#
# spec file for package hdf5
#
# Copyright (c) 2018 SUSE LINUX GmbH, Nuernberg, Germany.
#
# All modifications and additions to the file contributed by third parties
# remain the property of their copyright owners, unless otherwise agreed
# upon. The license for this file, and modifications and additions to the
# file, is the same license as for the pristine package itself (unless the
# license for the pristine package is not an Open Source License, in which
# case the license is the MIT License). An "Open Source License" is a
# license that conforms to the Open Source Definition (Version 1.9)
# published by the Open Source Initiative.

# Please submit bugfixes or comments via http://bugs.opensuse.org/
#


%global flavor @BUILD_FLAVOR@%{nil}

%if 0%{?is_opensuse} || 0%{?is_backports}
%undefine DisOMPI3
%else
%define DisOMPI3 ExclusiveArch:  do_not_build
%endif

#
%define _do_check 1
%define use_sz2 0

%define vers 1.10.1
%define _vers 1_10_1
%define short_ver 1.10
%define src_ver %{version}
%define pname hdf5

%bcond_with ringdisabled

%if "%{flavor}" == ""
ExclusiveArch:  do_not_build
 %define package_name %pname
%endif

%if "%{flavor}" == "serial"
%undefine suffix
%undefine mpi_flavor
%bcond_with hpc
%endif

%if "%{flavor}" == "openmpi"
%global mpi_flavor %{flavor}
%bcond_with hpc
%endif

%if "%{flavor}" == "mvapich2"
%global mpi_flavor %{flavor}
%bcond_with hpc
%endif

%if "%{flavor}" == "gnu-hpc"
%bcond_without hpc
%global compiler_family gnu
%undefine c_f_ver
%endif

%if "%{flavor}" == "gnu-openmpi-hpc"
%{?DisOMPI1}
%bcond_without hpc
%define compiler_family gnu
%undefine c_f_ver
%global mpi_flavor openmpi
%define mpi_vers 1
%endif

%if "%{flavor}" == "gnu-mvapich2-hpc"
%bcond_without hpc
%define compiler_family gnu
%undefine c_f_ver
%global mpi_flavor mvapich2
%endif

%if "%{flavor}" == "gnu-openmpi2-hpc"
%{?DisOMPI2}
%bcond_without hpc
%define compiler_family gnu
%undefine c_f_ver
%global mpi_flavor openmpi
%define mpi_vers 2
%endif

%if "%{flavor}" == "gnu-openmpi3-hpc"
%{?DisOMPI3}
%bcond_without hpc
%define compiler_family gnu
%undefine c_f_ver
%global mpi_flavor openmpi
%define mpi_vers 3
%endif

%if "%{flavor}" == "gnu-mpich-hpc"
%bcond_without hpc
%define compiler_family gnu
%undefine c_f_ver
%global mpi_flavor mpich
%endif

%if "%{flavor}" == "gnu7-hpc"
%bcond_without hpc
%define compiler_family gnu
%define c_f_ver 7
%undefine mpi_flavor
%endif

%if "%{flavor}" == "gnu7-openmpi-hpc"
%{?DisOMPI1}
%bcond_without hpc
%define compiler_family gnu
%define c_f_ver 7
%global mpi_flavor openmpi
%define mpi_vers 1
%endif

%if "%{flavor}" == "gnu7-mvapich2-hpc"
%bcond_without hpc
%define compiler_family gnu
%define c_f_ver 7
%global mpi_flavor mvapich2
%endif

%if "%{flavor}" == "gnu7-openmpi3-hpc"
%{?DisOMPI3}
%bcond_without hpc
%define compiler_family gnu
%define c_f_ver 7
%global mpi_flavor openmpi
%define mpi_vers 3
%endif

%if "%{flavor}" == "gnu7-mpich-hpc"
%bcond_without hpc
%define compiler_family gnu
%define c_f_ver 7
%global mpi_flavor mpich
%endif

# Disable until resource issue is resolved.
%if "%mpi_flavor" == "openmpi"
%define _do_check 0
%endif

%{?mpi_flavor:%{bcond_without mpi}}%{!?mpi_flavor:%{bcond_with mpi}}
%{?with_hpc:%{!?compiler_family:%global compiler_family gnu}}
%{?with_mpi:%{!?mpi_flavor:%global mpi_flavor openmpi}}

%{?with_mpi:%global my_suffix -%{mpi_flavor}}

# Magic for OBS Staging. Only build the flavors required by
# other packages in the ring.
%if %{with ringdisabled}
 %if %{with hpc} || "%{?mpi_flavor}" == "mvapich2"
ExclusiveArch:  do_not_build
 %endif
%endif

