includedir/%name/signal*
%exclude %_includedir/%name/wave*
%files devel
%_libdir/*.so
%if_with context
%exclude %_libdir/*_context*.so
%if_with coroutine
%exclude %_libdir/*_coroutine*.so
%endif
%endif
%exclude %_libdir/*_filesystem*.so
%exclude %_libdir/*_locale*.so
%exclude %_libdir/*_log*.so
%exclude %_libdir/*_math*.so
%if_with mpi
%exclude %_libdir/*_mpi*.so
%exclude %_libdir/*_graph_parallel*.so
%endif
%exclude %_libdir/*_program_options*.so
%exclude %_libdir/*_wave*.so
%if_with python
%exclude %_libdir/*_python*.so
%exclude %_libdir/*boost_numpy3*.so
%endif
%_libdir/cmake/*
%if_with context
%exclude %_libdir/cmake/boost_context-%version
%if_with coroutine
%exclude %_libdir/cmake/boost_coroutine-%version
%endif
%endif
%exclude %_libdir/cmake/boost_filesystem-%version
%exclude %_libdir/cmake/boost_locale-%version
%exclude %_libdir/cmake/boost_log-%version
%exclude %_libdir/cmake/boost_math*-%version
%if_with mpi
%exclude %_libdir/cmake/boost_mpi*-%version
%exclude %_libdir/cmake/boost_graph_parallel-%version
%endif
%exclude %_libdir/cmake/boost_program_options-%version
%if_with python
%exclude %_libdir/cmake/boost_python*-%version
%endif
%exclude %_libdir/cmake/boost_wave-%version
%dir %boost_doc/
%doc %boost_doc/LICENSE_1_0.txt
%files complete
%files asio-devel
%_includedir/%name/asio*
%if_with context
%files context-devel
%_includedir/%name/context
%_libdir/*_context*.so
%_libdir/cmake/boost_context-%version
%if_with coroutine
%files coroutine-devel
%_includedir/%name/coroutine
%_libdir/*_coroutine*.so
%_libdir/cmake/boost_coroutine-%version
%endif
%endif
%files filesystem-devel
%_includedir/%name/filesystem*
%_libdir/*_filesystem*.so
%_libdir/cmake/boost_filesystem-%version
%files flyweight-devel
%_includedir/%name/flyweight*
%files geometry-devel
%_includedir/%name/geometry*
%if_with mpi
%files graph-parallel-devel
%_includedir/%name/graph/parallel/
%_includedir/%name/graph/distributed/
%_libdir/*_graph_parallel*.so
%_libdir/cmake/boost_graph_parallel-%version
%endif
%files interprocess-devel
%_includedir/%name/interprocess*
%files locale-devel
%_includedir/%name/locale*
%_libdir/*_locale*.so
%_libdir/cmake/boost_locale-%version
%files lockfree-devel
%_includedir/%name/lockfree
%files log-devel
%_includedir/%name/log/
%_libdir/*_log*.so
%_libdir/cmake/boost_log-%version
%files math-devel
%_libdir/*_math*.so
%_libdir/cmake/boost_math*-%version
%if_with mpi
%files mpi-devel
%_includedir/%name/mpi
%_libdir/*_mpi*.so
%_libdir/cmake/boost_mpi*-%version
%endif
%files msm-devel
%_includedir/%name/msm
%files polygon-devel
%_includedir/%name/polygon
%files program_options-devel
%_includedir/%name/program_options*
%_libdir/*_program_options*.so
%_libdir/cmake/boost_program_options-%version
%if_with python
%files python-headers
%_includedir/%name/python*
%_libdir/cmake/boost_python*-%version
%files python3-devel
%_libdir/*boost_python3*.so
%_libdir/*boost_numpy3*.so
%endif
%files signals-devel
%_includedir/%name/signal*
%files wave-devel
%_includedir/%name/wave*
%_libdir/*_wave*.so
%_libdir/cmake/boost_wave-%version
%files doc
#everything but license
%doc %boost_doc/[^L]*
%endif #with devel
%if_with boost_build
%files build
%_bindir/*
%_datadir/b2
%endif
%if_with devel_static
%files devel-static
%_libdir/*.a
%endif
%files -n libboost_atomic%version
%_libdir/*_atomic*.so.*
%files -n libboost_chrono%version
%_libdir/*_chrono*.so.*
%files -n libboost_container%version
%_libdir/*_container*.so.*
%files -n libboost_contract%version
%_libdir/*_contract*.so.*
%if_with context
%files -n libboost_context%version
%_libdir/*_context*.so.*
%if_with coroutine
%files -n libboost_coroutine%version
%_libdir/*_coroutine*.so.*
%endif
%endif
%files -n libboost_date_time%version
%_libdir/*_date_time*.so.*
%files -n libboost_filesystem%version
%_libdir/*_filesystem*.so.*
%files -n libboost_graph%version
%_libdir/*_graph[^_]*so.*
%if_with mpi
%files -n libboost_graph_parallel%version
%_libdir/*_graph_parallel*.so.*
%endif
%files -n libboost_iostreams%version
%_libdir/*_iostreams*.so.*
%files -n libboost_json%version
%_libdir/*_json*.so.*
%files -n libboost_locale%version
%_libdir/*_locale*.so.*
%files -n libboost_log%version
%_libdir/*_log*.so.*
%files -n libboost_math_c99%version
%_libdir/*_math_c99[^lf]*so.*
%files -n libboost_math_c99f%version
%_libdir/*_math_c99f*.so.*
%if_with long_double
%files -n libboost_math_c99l%version
%_libdir/*_math_c99l*.so.*
%endif
%files -n libboost_math_tr1%version
%_libdir/*_math_tr1[^lf]*so.*
%files -n libboost_math_tr1f%version
%_libdir/*_math_tr1f*.so.*
%if_with long_double
%files -n libboost_math_tr1l%version
%_libdir/*_math_tr1l*.so.*
%endif
%if_with mpi
%files -n libboost_mpi%version
%_libdir/*_mpi.so.*
%files -n libboost_mpi_python3-%version
%_libdir/*_mpi_python3*.so.*
%endif
%files -n libboost_nowide%version
%_libdir/*_nowide*.so.*
%files -n libboost_program_options%version
%_libdir/*_program_options*.so.*
%if_with python
%files -n libboost_python3-%version
%_libdir/*boost_python3*.so.*
%files -n libboost_numpy3-%version
%_libdir/*boost_numpy3*.so.*
%endif
%files -n libboost_random%version
%_libdir/*_random*.so.*
%files -n libboost_regex%version
%_libdir/*_regex*.so.*
%files -n libboost_serialization%version
%_libdir/*_serialization*.so.*
%_libdir/*_wserialization*.so.*
%files -n libboost_stacktrace%version
%_libdir/*_stacktrace*.so.*
%files -n libboost_system%version
%_libdir/*_system*.so.*
%files -n libboost_test%version
%_libdir/*_test*.so.*
%_libdir/*_prg_exec_monitor*.so.*
%files -n libboost_thread%version
%_libdir/*_thread*.so.*
%files -n libboost_timer%version
%_libdir/*_timer*.so.*
%files -n libboost_wave%version
%_libdir/*_wave*.so.*
%if_with context
%files -n libboost_fiber%version
%_libdir/*_fiber*.so.*
%endif
%files -n libboost_type_erasure%version
%_libdir/*_type_erasure*.so.*
%files -n libboost_url%version
%_libdir/*_url*.so.*
%if_with mpi
%if_with devel
%files -n python3-module-boost-mpi
%python3_sitelibdir/boost
%endif
%endif
%if_with devel
# Since 1.31.0 and until 1.34.1 /usr/include/boost was a symbolic link
# We have to add this triggers to avoid upgrade problems
%pre devel
if [ -L "%_includedir/%name" ]; then
mv -f "%_includedir/%name" "%_includedir/%name.BOOST_UPGRADE_RPMSAVE"
fi
%triggerpostun devel -p /bin/bash -- boost-devel
link="%_includedir/%name.BOOST_UPGRADE_RPMSAVE"
if [ -L $link ]; then
dir=`readlink -f $link`
echo $dir | grep -q '^/usr/include/boost[_-]1[^/]\+/boost/\?$'
if [ $? -eq 0 ]; then
# we have something to delete
rm -rf $dir
fi
rm -f $link
fi
# and one more cleanup
for dir in %_includedir/boost[_-]1*/ ; do
[ -d $dir/boost ] && rmdir $dir/boost || :
[ -d $dir ] && rmdir $dir || :
done
%endif #with devel
%changelog
…
Full changelog you can see here
%define boost_include %_includedir/%name
%define boost_doc %_docdir/%name
%def_with devel
%if_with devel
%def_with boost_build
%def_with devel_static
%else
%def_without boost_build
%def_without devel_static
%endif
%def_with strict_deps
%def_disable bootstrap
%if_enabled bootstrap
%force_disable mpi
%force_disable python
%else
# mpi
%def_with mpi
%def_with python
%endif
# long_double
%ifarch %arm ppc64le
%def_without long_double
%else
%def_with long_double
%endif
# context
%def_with context
%ifarch %e2k
%def_without coroutine
%else
%def_with coroutine
%endif
%if_with mpi
%define mpiimpl openmpi
%define mpidir %_libdir/%mpiimpl
%endif
# legacy python2 script
%add_findprov_skiplist %_datadir/b2/src/tools/doxproc.py
%add_findreq_skiplist %_datadir/b2/src/tools/doxproc.py
%define ver_maj 1
%define ver_min 83
%define ver_rel 0
%define namesuff %{ver_maj}.%{ver_min}.%{ver_rel}
%define _unpackaged_files_terminate_build 1
# https://lore.altlinux.org/devel/20210824182050.GA5179 at altlinux.org/
# https://lore.altlinux.org/devel/20210825003351.GA9752 at altlinux.org/
%{?optflags_lto:%global optflags_lto %optflags_lto -ffat-lto-objects}
Name: boost
Epoch: 1
Version: %ver_maj.%ver_min.%ver_rel
Release: alt2
Summary: Boost libraries
License: BSL-1.0
Group: Development/C++
Url: https://www.boost.org
Source: boost-%version.tar
# https://bugzilla.redhat.com/show_bug.cgi?id=1190039
Patch65: boost-1.83.0-fedora-build-optflags.patch
# https://bugzilla.redhat.com/show_bug.cgi?id=1318383
Patch82: boost-1.83.0-fedora-no-rpath.patch
# https://bugzilla.redhat.com/show_bug.cgi?id=1541035
Patch83: boost-1.83.0-fedora-b2-build-flags.patch
# https://lists.boost.org/Archives/boost/2020/04/248812.php
Patch88: boost-1.73.0-fedora-cmakedir.patch
# https://github.com/boostorg/phoenix/issues/111
Patch89: boost-1.81.0-upstream-phoenix-fix-uargN.patch
# https://github.com/boostorg/mpi/issues/149
Patch90: boost-1.83.0-alt-mpi-nonreturn-abort.patch
Patch91: boost-1.83.0-alt-context-fix-platform-detection.patch
Patch1000: boost-1.63.0-alt-python-paths.patch
Patch2000: boost-1.83-e2k-makecontext.patch
# we use %%_python3_abiflags
# we use %%requires_python_ABI, introduced in rpm-build-python3-0.1.9.3-alt1
%if_with python
# XXX: (pre) dependencies are installed anyway.
# XXX: The only way around is to remove them manually :(
BuildRequires(pre): rpm-build-python3 >= 0.1.9.3-alt1
BuildRequires: python3-devel libnumpy-py3-devel
%endif
%if_with mpi
BuildRequires: %mpiimpl-devel
%endif
BuildRequires: gcc-c++ libstdc++-devel zlib-devel bzlib-devel libicu-devel
%if_with devel
%description
The Boost web site provides free peer-reviewed portable C++ source
libraries. The emphasis is on libraries which work well with the C++
Standard Library. One goal is to establish "existing practice" and
provide reference implementations so that the Boost libraries are
suitable for eventual standardization. Some of the libraries have
already been included in the C++ 2011 standard and others have been
proposed to the C++ Standards Committee for inclusion in future
standards.
Although Boost was begun by members of the C++ Standards Committee
Library Working Group, membership has expanded to include nearly two
thousand members of the C++ community at large.
%else
%description
This is legacy package build to ease transition to new version of
Boost.
%endif
%if_with devel
%package devel-headers
Summary: Boost libraries header files
Group: Development/C++
AutoReq: yes, nocpp
BuildArch: noarch
Requires: %name-devel = %EVR
%description devel-headers
The Boost web site provides free peer-reviewed portable C++ source
libraries. The emphasis is on libraries which work well with the C++
Standard Library. One goal is to establish "existing practice" and
provide reference implementations so that the Boost libraries are
suitable for eventual standardization. Some of the libraries have
already been included in the C++ 2011 standard and others have been
proposed to the C++ Standards Committee for inclusion in future
standards.
This package contains header files only.
%package devel
Summary: Boost libraries
Group: Development/C++
Requires(pre,postun): %name-devel-headers = %EVR
Requires: libboost_atomic%version = %EVR
Requires: libboost_chrono%version = %EVR
Requires: libboost_container%version = %EVR
Requires: libboost_contract%version = %EVR
Requires: libboost_date_time%version = %EVR
Requires: libboost_graph%version = %EVR
Requires: libboost_iostreams%version = %EVR
Requires: libboost_json%version = %EVR
Requires: libboost_random%version = %EVR
Requires: libboost_regex%version = %EVR
Requires: libboost_serialization%version = %EVR
Requires: libboost_system%version = %EVR
Requires: libboost_test%version = %EVR
Requires: libboost_timer%version = %EVR
Requires: libboost_thread%version = %EVR
Requires: libboost_url%version = %EVR
Provides: boost-atomic-devel = %EVR
Obsoletes: boost-atomic-devel < %EVR
Provides: boost-chrono-devel = %EVR
Obsoletes: boost-chrono-devel < %EVR
Provides: boost-datetime-devel = %EVR
Obsoletes: boost-datetime-devel < %EVR
Provides: boost-graph-devel = %EVR
Obsoletes: boost-graph-devel < %EVR
Provides: boost-iostreams-devel = %EVR
Obsoletes: boost-iostreams-devel < %EVR
Provides: boost-regex-common-devel = %EVR
Obsoletes: boost-regex-common-devel < %EVR
Provides: boost-regex-devel = %EVR
Obsoletes: boost-regex-devel < %EVR
Provides: boost-regex-gcc2-devel = %EVR
Provides: boost-regex-gcc3-devel = %EVR
Obsoletes: boost-regex-gcc2-devel, boost-regex-gcc3-devel, boost-regex-common-devel
Provides: boost-serialization-devel = %EVR
Obsoletes: boost-serialization-devel < %EVR
Provides: boost-system-devel = %EVR
Obsoletes: boost-system-devel < %EVR
Provides: boost-test-devel = %EVR
Obsoletes: boost-test-devel < %EVR
Provides: boost-timer-devel = %EVR
Obsoletes: boost-timer-devel < %EVR
Provides: boost-thread-devel = %EVR
Obsoletes: boost-thread-devel < %EVR
Provides: boost-multiprecision-devel = %EVR
Obsoletes: boost-multiprecision-devel < %EVR
Provides: %name-intrusive-devel = %EVR
Obsoletes: %name-intrusive-devel < %EVR
Provides: %name-units-devel = %EVR
Obsoletes: %name-units-devel < %EVR
Provides: %name-process-devel = %EVR
Obsoletes: %name-process-devel < %EVR
# See: http://gcc.gnu.org/bugzilla/show_bug.cgi?id=80753
# Architectures: %%e2k + %%libquadmath_arches
# from https://git.altlinux.org/gears/g/gcc-defaults.git?a=blob;f=gcc-defaults.spec
%ifarch %ix86 x86_64 ppc64le %e2k
Requires: libquadmath-devel
%endif
%description devel
The Boost web site provides free peer-reviewed portable C++ source
libraries. The emphasis is on libraries which work well with the C++
Standard Library. One goal is to establish "existing practice" and
provide reference implementations so that the Boost libraries are
suitable for eventual standardization. Some of the libraries have
already been included in the C++ 2011 standard and others have been
proposed to the C++ Standards Committee for inclusion in future
standards.