%if %{with hpc}
%{hpc_init -c %compiler_family %{?with_mpi:-m %mpi_flavor} %{?c_f_ver:-v %{c_f_ver}} %{?mpi_ver:-V %{mpi_ver}} %{?ext:-e %{ext}}}
%{?with_mpi:%global hpc_module_pname p%{pname}}
 %define my_prefix %hpc_prefix
 %define my_bindir %hpc_bindir
 %define my_libdir %hpc_libdir
 %define my_incdir %hpc_includedir
 %define package_name   %{hpc_package_name %_vers}
 %define libname(l:s:)   lib%{pname}%{-l*}%{hpc_package_name_tail %{?_vers}}
%else
 %if %{without mpi}
  %define my_prefix %_prefix
  %define my_bindir %_bindir
  %define my_libdir %_libdir
  %define my_incdir %_includedir
 %else
  %define my_prefix %{_libdir}/mpi/gcc/%{mpi_flavor}
  %define my_bindir %{my_prefix}/bin
  %define my_libdir %{my_prefix}/%{_lib}/
  %define my_incdir %{my_prefix}/include/
 %endif
 %if 0%{!?package_name:1}
  %define package_name   %pname%{?my_suffix}
 %endif
 %define libname(l:s:)   lib%{pname}%{!-l:%{-s:-}}%{-l*}%{-s*}%{?my_suffix}
%endif

# TODO: The so numbers autodetected by update_so_version.sh
# do not match the so numbers that are actually buit.
%define sonum 101
%define sonum_CXX 101
%define sonum_F 100
%define sonum_HL 100
%define sonum_HL_CXX 100
%define sonum_HL_F 100

Name:           %{package_name}
Version:        %vers
Release:        0
Summary:        Command-line programs for the HDF5 scientific data format
License:        BSD-3-Clause
Group:          Productivity/Scientific/Other
Url:            http://www.hdfgroup.org/HDF5/
Source0:        http://www.hdfgroup.org/ftp/HDF5/releases/%{pname}-%{short_ver}/%{pname}-%{src_ver}/src/%{pname}-%{src_ver}.tar.bz2
Source100:      _multibuild
Source1000:     update_so_version.sh
Patch0:         hdf5-LD_LIBRARY_PATH.patch
Patch1:         Fix-warnings-for-missing-returns.patch
# not really needed but we want to get noticed if hdf5 doesn' t know our host
Patch2:         hdf5-1.8.11-abort_unknown_host_config.patch
%ifarch %arm
Patch4:         hdf5-1.8.10-tests-arm.patch
%endif
Patch5:         PPC64LE-Fix-long-double-handling.patch
Patch6:         hdf5-buildcompare.patch
Patch7:         hdf5-mpi.patch
Patch8:         Disable-phdf5-tests.patch
BuildRequires:  fdupes
%if 0%{?use_sz2}
BuildRequires:  libsz2-devel
%endif
BuildRequires:  zlib-devel
%if %{without hpc}
BuildRequires:  gcc-c++
BuildRequires:  gcc-fortran
 %if %{with mpi}
BuildRequires:  %{flavor}-devel
 %else
Requires:       lib%{pname}_cpp%{sonum_CXX} = %{version}
Requires:       lib%{pname}_hl_cpp%{sonum_HL_CXX} = %{version}
 %endif
Requires:       lib%{pname}-%{sonum} = %{version}
Requires:       lib%{pname}_fortran%{sonum_F} = %{version}
Requires:       lib%{pname}_hl%{sonum_HL} = %{version}
Requires:       lib%{pname}hl_fortran%{sonum_HL_F} = %{version}
%else # hpc
%hpc_requires
BuildRequires:  %{compiler_family}%{?c_f_ver}-compilers-hpc-macros-devel
BuildRequires:  lua-lmod
BuildRequires:  suse-hpc
 %if %{with mpi}
BuildRequires:  %{mpi_flavor}%{?mpi_vers}-%{compiler_family}%{?c_f_ver}-hpc-macros-devel
 %endif
%endif  # ?hpc
BuildRoot:      %{_tmppath}/%{name}-%{version}-build

%description
HDF5 is a data model, library, and file format for storing and
managing data. It supports an unlimited variety of datatypes, and
is designed for flexible and efficient I/O and for high volume and
complex data. HDF5 is portable and is extensible, allowing
applications to evolve in their use of HDF5.

The HDF5 technology suite is designed to organize, store, discover,
access, analyze, share, and preserve diverse, complex data in
continuously evolving heterogeneous computing and storage environments.

HDF5 supports all types of data stored digitally, regardless of origin
or size. Petabytes of remote sensing data collected by satellites,
terabytes of computational results from nuclear testing models, and
megabytes of high-resolution MRI brain scans are stored in HDF5 files,
together with metadata necessary for efficient data sharing,
processing, visualization, and archiving.

This package contains the %{flavor} version utility functions for working                                                                         
with HDF5 files.