%package complete
Summary: Boost libraries -- complete release
Group: Development/C++
BuildArch: noarch
Requires: %name-devel-headers = %EVR
Requires: %name-devel = %EVR
Requires: %name-asio-devel = %EVR
Requires: %name-chrono-devel = %EVR
%if_with context
Requires: %name-context-devel = %EVR
%if_with coroutine
Requires: %name-coroutine-devel = %EVR
%endif
%endif
Requires: %name-filesystem-devel = %EVR
Requires: %name-flyweight-devel = %EVR
Requires: %name-geometry-devel = %EVR
%if_with mpi
Requires: %name-graph-parallel-devel = %EVR
%endif
Requires: %name-interprocess-devel = %EVR
Requires: %name-intrusive-devel = %EVR
Requires: %name-locale-devel = %EVR
Requires: %name-lockfree-devel = %EVR
Requires: %name-log-devel = %EVR
Requires: %name-math-devel = %EVR
%if_with mpi
Requires: %name-mpi-devel = %EVR
%endif
Requires: %name-msm-devel = %EVR
Requires: %name-polygon-devel = %EVR
Requires: %name-program_options-devel = %EVR
%if_with python
Requires: %name-python3-devel = %EVR
%endif
Requires: %name-signals-devel = %EVR
Requires: %name-timer-devel = %EVR
Requires: %name-units-devel = %EVR
Requires: %name-wave-devel = %EVR
%description complete
The Boost web site provides free peer-reviewed portable C++ source
libraries. The emphasis is on libraries which work well with the C++
Standard Library. One goal is to establish "existing practice" and
provide reference implementations so that the Boost libraries are
suitable for eventual standardization. Some of the libraries have
already been included in the C++ 2011 standard and others have been
proposed to the C++ Standards Committee for inclusion in future
standards.
This is a virtual package which depends on all Boost packages except
static libraries. Install it if you need complete Boost distribution in
your system.
%package asio-devel
Summary: The Boost Asio Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
%if_with context
Requires: %name-context-devel = %EVR
%if_with coroutine
Requires: %name-coroutine-devel = %EVR
%endif
%endif
%description asio-devel
asio is a cross-platform C++ library for network programming that
provides developers with a consistent asynchronous I/O model using a
modern C++ approach.
%package context-devel
Summary: The Boost Context Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: libboost_context%version = %EVR
%description context-devel
Boost.Context is a foundational library that provides a sort of
cooperative multitasking on a single thread. By providing an abstraction
of the current execution state in the current thread, including the
stack (with local variables) and stack pointer, all registers and CPU
flags, and the instruction pointer, a fcontext_t instance represents a
specific point in the application's execution path. This is useful for
building higher-level abstractions, like coroutines, cooperative threads
(userland threads) or an equivalent to C# keyword yield in C++.
%package coroutine-devel
Summary: The Boost Coroutine Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: %name-context-devel = %EVR
Requires: libboost_coroutine%version = %EVR
%description coroutine-devel
Boost.Coroutine provides templates for generalized subroutines which
allow multiple entry points for suspending and resuming execution at
certain locations. It preserves the local state of execution and allows
re-entering subroutines more than once (useful if state must be kept
across function calls).
In contrast to threads, which are pre-emptive, coroutine switches are
cooperative (programmer controls when a switch will happen). The kernel
is not involved in the coroutine switches.
The implementation uses Boost.Context for context switching.
%package filesystem-devel
Summary: The Boost Filesystem Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: libboost_filesystem%version = %EVR
%description filesystem-devel
The Boost Filesystem Library provides portable facilities to query and
manipulate paths, files, and directories.
%package flyweight-devel
Summary: The Boost Flyweight Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: %name-interprocess-devel = %EVR
%description flyweight-devel
Flyweights are small-sized handle classes granting constant access to
shared common data, thus allowing for the management of large amounts of
entities within reasonable memory limits. Boost.Flyweight makes it easy
to use this common programming idiom by providing the class template
flyweight<T>, which acts as a drop-in replacement for const T.
It is header-only library. This package contains the headers.
%package geometry-devel
Summary: The Boost Geometry Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: %name-polygon-devel = %EVR
%description geometry-devel
Boost.Geometry, defines concepts, primitives and algorithms for solving
geometry problems. It Boost.Geometry contains a dimension-agnostic,
coordinate-system-agnostic and scalable kernel, based on concepts,
meta-functions and tag dispatching. On top of that kernel, algorithms
are built.
Boost.Geometry contains instantiable geometry classes, but library
users can also use their own. Using registration macros or traits
classes their geometries can be adapted to fulfil Boost.Geometry
concepts.
It is header-only library. This package contains the headers.
%if_with mpi
%package graph-parallel-devel
Summary: Development files for Parallel Boost Graph Library
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: %name-mpi-devel = %EVR
Requires: libboost_graph%version = %EVR
Requires: libboost_graph_parallel%version = %EVR
%description graph-parallel-devel
The Parallel Boost Graph Library is an extension to the Boost Graph
Library (BGL) for parallel and distributed computing. It offers
distributed graphs and graph algorithms to exploit coarse-grained
parallelism along with parallel algorithms that exploit fine-grained
parallelism, while retaining the same interfaces as the (sequential)
BGL.
%endif
%package locale-devel
Summary: The Boost Locale Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: libboost_locale%version = %EVR
%description locale-devel
Boost.Locale is a library that provides high quality localization
facilities in a C++ way. It gives powerful tools for development
of cross platform localized software - the software that talks
to user in its language.
%package lockfree-devel
Summary: The Boost Lockfree Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
%description lockfree-devel
Boost.Lockfree library provides lockfree data structures, like
lockfree queue and stack.
%package log-devel
Summary: The Boost Locale Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: libboost_log%version = %EVR
%description log-devel
Boost.Log v2 is a library that aims to make logging significantly easier
for the application developer. It provides a wide range of
out-of-the-box tools along with public interfaces for extending the
library.
%package interprocess-devel
Summary: The Boost Interprocess Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: %name-intrusive-devel = %EVR
%description interprocess-devel
Boost.Interprocess provides portable access to shared memory, memory
mapped files, process-shared mutexes, condition variables, containers
and allocators.
It is header-only library. This package contains the headers.
%package math-devel
Summary: The Boost Math Library development files.
Group: Development/C++
Requires(pre,postun): %name-devel = %EVR
Requires: libboost_math_c99%version = %EVR
Requires: libboost_math_c99f%version = %EVR
%if_with long_double
Requires: libboost_math_c99l%version = %EVR
%endif
Requires: libboost_math_tr1%version = %EVR
Requires: libboost_math_tr1f%version = %EVR
%if_with long_double
Requires: libboost_math_tr1l%version = %EVR
%endif
%description math-devel
The Boost Math Library development files. You'll need to install this
package if you want to link with Boost.Math shared libraries.
%if_with mpi
%package mpi-devel
Summary: The Boost MPI Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires(pre,postun): %name-python3-devel = %EVR
Requires: libboost_mpi%version = %EVR
Requires: libboost_mpi_python3-%version = %EVR
Requires: %mpiimpl-devel
%description mpi-devel
Boost.MPI is a library for message passing in high-performance parallel
applications.
%endif
%package msm-devel
Summary: The Boost MSM Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
%description msm-devel
Ths Boost Meta State Machine (MSM) is a library allowing you to easily
and quickly define state machines of very high performance.
It is header-only library. This package contains the headers.
%package polygon-devel
Summary: The Boost Polygon Library development files
Group: Development/C++
BuildArch: noarch
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
%description polygon-devel
The Boost.Polygon library provides algorithms focused on manipulating
planar polygon geometry data. Specific algorithms provided are the
polygon set operations (intersection, union, difference, disjoint-union)
and related algorithms such as polygon connectivity graph extraction,
offsetting and map-overlay.
It is header-only library. This package contains the headers.
%package program_options-devel
Summary: The Boost Filesystem Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
Requires: libboost_program_options%version = %EVR
Obsoletes: program_options-devel
Provides: program_options-devel = %EVR
Provides: boost-program-options-devel = %EVR
%description program_options-devel
Boost Program Options library allows program developers to obtain
program options, that is (name, value) pairs from the user, via
conventional methods.
%package python-headers
Summary: Boost.Python header files.
Group: Development/C++
AutoReq: yes, nocpp
%description python-headers
Header files for Boost.Python libraries. This files are shared between
libraries compiled with Python 3.
%package python3-devel
Summary: The Boost Python Library (Boost.Python) development files
Group: Development/C++
AutoReq: yes, nocpp
Requires: python3-devel = %_python3_abi_version
Requires: %name-python-headers = %EVR
Requires: libboost_python3-%version = %EVR
Requires: libboost_numpy3-%version = %EVR
Requires(pre,postun): %name-devel = %EVR
%description python3-devel
Use the Boost Python Library to quickly and easily export a C++ library
to Python such that the Python interface is very similar to the C++
interface. It is designed to be minimally intrusive on your C++ design.
In most cases, you should not have to alter your C++ classes in any way
in order to use them with Boost.Python. The system should simply
``reflect'' your C++ classes and functions into Python.
This package contains development files for Boost.Python build with
Python 3.
%package signals-devel
Summary: The Boost Signals Library development files
Group: Development/C++
AutoReq: yes, nocpp
Requires(pre,postun): %name-devel = %EVR
%description signals-devel
The Boost.Signals library is an implementation of a managed signals
and slots system. Signals represent callbacks with multiple targets,
and are also called publishers or events in similar systems. Signals
are connected to some set of slots, which are callback receivers (also
called event targets or subscribers), which are called when the signal
is "emitted."
%package wave-devel
Summary: Boost.Wave Library development files.
Group: Development/C++
AutoReq: yes, nocpp
Requires: libboost_wave%version = %EVR
Requires(pre,postun): %name-devel = %EVR
Requires: %name-filesystem-devel = %EVR
%description wave-devel
The Boost Wave Library development files.
%package doc
Summary: Boost libraries documentation
Group: Development/C++
BuildArch: noarch
Requires(pre,postun): %name-devel
%description doc
The Boost web site provides free peer-reviewed portable C++ source
libraries. The emphasis is on libraries which work well with the C++
Standard Library. One goal is to establish "existing practice" and
provide reference implementations so that the Boost libraries are
suitable for eventual standardization. Some of the libraries have
already been included in the C++ 2011 standard and others have been
proposed to the C++ Standards Committee for inclusion in future
standards.
This package contains Boost libraries documentation.
%endif #with devel
%if_with boost_build
%package build
License: GPL
Summary: Cross platform build system for C++ projects
Group: Development/Other
Obsoletes: %name-jam < %EVR
%description build
B2 (formerly Boost.Jam) is the low-level build engine tool for Boost.Build.
Historically, B2 was based on on FTJam and on Perforce Jam but has grown
a number of significant features and is now developed independently.
%endif
%if_with devel_static
%package devel-static
Summary: Boost libraries
Group: Development/C++
Requires(pre,postun): %name-devel = %EVR
Requires: %name-atomic-devel = %EVR
Requires: %name-chrono-devel = %EVR
%if_with context
Requires: %name-context-devel = %EVR
%endif
Requires: %name-filesystem-devel = %EVR
%if_with mpi
Requires: %name-graph-parallel-devel = %EVR
Requires: %name-mpi-devel = %EVR
%endif
Requires: %name-locale-devel = %EVR
Requires: %name-log-devel = %EVR
Requires: %name-program_options-devel = %EVR
%if_with python
Requires: %name-python3-devel = %EVR
%endif
Requires: %name-signals-devel = %EVR
Requires: %name-timer-devel = %EVR
Requires: %name-wave-devel = %EVR
Obsoletes: program_options-devel-static
Provides: boost-datetime-devel-static = %EVR
Provides: boost-filesystem-devel-static = %EVR
Provides: boost-graph-devel-static = %EVR
Provides: boost-iostreams-devel-static = %EVR
Provides: boost-program-options-devel-static = %EVR
Provides: boost-regex-common-devel-static = %EVR
Provides: boost-regex-devel-static = %EVR
Provides: boost-regex-gcc2-devel-static = %EVR
Provides: boost-regex-gcc3-devel-static = %EVR
Provides: boost-serialization-devel-static = %EVR
Provides: boost-signals-devel-static = %EVR
Provides: boost-system-devel-static = %EVR
Provides: boost-test-devel-static = %EVR
Provides: boost-thread-devel-static = %EVR
Provides: boost-wave-devel-static = %EVR
Provides: program_options-devel-static = %EVR
%description devel-static
The Boost web site provides free peer-reviewed portable C++ source
libraries. The emphasis is on libraries which work well with the C++
Standard Library. One goal is to establish "existing practice" and
provide reference implementations so that the Boost libraries are
suitable for eventual standardization. Some of the libraries have
already been included in the C++ 2011 standard and others have been
proposed to the C++ Standards Committee for inclusion in future
standards.
This package contains static libraries.
%endif #with devel-static
%package -n libboost_atomic%version
Summary: Boost.Atomic Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_atomic%version
Boost.Atomic is a library that provides atomic data types and operations
on these data types, as well as memory ordering constraints required for
coordinating multiple threads through atomic variables. It implements
the interface as defined by the C++11 standard, but makes this feature
available for platforms lacking system/compiler support for this
particular C++11 feature.