%package -n     %{libname -s %{sonum}}
Summary:        Shared libraries for the HDF5 scientific data format
# To avoid unresolvable errors due to multiple providers of the library
Group:          Productivity/Scientific/Other
Provides:       %{libname} = %{version}
Obsoletes:      %{libname} < %{version}
%{?with_hpc:Provides:       libhdf5%{?with_mpi:-%{mpi_flavor}}-hpc = %{version}}
%{?with_hpc:Requires:       %{name}-module = %version}

%description -n %{libname -s %{sonum}}
HDF5 is a data model, library, and file format for storing and
managing data. It supports an unlimited variety of datatypes, and
is designed for flexible and efficient I/O and for high volume and
complex data. HDF5 is portable and is extensible, allowing
applications to evolve in their use of HDF5.

The HDF5 technology suite is designed to organize, store, discover,
access, analyze, share, and preserve diverse, complex data in
continuously evolving heterogeneous computing and storage environments.

HDF5 supports all types of data stored digitally, regardless of origin
or size. Petabytes of remote sensing data collected by satellites,
terabytes of computational results from nuclear testing models, and
megabytes of high-resolution MRI brain scans are stored in HDF5 files,
together with metadata necessary for efficient data sharing,
processing, visualization, and archiving.

This package contains the %{flavor} version of the HDF5 runtime libraries.

%{?with_hpc:%{hpc_master_package -l -n lib%{pname}%{hpc_package_name_tail}}}

%package -n     %{libname -l _hl -s %{sonum_HL}}
Summary:        High-level shared libraries for the HDF5 scientific data format
# To avoid unresolvable errors due to multiple providers of the library
Group:          Productivity/Scientific/Other
Provides:       %{libname -l _hl} = %{version}
Obsoletes:      %{libname -l _hl} < %{version}
%{?with_hpc:Provides:       libhdf5%{?with_mpi:-%{mpi_flavor}}-hpc = %{version}}
%{?with_hpc:Requires:       %{name}-module = %version}

%description -n %{libname -l _hl -s %{sonum_HL}}
HDF5 is a data model, library, and file format for storing and
managing data. It supports an unlimited variety of datatypes, and
is designed for flexible and efficient I/O and for high volume and
complex data. HDF5 is portable and is extensible, allowing
applications to evolve in their use of HDF5.

The HDF5 technology suite is designed to organize, store, discover,
access, analyze, share, and preserve diverse, complex data in
continuously evolving heterogeneous computing and storage environments.

HDF5 supports all types of data stored digitally, regardless of origin
or size. Petabytes of remote sensing data collected by satellites,
terabytes of computational results from nuclear testing models, and
megabytes of high-resolution MRI brain scans are stored in HDF5 files,
together with metadata necessary for efficient data sharing,
processing, visualization, and archiving.

This package contains the %{flavor} version of the high-level HDF5
runtime libraries.

%{?with_hpc:%{hpc_master_package -l -n lib%{pname}_hl%{hpc_package_name_tail}}}

%package -n     %{libname -l _cpp -s %{sonum_CXX}}
Summary:        Shared libraries for the HDF5 scientific data format
# To avoid unresolvable errors due to multiple providers of the library
Group:          Productivity/Scientific/Other
Provides:       %{libname -l _cpp} = %{version}
Obsoletes:      %{libname -l _cpp} < %{version}
%{?with_hpc:Provides:       libhdf5%{?with_mpi:-%{mpi_flavor}}-hpc = %{version}}
%{?with_hpc:Requires:       %{name}-module = %version}

%description -n %{libname -l _cpp -s %{sonum_CXX}}
HDF5 is a data model, library, and file format for storing and
managing data. It supports an unlimited variety of datatypes, and
is designed for flexible and efficient I/O and for high volume and
complex data. HDF5 is portable and is extensible, allowing
applications to evolve in their use of HDF5.

The HDF5 technology suite is designed to organize, store, discover,
access, analyze, share, and preserve diverse, complex data in
continuously evolving heterogeneous computing and storage environments.

HDF5 supports all types of data stored digitally, regardless of origin
or size. Petabytes of remote sensing data collected by satellites,
terabytes of computational results from nuclear testing models, and
megabytes of high-resolution MRI brain scans are stored in HDF5 files,
together with metadata necessary for efficient data sharing,
processing, visualization, and archiving.

This package contains the HDF5 runtime libraries.

%{!?with_mpi:%{?with_hpc:%{hpc_master_package -l -n lib%{pname}_cpp%{hpc_package_name_tail}}}}

%package -n     %{libname -l _hl_cpp -s %{sonum_HL_CXX}}
Summary:        High-level shared libraries for the HDF5 scientific data format
# To avoid unresolvable errors due to multiple providers of the library
Group:          Productivity/Scientific/Other
Provides:       %{libname -l _hl_cpp} = %{version}
Obsoletes:      %{libname -l _hl_cpp} < %{version}
%{?with_hpc:Provides:       libhdf5%{?with_mpi:-%{mpi_flavor}}-hpc = %{version}}
%{?with_hpc:Requires:       %{name}-module = %version}

%description -n %{libname -l _hl_cpp -s %{sonum_HL_CXX}}
HDF5 is a data model, library, and file format for storing and
managing data. It supports an unlimited variety of datatypes, and
is designed for flexible and efficient I/O and for high volume and
complex data. HDF5 is portable and is extensible, allowing
applications to evolve in their use of HDF5.