%package -n libboost_chrono%version
Summary: Boost.Chrono Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_chrono%version
Boost.Chrono aims to implement the new time facilities in C++0x,
as proposed in N2661 document. To make the timing facilities of
Boost.Chrono more generally useful, the library provides a number
of clocks that are thin wrappers around the operating system's process
time API, thereby allowing the extraction of wall clock time,
user CPU time, and system CPU time of the process.
%package -n libboost_container%version
Summary: Boost.Container Library
Group: Development/C++
%description -n libboost_container%version
Boost.Container library implements several well-known containers,
including STL containers. The aim of the library is to offers advanced
features not present in standard containers or to offer the latest
standard draft features for compilers that comply with C++03.
%package -n libboost_contract%version
Summary: Boost.Contract Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_contract%version
Boost.Contract library implements contract programming for C++.
All contract programming features are supported:
Subcontracting, class invariants, postconditions (with old and return values),
preconditions, customizable actions
on assertion failure (e.g., terminate or throw),
optional compilation and checking of assertions, etc, from Lorenzo Caminiti.
%package -n libboost_context%version
Summary: Boost.Context Library
Group: Development/C++
%description -n libboost_context%version
Boost.Context is a foundational library that provides a sort of
cooperative multitasking on a single thread.
%package -n libboost_coroutine%version
Summary: Boost.Coroutine Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_context%version = %EVR
Requires: libboost_thread%version = %EVR
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_coroutine%version
Boost.Coroutine provides templates for generalized subroutines which
allow suspending and resuming execution at certain locations. It
preserves the local state of execution and allows re-entering
subroutines more than once.
Coroutines can be viewed as a language-level construct providing a
special kind of control flow. In contrast to threads, which are
pre-emptive, coroutine switches are cooperative (programmer controls
when a switch will happen). The kernel is not involved in the coroutine
switches. The implementation uses Boost.Context for context switching.
%package -n libboost_date_time%version
Summary: Boost Date-Time Library.
Group: Development/C++
Provides: boost-datetime = %EVR
%description -n libboost_date_time%version
Programming with dates and times should be almost as simple and
natural as programming with strings and integers. Applications with
lots of temporal logic can be radically simplified by having a robust
set of operators and calculation capabilities. Classes should provide
the ability to compare dates and times, add lengths or time durations,
retrieve dates and times from clocks, and work naturally with date and
time intervals.
%package -n libboost_filesystem%version
Summary: Filesystem Library
Group: Development/C++
Provides: boost-filesystem = %EVR
%if_with strict_deps
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_filesystem%version
The Boost Filesystem Library provides portable facilities to query and
manipulate paths, files, and directories.
%package -n libboost_graph%version
Summary: Graph Library
Group: Development/C++
Provides: boost-graph = %EVR
%if_with strict_deps
Requires: libboost_regex%version = %EVR
%endif
%description -n libboost_graph%version
The Boost Graph Library provides graph components and algorithms.
%if_with mpi
%package -n libboost_graph_parallel%version
Summary: Parallel Boost Graph Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_serialization%version = %EVR
Requires: libboost_mpi%version = %EVR
%endif
%description -n libboost_graph_parallel%version
The Parallel Boost Graph Library is an extension to the Boost Graph
Library (BGL) for parallel and distributed computing. It offers
distributed graphs and graph algorithms to exploit coarse-grained
parallelism along with parallel algorithms that exploit fine-grained
parallelism, while retaining the same interfaces as the (sequential)
BGL.
This package contains shared libraries.
%endif
%package -n libboost_json%version
Summary: Json Library
Group: Development/C++
%description -n libboost_json%version
The Boost Json Library is a library for parsing and serializing JSON
to and from a DOM container in memory.
%package -n libboost_locale%version
Summary: Boost.Locale Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_thread%version = %EVR
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_locale%version
Boost.Locale is a library that provides high quality localization
facilities in a C++ way. It gives powerful tools for development
of cross platform localized software - the software that talks
to user in its language.
%package -n libboost_log%version
Summary: Boost.Log Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_filesystem%version = %EVR
Requires: libboost_regex%version = %EVR
Requires: libboost_thread%version = %EVR
Requires: libboost_system%version = %EVR
%endif
%description -n libboost_log%version
Boost.Log v2 is a library that aims to make logging significantly easier
for the application developer. It provides a wide range of
out-of-the-box tools along with public interfaces for extending the
library.
%package -n libboost_iostreams%version
Summary: I/O streams Library
Group: Development/C++
Provides: boost-iostreams = %EVR
%description -n libboost_iostreams%version
The Boost Iostreams Library provides various iostreams support.
%package -n libboost_math_c99%version
Summary: Boost.Math shared library.
Group: Development/C++
Provides: boost-math = %EVR
%description -n libboost_math_c99%version
Boost.Math shared library.
%package -n libboost_math_c99f%version
Summary: Boost.Math shared library.
Group: Development/C++
Provides: boost-math = %EVR
%description -n libboost_math_c99f%version
Boost.Math shared library.
%if_with long_double
%package -n libboost_math_c99l%version
Summary: Boost.Math shared library.
Group: Development/C++
Provides: boost-math = %EVR
%description -n libboost_math_c99l%version
Boost.Math shared library.
%endif // with long_double
%package -n libboost_math_tr1%version
Summary: Boost.Math shared library.
Group: Development/C++
Provides: boost-math = %EVR
%description -n libboost_math_tr1%version
Boost.Math shared library.
%package -n libboost_math_tr1f%version
Summary: Boost.Math shared library.
Group: Development/C++
Provides: boost-math = %EVR
%description -n libboost_math_tr1f%version
Boost.Math shared library.
%if_with long_double
%package -n libboost_math_tr1l%version
Summary: Boost.Math shared library.
Group: Development/C++
Provides: boost-math = %EVR
%description -n libboost_math_tr1l%version
Boost.Math shared library.
%endif
%if_with mpi
%package -n libboost_mpi%version
Summary: Boost.MPI shared library
Group: Development/C++
Provides: boost-mpi = %EVR
%if_with strict_deps
Requires: libboost_serialization%version = %EVR
%endif
%description -n libboost_mpi%version
Boost.MPI is a library for message passing in high-performance parallel
applications. This package contains shared library.
%package -n libboost_mpi_python3-%version
Summary: Boost.MPI python 3 shared library
Group: Development/C++
%requires_python3_ABI_for_files %_libdir/*boost_mpi_python3*.so.*
%description -n libboost_mpi_python3-%version
Boost.MPI is a library for message passing in high-performance parallel
applications. This package contains shared library for python3 bindings.
%endif
%package -n libboost_nowide%version
Summary: Standard library functions with UTF-8 API on Windows
Group: Development/C++
%description -n libboost_nowide%version
Run-time support for Boost.Nowide.
%package -n libboost_program_options%version
Summary: The Boost Program_options Library (Boost.Program_options)
Group: Development/C++
Obsoletes: program_options
Provides: program_options = %EVR
Provides: boost-program-options = %EVR
%description -n libboost_program_options%version
The program_options library allows program developers to obtain program
options, that is (name, value) pairs from the user, via conventional
methods such as command line and config file.
%package -n libboost_python3-%version
Summary: The Boost Python Library (Boost.Python) for Python 3
Group: Development/C++
%requires_python3_ABI_for_files %_libdir/*boost_python3*.so.*
%description -n libboost_python3-%version
Use the Boost Python Library to quickly and easily export a C++ library
to Python such that the Python interface is very similar to the C++
interface. It is designed to be minimally intrusive on your C++ design.
In most cases, you should not have to alter your C++ classes in any way
in order to use them with Boost.Python. The system should simply
``reflect'' your C++ classes and functions into Python.