The HDF5 technology suite is designed to organize, store, discover,
access, analyze, share, and preserve diverse, complex data in
continuously evolving heterogeneous computing and storage environments.

HDF5 supports all types of data stored digitally, regardless of origin
or size. Petabytes of remote sensing data collected by satellites,
terabytes of computational results from nuclear testing models, and
megabytes of high-resolution MRI brain scans are stored in HDF5 files,
together with metadata necessary for efficient data sharing,
processing, visualization, and archiving.

This package contains the the high-level HDF5 runtime libraries.

%{!?with_mpi:%{?with_hpc:%{hpc_master_package -l -n lib%{pname}_hl_cpp%{hpc_package_name_tail}}}}

%package -n     %{libname -l _fortran -s %{sonum_F}}
Summary:        Shared libraries for the HDF5 scientific data format
# To avoid unresolvable errors due to multiple providers of the library
Group:          Productivity/Scientific/Other
Provides:       %{libname -l _fortran} = %{version}
Obsoletes:      %{libname -l _fortran} < %{version}
%{?with_hpc:Provides:       libhdf5%{?with_mpi:-%{mpi_flavor}}-hpc = %{version}}
%{?with_hpc:Requires:       %{name}-module = %version}

%description -n %{libname -l _fortran -s %{sonum_F}}
HDF5 is a data model, library, and file format for storing and
managing data. It supports an unlimited variety of datatypes, and
is designed for flexible and efficient I/O and for high volume and
complex data. HDF5 is portable and is extensible, allowing
applications to evolve in their use of HDF5.

The HDF5 technology suite is designed to organize, store, discover,
access, analyze, share, and preserve diverse, complex data in
continuously evolving heterogeneous computing and storage environments.

HDF5 supports all types of data stored digitally, regardless of origin
or size. Petabytes of remote sensing data collected by satellites,
terabytes of computational results from nuclear testing models, and
megabytes of high-resolution MRI brain scans are stored in HDF5 files,
together with metadata necessary for efficient data sharing,
processing, visualization, and archiving.

This package contains the %{flavor} version of the HDF5 runtime libraries.

%{?with_hpc:%{hpc_master_package -l -n lib%{pname}_fortran%{hpc_package_name_tail}}}

%package -n     %{libname -l hl_fortran -s %{sonum_HL_F}}
Summary:        High-level shared libraries for the HDF5 scientific data format
# To avoid unresolvable errors due to multiple providers of the library
Group:          Productivity/Scientific/Other
Provides:       %{libname -l hl_fortran} = %{version}
Obsoletes:      %{libname -l hl_fortran} < %{version}
%{?with_hpc:Provides:       libhdf5%{?with_mpi:-%{mpi_flavor}}-hpc = %{version}}
%{?whit_hpc:Requires:       %{name}-module = %version}

%description -n %{libname -l hl_fortran -s %{sonum_HL_F}}
HDF5 is a data model, library, and file format for storing and
managing data. It supports an unlimited variety of datatypes, and
is designed for flexible and efficient I/O and for high volume and
complex data. HDF5 is portable and is extensible, allowing
applications to evolve in their use of HDF5.

The HDF5 technology suite is designed to organize, store, discover,
access, analyze, share, and preserve diverse, complex data in
continuously evolving heterogeneous computing and storage environments.

HDF5 supports all types of data stored digitally, regardless of origin
or size. Petabytes of remote sensing data collected by satellites,
terabytes of computational results from nuclear testing models, and
megabytes of high-resolution MRI brain scans are stored in HDF5 files,
together with metadata necessary for efficient data sharing,
processing, visualization, and archiving.

This package contains the %{flavor} version of the high-level HDF5
runtime libraries.

%{?with_hpc:%{hpc_master_package -l -n lib%{pname}_hl_fortran%{hpc_package_name_tail}}}

%package -n %{pname}-devel-data
Summary:        Development data files for %{name}
Group:          Development/Libraries/Other

%description -n %{pname}-devel-data
HDF5 is a data model, library, and file format for storing and
managing data. It supports an unlimited variety of datatypes, and
is designed for flexible and efficient I/O and for high volume and
complex data. HDF5 is portable and is extensible, allowing
applications to evolve in their use of HDF5.

The HDF5 technology suite is designed to organize, store, discover,
access, analyze, share, and preserve diverse, complex data in
continuously evolving heterogeneous computing and storage environments.

HDF5 supports all types of data stored digitally, regardless of origin
or size. Petabytes of remote sensing data collected by satellites,
terabytes of computational results from nuclear testing models, and
megabytes of high-resolution MRI brain scans are stored in HDF5 files,
together with metadata necessary for efficient data sharing,
processing, visualization, and archiving.