%package -n libboost_numpy3-%version
Summary: The Boost NumPy Library (Boost.NumPy) for Python 3
Group: Development/C++
Requires: libboost_python3-%version = %EVR
Requires: python3-module-numpy
%requires_python3_ABI_for_files %_libdir/*boost_numpy3*.so.*
%description -n libboost_numpy3-%version
The Boost.Numpy library exposes quite a few methods to create ndarrays.
ndarrays can be created in a variety of ways,
include empty arrays and zero filled arrays.
ndarrays can also be created from arbitrary python sequences
as well as from data and dtypes.
%package -n libboost_random%version
Summary: The Boost.Random library
Group: Development/C++
%description -n libboost_random%version
The Boost Random Number Library (Boost.Random for short) provides
a variety of generators and distributions to produce random numbers
having useful properties.
%package -n libboost_regex%version
Summary: Regular expressions library for C++
Group: Development/C++
Obsoletes: boost-regex-gcc2, boost-regex-gcc3
Provides: boost-regex-gcc2 = %EVR
Provides: boost-regex-gcc3 = %EVR
Provides: boost-regex = %EVR
%description -n libboost_regex%version
Regular expressions are a form of pattern-matching that are often used
in text processing; many users will be familiar with the Unix utilities
grep, sed and awk, and the programming language perl, each of which make
extensive use of regular expressions. Traditionally C++ users have been
limited to the POSIX C API's for manipulating regular expressions, and
while regex++ does provide these API's, they do not represent the best
way to use the library. For example regex++ can cope with wide character
strings, or search and replace operations (in a manner analogous to
either sed or perl), something that traditional C libraries can not do.
%package -n libboost_serialization%version
Summary: The Boost Serialization Library (Boost.Serialization)
Group: Development/C++
Provides: boost-serialization = %EVR
%description -n libboost_serialization%version
Here, we use the term "serialization" to mean the reversible
deconstruction of an arbitrary set of C++ data structures to a sequence
of bytes. Such a system can be used to reconstitute an equivalent
structure in another program context. Depending on this context, this
might used implement object persistence, remote parameter passing or
other facility. In this system we use the term "archive" to refer to a
specific rendering of this stream of bytes. This could be a file of
binary data, text data, XML, or some other created by the user of this
library.
%package -n libboost_stacktrace%version
Summary: The Boost Stacktrace Library (Boost.Stacktrace)
Group: Development/C++
%description -n libboost_stacktrace%version
Boost.Stacktrace library is a simple C++03 library that provides
information about call sequence in a human-readable form.
%package -n libboost_system%version
Summary: Boost System Library
Group: Development/C++
Provides: boost-system = %EVR
%description -n libboost_system%version
Boost.System library provides operating system support, including
the diagnostics support that will be part of the C++0x standard library.
%package -n libboost_test%version
Summary: Test Library
Group: Development/C++
Provides: boost-test = %EVR
%description -n libboost_test%version
The Boost Test Library provides a matched set of components for writing
test programs, organizing tests in to simple test cases and test suites,
and controlling their runtime execution. The Program Execution Monitor
is also useful in some production (non-test) environments.
%package -n libboost_thread%version
Group: Development/C++
Summary: The Boost Threads Library (Boost.Threads)
%if_with strict_deps
Requires: libboost_system%version = %EVR
%endif
Obsoletes: boost-thread-gcc2, boost-thread-gcc3
Provides: boost-thread-gcc2 = %EVR
Provides: boost-thread-gcc3 = %EVR
Provides: boost-thread = %EVR
%description -n libboost_thread%version
Boost.Threads allows C++ programs to execute as multiple, asynchronous,
independent, threads-of-execution. Each thread has its own machine state
including program instruction counter and registers. Programs which
execute as multiple threads are called multi-threaded programs to
distinguish them from traditional single-threaded programs. Definitions
gives a more complete description of the multi-threading execution
environment.
%package -n libboost_timer%version
Summary: Boost.Timer Library
Group: Development/C++
%if_with strict_deps
Requires: libboost_chrono%version = %EVR
%endif
%description -n libboost_timer%version
Knowing how long a program takes to execute is useful in both test and
production environments. Boost.Timer provides classes to measures wall
clock time, user CPU process time, system CPU process time, and more.
%package -n libboost_wave%version
Summary: Boost.Wave Library
Group: Development/C++
Provides: boost-wave = %EVR
%if_with strict_deps
Requires: libboost_system%version = %EVR
Requires: libboost_thread%version = %EVR
%endif
%description -n libboost_wave%version
The Boost Wave Library.
%package -n libboost_fiber%version
Summary: Boost.Fiber Library
Group: Development/C++
Provides: boost-fiber = %EVR
%if_with strict_deps
Requires: libboost_context%version = %EVR
%endif
%description -n libboost_fiber%version
The Boost Fiber Library.
%package -n libboost_type_erasure%version
Summary: Boost.TypeErasure Library
Group: Development/C++
Provides: boost-type_erasure = %EVR
%if_with strict_deps
Requires: libboost_system%version = %EVR
Requires: libboost_thread%version = %EVR
%endif
%description -n libboost_type_erasure%version
The Boost TypeErasure Library.
%package -n libboost_url%version
Summary: Boost.TypeErasure Library
Group: Development/C++
Provides: boost-url = %EVR
%description -n libboost_url%version
The Boost URL Library.
%if_with mpi
%if_with devel
%package -n python3-module-boost-mpi
Summary: Boost.MPI python module
Group: Development/Python3
%if_with strict_deps
Requires: libboost_mpi%version = %EVR
Requires: libboost_mpi_python3-%version = %EVR
Requires: libboost_python3-%version = %EVR
Requires: libboost_serialization%version = %EVR
%endif
%description -n python3-module-boost-mpi
Boost.MPI is a library for message passing in high-performance parallel
applications. This package contains python module.
%endif
%endif
%prep
%setup -n boost-%version
%autopatch -p2
COMPILER_FLAGS="%optflags -fno-strict-aliasing"
%ifarch %e2k
COMPILER_FLAGS="$COMPILER_FLAGS -fno-error-always-inline"
cat >> boost/config/user.hpp << EOF
#if defined(__e2k__) && !defined(BOOST_USE_UCONTEXT)
#define BOOST_USE_UCONTEXT
#endif
EOF
sed -i 's/BOOST_GCC >= 70000/0/' boost/assert/source_location.hpp
# "expression not folded to a constant due to excessive constexpr function call complexity"
sed -i 's/static constexpr/static const/' boost/url/detail/impl/replacement_field_rule.ipp
%endif
cat >> ./tools/build/src/user-config.jam << EOF
# There are many strict aliasing warnings, and it's not feasible to go
# through them all at this time.
using gcc : : : <compileflags>"$COMPILER_FLAGS" <linkflags>"$COMPILER_FLAGS" ;
%if_with mpi
using mpi ;
%endif
using python : %_python3_version ;
EOF
%build
LINK_BOOST=shared
%if_with devel_static
LINK_BOOST=$LINK_BOOST,static
%endif
%if_with mpi
mpi-selector --yes --set %mpiimpl
source %mpidir/bin/mpivars.sh
export OMPI_LDFLAGS="-Wl,--as-needed,-rpath=%mpidir/lib -L%mpidir/lib"
%endif
./bootstrap.sh --with-toolset=gcc --with-icu
# Form Fedora spec:
# N.B. When we build the following with PCH, parts of boost (math
# library in particular) end up being built second time during
# installation. Unsure why that is, but all sub-builds need to be
# built with pch=off to avoid this.
./b2 -d+2 -q \
-j${NPROCS:=%__nprocs} \
--layout=system \
--toolset=gcc \
variant=release \
threading=multi \
link=$LINK_BOOST \
optimization=off \
debug-symbols=off \
pch=off \
%ifarch %e2k
context-impl=ucontext \
define=BOOST_USE_UCONTEXT \
%endif
-sHAVE_ICU=1 \
--prefix=%{_prefix} \
--libdir=%{_libdir} \
%if_without context
--without-context \
--without-fiber \
%endif
%if_without coroutine
--without-coroutine \
%endif
%if_without mpi
--without-mpi \
%endif
%if_with python
python=%_python3_version \
%else
--without-python \
%endif
%nil
%if_with boost_build
pushd tools/build
./bootstrap.sh --with-toolset=gcc
popd
%endif
%install
LINK_BOOST=shared
%if_with devel_static
LINK_BOOST=$LINK_BOOST,static
%endif
%if_with mpi
mpi-selector --yes --set %mpiimpl
source %mpidir/bin/mpivars.sh
export OMPI_LDFLAGS="-Wl,--as-needed,-rpath=%mpidir/lib -L%mpidir/lib"
%endif
./b2 -d+2 -q \
-j${NPROCS:=%__nprocs} \
--layout=system \
--toolset=gcc \
variant=release \
threading=multi \
link=$LINK_BOOST \
optimization=off \
debug-symbols=off \
pch=off \
%ifarch %e2k
context-impl=ucontext \
define=BOOST_USE_UCONTEXT \
%endif
-sHAVE_ICU=1 \
--prefix=%{buildroot}%{_prefix} \
--libdir=%{buildroot}%{_libdir} \
%if_without context
--without-context \
--without-fiber \
%endif
%if_without coroutine
--without-coroutine \
%endif
%if_without mpi
--without-mpi \
%endif
%if_with python
python=%_python3_version \
%else
--without-python \
%endif
install
# install mpi python3 module
%if_with mpi
%if_with devel
mkdir -p %buildroot/%python3_sitelibdir/boost
install -Dm644 libs/mpi/build/__init__.py %buildroot/%python3_sitelibdir/boost/
mv %buildroot%_libdir/boost-python%{_python3_version}/mpi.so %buildroot/%python3_sitelibdir/boost/
%else
# The python module won't be created
# if we are a building just library compat pkgs.
# (mpi.so belongs exclusively to the python module.)
rm %buildroot%_libdir/boost-python%{_python3_version}/mpi.so
%endif
%endif
%if_with devel
# make symbolic links for compatibility
for i in %buildroot%_libdir/*.so; do
[ "$i" != "${i%%-st.so}" ] && continue
ln -s `basename $i` ${i%%.so}-mt.so
done
mkdir -p %buildroot%boost_doc
# install examples
find . -type d -name 'example*' \
-exec mkdir -p %buildroot%boost_doc/{} \; \
-exec sh -c "cp -Rdp {}/* %buildroot%boost_doc/{}" \;
# install documentation
find . \( -name \*.htm \
-or -name \*.html \
-or -name \*.css \
-or -name \*.js \
-or -name \*.png \
-or -name \*.jpeg \
-or -name \*.jpg \
-or -name \*.svg \
-or -name \*.gif \
-or -name \*.txt \
\) \
\( -not -name CMakeLists.txt \) \
-exec install -Dm644 {} %buildroot%boost_doc/{} \;
rm -rf %buildroot%boost_doc/libs/beast/test/extern
if [ -d %buildroot%boost_doc/boost ] ; then
cp -Rdpf %buildroot%boost_doc/boost/* %buildroot%_includedir/%name/
rm -rf %buildroot%boost_doc/boost
fi
# some documentation have hyperlinks to real headers; this makes them work
ln -s %_includedir/%name %buildroot%boost_doc/boost
# Programs that link with Boost.Thread and Boost.Filesystem need to link
# with Boost.System explicitly. For thread, this is new requirement since
# boost 1.50.0. To avoid breaking build of too many Boost.Thread clients,
# we introduce some linker scripts.
boost_make_linker_script()
{
local so_path="%buildroot%_libdir/libboost_${1}.so"
rm -f "${so_path}"
echo '/* GNU ld script */' > ${so_path}
echo -n 'GROUP(' >> ${so_path}
for name in "$ at "; do
echo -n " %_libdir/libboost_${name}.so.%version" >> ${so_path}
done
echo ' )' >> ${so_path}
}
boost_make_linker_script thread system
boost_make_linker_script filesystem system
boost_make_linker_script filesystem-st system-st
%endif
%if_with boost_build
pushd tools/build
./b2 --prefix=%buildroot%_prefix install
# Fix some permissions
chmod +x %buildroot%_datadir/b2/src/tools/doxproc.py
sed -i -e '1s|^#!/usr/bin/python$|#!/usr/bin/python2|' %buildroot%_datadir/b2/src/tools/doxproc.py
popd
%endif
%if_without devel
rm -f %buildroot%_libdir/*.so || :
rm -rf %buildroot%_includedir/boost || :
rm -rf %buildroot%_libdir/cmake/Boost* || :
rm -rf %buildroot%_libdir/cmake/boost* || :
%endif
%if_without devel_static
rm -f %buildroot%_libdir/*.a || :
%endif
%if_without long_double
rm -rf %buildroot%_libdir/*math_c99l*.so*
rm -rf %buildroot%_libdir/*math_tr1l*.so*
%endif
#files
%if_with devel
%files devel-headers
%_includedir/%name
%exclude %_includedir/%name/asio*
%if_with context
%exclude %_includedir/%name/context
%if_with coroutine
%exclude %_includedir/%name/coroutine
%endif
%endif
%exclude %_includedir/%name/filesystem*
%exclude %_includedir/%name/flyweight*
%exclude %_includedir/%name/geometry*
%exclude %_includedir/%name/interprocess*
%exclude %_includedir/%name/locale*
%exclude %_includedir/%name/log/
%exclude %_includedir/%name/lockfree
%if_with mpi
%exclude %_includedir/%name/mpi
%exclude %_includedir/%name/graph/parallel/
%exclude %_includedir/%name/graph/distributed/
%endif
%exclude %_includedir/%name/msm
%exclude %_includedir/%name/polygon
%exclude %_includedir/%name/program_options*
%if_with python
%exclude %_includedir/%name/python*
%endif
%exclude %_includedir/%name/signal*
%exclude %_includedir/%name/wave*
%files devel
%_libdir/*.so
%if_with context
%exclude %_libdir/*_context*.so
%if_with coroutine
%exclude %_libdir/*_coroutine*.so
%endif
%endif
%exclude %_libdir/*_filesystem*.so
%exclude %_libdir/*_locale*.so
%exclude %_libdir/*_log*.so
%exclude %_libdir/*_math*.so
%if_with mpi
%exclude %_libdir/*_mpi*.so
%exclude %_libdir/*_graph_parallel*.so
%endif
%exclude %_libdir/*_program_options*.so
%exclude %_libdir/*_wave*.so
%if_with python
%exclude %_libdir/*_python*.so
%exclude %_libdir/*boost_numpy3*.so
%endif
%_libdir/cmake/*
%if_with context
%exclude %_libdir/cmake/boost_context-%version
%if_with coroutine