This package contains generic files needed to create projects that use
any version of HDF5.

%package devel
Summary:        Development files for %{name}
Group:          Development/Libraries/Parallel
%if %{without mpi}
Requires:       %{libname -l _cpp -s %{sonum_CXX}} = %{version}
Requires:       %{libname -l _hl_cpp -s %{sonum_HL_CXX}} = %{version}
%endif
Requires:       %{name} = %{version}
Requires:       %{pname}-devel-data = %{version}
%if 0%{?use_sz2}
Requires:       libsz2-devel
%endif
Requires:       %{libname -s %{sonum}} = %{version}
# Required by Fortran programs?
Requires:       %{libname -l _fortran -s %{sonum_F}} = %{version}
Requires:       %{libname -l _hl -s %{sonum_HL}} = %{version}
Requires:       %{libname -l hl_fortran -s %{sonum_HL_F}} = %{version}
%{?with_hpc:%hpc_requires_devel}

%description devel
HDF5 is a data model, library, and file format for storing and
managing data. It supports an unlimited variety of datatypes, and
is designed for flexible and efficient I/O and for high volume and
complex data. HDF5 is portable and is extensible, allowing
applications to evolve in their use of HDF5.

The HDF5 technology suite is designed to organize, store, discover,
access, analyze, share, and preserve diverse, complex data in
continuously evolving heterogeneous computing and storage environments.

HDF5 supports all types of data stored digitally, regardless of origin
or size. Petabytes of remote sensing data collected by satellites,
terabytes of computational results from nuclear testing models, and
megabytes of high-resolution MRI brain scans are stored in HDF5 files,
together with metadata necessary for efficient data sharing,
processing, visualization, and archiving.

This package contains all files needed to create projects that use
the %{flavor} version of HDF5.

%{?with_hpc:%{hpc_master_package devel}}

%package  devel-static
Summary:        Static development files for %{name}
Group:          Development/Libraries/Parallel
Requires:       %{name}-devel = %{version}

%description devel-static
HDF5 is a data model, library, and file format for storing and
managing data. It supports an unlimited variety of datatypes, and
is designed for flexible and efficient I/O and for high volume and
complex data. HDF5 is portable and is extensible, allowing
applications to evolve in their use of HDF5.

The HDF5 technology suite is designed to organize, store, discover,
access, analyze, share, and preserve diverse, complex data in
continuously evolving heterogeneous computing and storage environments.

HDF5 supports all types of data stored digitally, regardless of origin
or size. Petabytes of remote sensing data collected by satellites,
terabytes of computational results from nuclear testing models, and
megabytes of high-resolution MRI brain scans are stored in HDF5 files,
together with metadata necessary for efficient data sharing,
processing, visualization, and archiving.

This package provides the static libraries for the %{flavor} version of HDF5.

%package -n %{pname}-examples
Summary:        Examples for %{name}
Group:          Documentation/Other
Requires:       %{libname -l _cpp -s %{sonum_CXX}} = %{version}
Requires:       %{libname -l _fortran -s %{sonum_F}} = %{version}
Requires:       %{libname -l _hl -s %{sonum_HL}} = %{version}
Requires:       %{libname -l _hl_cpp -s %{sonum_HL_CXX}} = %{version}
Requires:       %{libname -l hl_fortran -s %{sonum_HL_F}} = %{version}
Requires:       %{libname -s %{sonum}} = %{version}

%description -n %{pname}-examples
HDF5 is a data model, library, and file format for storing and
managing data. It supports an unlimited variety of datatypes, and
is designed for flexible and efficient I/O and for high volume and
complex data. HDF5 is portable and is extensible, allowing
applications to evolve in their use of HDF5.

The HDF5 technology suite is designed to organize, store, discover,
access, analyze, share, and preserve diverse, complex data in
continuously evolving heterogeneous computing and storage environments.

HDF5 supports all types of data stored digitally, regardless of origin
or size. Petabytes of remote sensing data collected by satellites,
terabytes of computational results from nuclear testing models, and
megabytes of high-resolution MRI brain scans are stored in HDF5 files,
together with metadata necessary for efficient data sharing,
processing, visualization, and archiving.

This package provides examples of HDF5 library use.

%if %{with hpc}
%package module
Summary:        Module files for %{name}
Group:          Development/Libraries/Parallel
Provides:       %{name}-module = %version

%description module
HDF5 is a data model, library, and file format for storing and
managing data. It supports an unlimited variety of datatypes, and
is designed for flexible and efficient I/O and for high volume and
complex data. HDF5 is portable and is extensible, allowing
applications to evolve in their use of HDF5.

The HDF5 technology suite is designed to organize, store, discover,
access, analyze, share, and preserve diverse, complex data in
continuously evolving heterogeneous computing and storage environments.

HDF5 supports all types of data stored digitally, regardless of origin
or size. Petabytes of remote sensing data collected by satellites,
terabytes of computational results from nuclear testing models, and
megabytes of high-resolution MRI brain scans are stored in HDF5 files,
together with metadata necessary for efficient data sharing,
processing, visualization, and archiving.

This package contains the environment module needed for the HDF5
library packages.
%endif

%prep
%{?with_hpc: %hpc_debug}
%setup -q -n %{pname}-%{version}
%patch0 -p1 -b .LD_LIBRARY_PATH
%patch1 -p1
%patch2 -p0 -b .abort_unknown_host_config
%ifarch %arm
%patch4 -p0 -b .tests-arm
%endif
%patch5 -p1
%patch6 -p1
%patch7 -p1
%patch8 -p1

%if %{without hpc}
# baselibs looks different for different flavors - generate it on the fly
cat >  %{_sourcedir}/baselibs.conf <<EOF
libhdf5-%{sonum}%{?my_suffix}
libhdf5_hl%{sonum_HL}%{?my_suffix}
libhdf5_fortran%{sonum_HL_F}%{?my_suffix}
libhdf5hl_fortran%{sonum_HL_F}%{?my_suffix}
%if %{without mpi}
libhdf5_cpp%{sonum_CXX}%{?my_suffix}
libhdf5_hl_cpp%{sonum_HL_CXX}%{?my_suffix}
%endif
hdf5%{?my_suffix}-devel
   requires %{?my_suffix}-<targettype>
   requires "libhdf5-%{sonum}%{?my_suffix}-<targettype> = <version>"
   requires "libhdf5_hl%{sonum_HL}%{?my_suffix}-<targettype> = <version>"
   requires "libhdf5_fortran%{sonum_HL_F}%{?my_suffix}-<targettype> = <version>"
   requires "libhdf5hl_fortran%{sonum_HL_F}%{?my_suffix}-<targettype> = <version>"
%if %{without mpi}
   requires "libhdf5_cpp%{sonum_CXX}%{?my_suffix}-<targettype> = <version>"
   requires "libhdf5_hl_cpp%{sonum_HL_CXX}%{?my_suffix}-<targettype> = <version>"
%endif
EOF
%endif

%build

%{?with_hpc:%hpc_setup}
%{?with_hpc:%hpc_debug}

export CC=gcc
export CXX=g++
export F9X=gfortran
export CFLAGS="%{optflags}"
%ifarch %arm
# we want to have useful H5_CFLAGS on arm too
test -e config/linux-gnueabi || cp config/linux-gnu config/linux-gnueabi
%endif

# NOTE: --enable-unsupported is required when --enable-fortran
# and/or --enable-cxx is enabled along with --enable-threadsafe.
# Building with thise combination results in thread-safe C
# libraries and non-thread-safe fotran and/or C++ libraries. So
# you have to explicitly allow building the thread-safe C
# library and the non-thread-safe C++ and fortran libraries in
# order to make sure people don't assume that their fotran or
# C++ code is thread-safe.  Since our users are going to be
# accessing this through other programs, this doesn't matter.

%if %{without hpc}
 %if  %{with mpi}
export CC="%{my_bindir}/mpicc"
export FC="%{my_bindir}/mpif90"
export F77="%{my_bindir}/mpif77"
export LD_LIBRARY_PATH="%{my_libdir}"
 %endif
%configure \
 %if %{with mpi}
  --prefix=%{my_prefix} \
  --exec-prefix=%{_prefix} \
  --bindir=%{my_bindir} \
  --libdir=%{my_libdir} \
  --includedir=%{my_incdir} \
  --datadir=%{_datadir} \
 %endif
  --docdir=%{_docdir}/%{name} \
%else
%global _hpc_exec_prefix %hpc_exec_prefix
%global hpc_exec_prefix %_prefix
 %if %{with mpi}
export CC=mpicc
export CXX=mpicxx
export F77=mpif77
export FC=mpif90
export MPICC=mpicc
export MPIFC=mpifc
export MPICXX=mpicxx
 %endif
%hpc_configure \
%define hpc_exec_prefix %{expand:%_hpc_exec_prefix}
%endif
  --disable-dependency-tracking \
  --enable-fortran \
  --enable-unsupported \
  --enable-hl \
  --enable-shared \
  --enable-threadsafe \
  --enable-build-mode=production \
%if %{with mpi}
  --enable-parallel \
%else
  --enable-cxx \
 %if 0%{?use_sz2}
  --with-szlib \
 %endif
%endif
  --with-pthread

make V=1 %{?_smp_mflags}

%install
%{?with_hpc:%hpc_setup}
%{?with_hpc:%hpc_debug}

make install DESTDIR=%{buildroot}

find %{buildroot} -type f -name "*.la" -delete -print

%if %{without mpi}
find %{buildroot}%{_datadir}/hdf5_examples -type f \
                 | grep -v ".sh$" | xargs chmod 644