%exclude %_libdir/cmake/boost_coroutine-%version
%endif
%endif
%exclude %_libdir/cmake/boost_filesystem-%version
%exclude %_libdir/cmake/boost_locale-%version
%exclude %_libdir/cmake/boost_log-%version
%exclude %_libdir/cmake/boost_math*-%version
%if_with mpi
%exclude %_libdir/cmake/boost_mpi*-%version
%exclude %_libdir/cmake/boost_graph_parallel-%version
%endif
%exclude %_libdir/cmake/boost_program_options-%version
%if_with python
%exclude %_libdir/cmake/boost_python*-%version
%endif
%exclude %_libdir/cmake/boost_wave-%version
%dir %boost_doc/
%doc %boost_doc/LICENSE_1_0.txt
%files complete
%files asio-devel
%_includedir/%name/asio*
%if_with context
%files context-devel
%_includedir/%name/context
%_libdir/*_context*.so
%_libdir/cmake/boost_context-%version
%if_with coroutine
%files coroutine-devel
%_includedir/%name/coroutine
%_libdir/*_coroutine*.so
%_libdir/cmake/boost_coroutine-%version
%endif
%endif
%files filesystem-devel
%_includedir/%name/filesystem*
%_libdir/*_filesystem*.so
%_libdir/cmake/boost_filesystem-%version
%files flyweight-devel
%_includedir/%name/flyweight*
%files geometry-devel
%_includedir/%name/geometry*
%if_with mpi
%files graph-parallel-devel
%_includedir/%name/graph/parallel/
%_includedir/%name/graph/distributed/
%_libdir/*_graph_parallel*.so
%_libdir/cmake/boost_graph_parallel-%version
%endif
%files interprocess-devel
%_includedir/%name/interprocess*
%files locale-devel
%_includedir/%name/locale*
%_libdir/*_locale*.so
%_libdir/cmake/boost_locale-%version
%files lockfree-devel
%_includedir/%name/lockfree
%files log-devel
%_includedir/%name/log/
%_libdir/*_log*.so
%_libdir/cmake/boost_log-%version
%files math-devel
%_libdir/*_math*.so
%_libdir/cmake/boost_math*-%version
%if_with mpi
%files mpi-devel
%_includedir/%name/mpi
%_libdir/*_mpi*.so
%_libdir/cmake/boost_mpi*-%version
%endif
%files msm-devel
%_includedir/%name/msm
%files polygon-devel
%_includedir/%name/polygon
%files program_options-devel
%_includedir/%name/program_options*
%_libdir/*_program_options*.so
%_libdir/cmake/boost_program_options-%version
%if_with python
%files python-headers
%_includedir/%name/python*
%_libdir/cmake/boost_python*-%version
%files python3-devel
%_libdir/*boost_python3*.so
%_libdir/*boost_numpy3*.so
%endif
%files signals-devel
%_includedir/%name/signal*
%files wave-devel
%_includedir/%name/wave*
%_libdir/*_wave*.so
%_libdir/cmake/boost_wave-%version
%files doc
#everything but license
%doc %boost_doc/[^L]*
%endif #with devel
%if_with boost_build
%files build
%_bindir/*
%_datadir/b2
%endif
%if_with devel_static
%files devel-static
%_libdir/*.a
%endif
%files -n libboost_atomic%version
%_libdir/*_atomic*.so.*
%files -n libboost_chrono%version
%_libdir/*_chrono*.so.*
%files -n libboost_container%version
%_libdir/*_container*.so.*
%files -n libboost_contract%version
%_libdir/*_contract*.so.*
%if_with context
%files -n libboost_context%version
%_libdir/*_context*.so.*
%if_with coroutine
%files -n libboost_coroutine%version
%_libdir/*_coroutine*.so.*
%endif
%endif
%files -n libboost_date_time%version
%_libdir/*_date_time*.so.*
%files -n libboost_filesystem%version
%_libdir/*_filesystem*.so.*
%files -n libboost_graph%version
%_libdir/*_graph[^_]*so.*
%if_with mpi
%files -n libboost_graph_parallel%version
%_libdir/*_graph_parallel*.so.*
%endif
%files -n libboost_iostreams%version
%_libdir/*_iostreams*.so.*
%files -n libboost_json%version
%_libdir/*_json*.so.*
%files -n libboost_locale%version
%_libdir/*_locale*.so.*
%files -n libboost_log%version
%_libdir/*_log*.so.*
%files -n libboost_math_c99%version
%_libdir/*_math_c99[^lf]*so.*
%files -n libboost_math_c99f%version
%_libdir/*_math_c99f*.so.*
%if_with long_double
%files -n libboost_math_c99l%version
%_libdir/*_math_c99l*.so.*
%endif
%files -n libboost_math_tr1%version
%_libdir/*_math_tr1[^lf]*so.*
%files -n libboost_math_tr1f%version
%_libdir/*_math_tr1f*.so.*
%if_with long_double
%files -n libboost_math_tr1l%version
%_libdir/*_math_tr1l*.so.*
%endif
%if_with mpi
%files -n libboost_mpi%version
%_libdir/*_mpi.so.*
%files -n libboost_mpi_python3-%version
%_libdir/*_mpi_python3*.so.*
%endif
%files -n libboost_nowide%version
%_libdir/*_nowide*.so.*
%files -n libboost_program_options%version
%_libdir/*_program_options*.so.*
%if_with python
%files -n libboost_python3-%version
%_libdir/*boost_python3*.so.*
%files -n libboost_numpy3-%version
%_libdir/*boost_numpy3*.so.*
%endif
%files -n libboost_random%version
%_libdir/*_random*.so.*
%files -n libboost_regex%version
%_libdir/*_regex*.so.*
%files -n libboost_serialization%version
%_libdir/*_serialization*.so.*
%_libdir/*_wserialization*.so.*
%files -n libboost_stacktrace%version
%_libdir/*_stacktrace*.so.*
%files -n libboost_system%version
%_libdir/*_system*.so.*
%files -n libboost_test%version
%_libdir/*_test*.so.*
%_libdir/*_prg_exec_monitor*.so.*
%files -n libboost_thread%version
%_libdir/*_thread*.so.*
%files -n libboost_timer%version
%_libdir/*_timer*.so.*
%files -n libboost_wave%version
%_libdir/*_wave*.so.*
%if_with context
%files -n libboost_fiber%version
%_libdir/*_fiber*.so.*
%endif
%files -n libboost_type_erasure%version
%_libdir/*_type_erasure*.so.*
%files -n libboost_url%version
%_libdir/*_url*.so.*
%if_with mpi
%if_with devel
%files -n python3-module-boost-mpi
%python3_sitelibdir/boost
%endif
%endif
%if_with devel
# Since 1.31.0 and until 1.34.1 /usr/include/boost was a symbolic link
# We have to add this triggers to avoid upgrade problems
%pre devel
if [ -L "%_includedir/%name" ]; then
mv -f "%_includedir/%name" "%_includedir/%name.BOOST_UPGRADE_RPMSAVE"
fi
%triggerpostun devel -p /bin/bash -- boost-devel
link="%_includedir/%name.BOOST_UPGRADE_RPMSAVE"
if [ -L $link ]; then
dir=`readlink -f $link`
echo $dir | grep -q '^/usr/include/boost[_-]1[^/]\+/boost/\?$'
if [ $? -eq 0 ]; then
# we have something to delete
rm -rf $dir
fi
rm -f $link
fi
# and one more cleanup
for dir in %_includedir/boost[_-]1*/ ; do
[ -d $dir/boost ] && rmdir $dir/boost || :
[ -d $dir ] && rmdir $dir || :
done
%endif #with devel
%changelog
…
Full changelog you can see here