 %if %{without hpc}
# rpm macro for version checking
mkdir -p %{buildroot}%{_sysconfdir}/rpm
cat > %{buildroot}%{_sysconfdir}/rpm/macros.hdf5 <<EOF
#
# RPM macros for hdf5 packaging
#
%_hdf5_sonum  %{sonum}
%_hdf5_version  %{version}
EOF
 %endif
%else
# delete examples from parallel builds
rm -rf %{buildroot}%{_datadir}/hdf5_examples
%endif

%if 0%{?suse_version} >= 1110
%fdupes -s %{buildroot}/%{_datadir}
%endif

%if %{with hpc}
%{hpc_write_pkgconfig -n hdf5 -l libhdf5}
%{hpc_write_pkgconfig -n hdf5_hl -l libhdf5_hl}
%{hpc_write_pkgconfig -n hdf5_fortran -l libhdf5_fortran}
%{hpc_write_pkgconfig -n hdf5_hl_fortran -l libhdfhl_fortran}
%if %{without mpi}
%{hpc_write_pkgconfig -n hdf5_cpp -l libhdf5_cpp}
%{hpc_write_pkgconfig -n hdf5_hl_cpp -l libhdf5_hl_cpp}
%endif

%hpc_write_modules_files
#%%Module1.0#####################################################################

proc ModulesHelp { } {

puts stderr " "
puts stderr "This module loads the %{pname} library built with the %{compiler_family} compiler toolchain."
puts stderr "\nVersion %{version}\n"

}
module-whatis "Name: %{pname} built with %{compiler_family} toolchain"
module-whatis "Version: %{version}"
module-whatis "Category: runtime library"
module-whatis "Description: %{SUMMARY:0}"
module-whatis "%{url}"

set     version                     %{version}

prepend-path    PATH                %{hpc_bindir}
prepend-path    LD_LIBRARY_PATH     %{hpc_libdir}

setenv          %{hpc_upcase %pname}_DIR        %{hpc_prefix}
setenv          %{hpc_upcase %pname}_BIN        %{hpc_bindir}
setenv          %{hpc_upcase %pname}_LIB        %{hpc_libdir}

if {[file isdirectory  %{hpc_includedir}]} {
prepend-path    LIBRARY_PATH        %{hpc_libdir}
prepend-path    CPATH               %{hpc_includedir}
prepend-path    C_INCLUDE_PATH      %{hpc_includedir}
prepend-path    CPLUS_INCLUDE_PATH  %{hpc_includedir}
prepend-path    INCLUDE             %{hpc_includedir}
%hpc_modulefile_add_pkgconfig_path

setenv          %{hpc_upcase %pname}_INC        %{hpc_includedir}
}

family "%pname"

EOF
%endif

%if 0%{?_do_check}
%check
%if 0%{?qemu_user_space_build}
# default timeout is 1200 seconds
export HDF5_ALARM_SECONDS=3600
%endif
%if %{with mpi}
export HDF5_Make_Ignore=yes
%endif
%{?with_hpc:%hpc_setup}
 %ifarch ppc ppc64 ppc64le
  make %{?_smp_mflags} check || { echo "Ignore transient make check failures for PowerPC. boo#1058563"; }
 %else
  %if "%{?mpi_flavor}" != "mpich" || ("%_arch" != "s390" && "%_arch" != "s390x")
    make %{?_smp_mflags} check
  %endif
 %endif
%endif

%if %{without mpi}
%post -n %{libname -l _cpp -s %{sonum_CXX}} -p /sbin/ldconfig
%postun -n %{libname -l _cpp -s %{sonum_CXX}} -p /sbin/ldconfig
%post -n %{libname -l _hl_cpp -s %{sonum_HL_CXX}} -p /sbin/ldconfig
%postun -n %{libname -l _hl_cpp -s %{sonum_HL_CXX}} -p /sbin/ldconfig
%endif

%post -n %{libname -s %{sonum}} -p /sbin/ldconfig
%postun -n %{libname -s %{sonum}} -p /sbin/ldconfig
%post -n %{libname -l _hl -s %{sonum_HL}} -p /sbin/ldconfig
%postun -n %{libname -l _hl -s %{sonum_HL}} -p /sbin/ldconfig
%post -n %{libname -l _fortran -s %{sonum_F}} -p /sbin/ldconfig
%postun -n %{libname -l _fortran -s %{sonum_F}} -p /sbin/ldconfig
%post -n %{libname -l hl_fortran -s %{sonum_HL_F}} -p /sbin/ldconfig
%postun -n %{libname -l hl_fortran -s %{sonum_HL_F}} -p /sbin/ldconfig

%if %{with hpc}
%postun module
%hpc_module_delete_if_default
%endif

%if %{without mpi}
%files -n %{pname}-examples
%defattr(-,root,root)
%{_datadir}/hdf5_examples

 %if 0%{without hpc}

%files -n %{pname}-devel-data
%defattr(-,root,root,-)
%config(noreplace) %{_sysconfdir}/rpm/macros.hdf5
 %endif
%endif # flavor == serial

%files -n %{name}
%defattr(-,root,root)
%{?with_hpc:%dir %my_bindir}
%{my_bindir}/gif2h5
%{my_bindir}/h52gif
%{my_bindir}/h5clear
%{my_bindir}/h5copy
%{my_bindir}/h5debug
%{my_bindir}/h5diff
%{my_bindir}/h5dump
%{my_bindir}/h5format_convert
%{my_bindir}/h5import
%{my_bindir}/h5jam
%{my_bindir}/h5ls
%{my_bindir}/h5mkgrp
%if %{with mpi}
%{my_bindir}/ph5diff
%{my_bindir}/h5perf
%endif
%{my_bindir}/h5perf_serial
%{my_bindir}/h5redeploy
%{my_bindir}/h5repack
%{my_bindir}/h5repart
%{my_bindir}/h5stat
%{my_bindir}/h5unjam
%{my_bindir}/h5watch

%files -n %{libname -s %{sonum}}
%defattr(-,root,root)
%doc COPYING ACKNOWLEDGMENTS README.txt
##
%if %{without mpi}
%doc release_docs/HISTORY-1_8_0-1_10_0.txt
%doc release_docs/RELEASE.txt
%endif
%defattr(0755,root,root)
%{?whith_hpc:%hpc_dirs}
%{my_libdir}/libhdf5.so.%{sonum}
%{my_libdir}/libhdf5.so.%{sonum}.*

%files -n %{libname -l _hl -s %{sonum_HL}}
%defattr(-,root,root)
%doc COPYING
%defattr(0755,root,root)
%{?with_hpc:%hpc_dirs}
%{my_libdir}/libhdf5_hl.so.%{sonum_HL}
%{my_libdir}/libhdf5_hl.so.%{sonum_HL}.*

%if %{without mpi}
%files -n %{libname -l _cpp -s %{sonum_CXX}}
%defattr(-,root,root)
%doc COPYING
%defattr(0755,root,root)
%{?with_hpc:%hpc_dirs}
%{my_libdir}/libhdf5_cpp.so.%{sonum_CXX}
%{my_libdir}/libhdf5_cpp.so.%{sonum_CXX}.*

%files -n %{libname -l _hl_cpp -s %{sonum_HL_CXX}}
%defattr(-,root,root)
%doc COPYING
%defattr(0755,root,root)
%{?with_hpc:%hpc_dirs}
%{my_libdir}/libhdf5_hl_cpp.so.%{sonum_HL_CXX}
%{my_libdir}/libhdf5_hl_cpp.so.%{sonum_HL_CXX}.*
%endif # flavor == serial

%files -n %{libname -l _fortran -s %{sonum_F}}
%defattr(-,root,root)
%doc COPYING
%defattr(0755,root,root)
%{?with_hpc:%hpc_dirs}
%{my_libdir}/libhdf5_fortran.so.%{sonum_F}
%{my_libdir}/libhdf5_fortran.so.%{sonum_F}.*

%files -n %{libname -l hl_fortran -s %{sonum_HL_F}}
%defattr(-,root,root)
%doc COPYING
%defattr(0755,root,root)
%{?with_hpc:%hpc_dirs}
%{my_libdir}/libhdf5hl_fortran.so.%{sonum_HL_F}
%{my_libdir}/libhdf5hl_fortran.so.%{sonum_HL_F}.*

%if %{with hpc}
%files module
%defattr(-,root,root)
%hpc_modules_files
%endif

%files devel
%defattr(-,root,root)
##
%{?with_hpc:%dir %{my_incdir}}
%doc release_docs/HISTORY-1_0-1_8_0_rc3.txt
%doc release_docs/RELEASE.txt
%doc ACKNOWLEDGMENTS README.txt
%{?with_hpc:%{hpc_pkgconfig_file -n hdf5}}
%{?with_hpc:%{hpc_pkgconfig_file -N -n hdf5_hl}}
%{?with_hpc:%{hpc_pkgconfig_file -N -n hdf5_fortran}}
%{?with_hpc:%{hpc_pkgconfig_file -N -n hdf5_hl_fortran}}
%if %{without mpi}
%{?with_hpc:%{hpc_pkgconfig_file -N -n hdf5_cpp}}
%{?with_hpc:%{hpc_pkgconfig_file -N -n hdf5_hl_cpp}}
%{my_bindir}/h5c++
%{my_bindir}/h5cc
%{my_bindir}/h5fc
%else
%{my_bindir}/h5pcc
%{my_bindir}/h5pfc
%endif
%{my_incdir}/*.h
%{my_libdir}/*.so
%{my_libdir}/*.settings
%{my_incdir}/*.mod

%files devel-static
%defattr(-,root,root)
%{my_libdir}/*.a

%changelog