rtems/scripts/gccnewlib/gccnewlib.add

%define gcc_version	@gcc_version@
%define newlib_version	@newlib_version@

%define gcc_target	@target_alias@

Name:           %{rpmprefix}%{gcc_target}-gcc-newlib
Summary:        gcc and newlib C Library for %{gcc_target}.
Group:          %{rpmgroup}
Release:        @Release@
Epoch:          0
License:        gcc is GPL/LGPL ; newlib no has restrictions on run-time usage

Packager:     	ralf.corsepius@rtems.org and joel@OARcorp.com

Version:      	gcc%{gcc_version}newlib%{newlib_version}

%if "%{gcc_version}" >= "3.2.2"
Source0: ftp://ftp.gnu.org/pub/gnu/gcc/gcc-%{gcc_version}/gcc-%{gcc_version}@gcc_suffix@
%else
%if "%{gcc_version}" >= "3.0"
Source0: ftp://ftp.gnu.org/pub/gnu/gcc/gcc-%{gcc_version}/gcc-%{gcc_version}.tar.gz
%else
Source0: ftp://ftp.gnu.org/pub/gnu/gcc/gcc-%{gcc_version}/gcc-%{gcc_version}-everything.tar.gz
%endif
%endif
Source1:	ftp://sources.redhat.com/pub/newlib/newlib-%{newlib_version}@newlib_suffix@
@PATCH1@
@PATCH3@
BuildPreReq:	texinfo >= 4.2
BuildPreReq:	%{rpmprefix}%{gcc_target}-binutils
#
# The original sources are not included in the source RPM.
# If we included them, then the source RPMs for each target
# would duplicate MBs of source unnecessarily.  This is 
# a duplication of over 30 MBs of source for each of
# the more than 10 targets it is possible to build.
#
# You can get them yourself from the Internet and copy them to
# your /usr/src/redhat/SOURCES directory ($RPM_SOURCE_DIR).
# Or you can try the ftp options of rpm :-)
#
%{?!_with_sources:NoSource:	0}
%{?!_with_sources:NoSource:	1}

# Use rpm -ba --define 'gnat [0|1]' xxx.spec to override building gnat for 
# those targets wanting to support ada.

# default to not building gnat
%define _gnat	%{?gnat:%gnat}%{!?gnat:0}

# Use rpm -ba --define 'gcj [0|1]' xxx.spec to override building gcj for 
# those targets wanting to support gcj.

# default to not building gcj
%define _gcj	%{?gcj:%gcj}%{!?gcj:0}

%define build_cxx 	%{?cxx:%cxx}%{!?cxx:1}
%if "%{gcc_version}" >= "4.0.0"
%define build_f95	%{?f95:%f95}%{!?f95:0}
%define build_g77	0
%else
%define build_f95	0
%define build_g77 	%{?g77:%g77}%{!?g77:0}
%endif
%define build_objc	%{?objc:%objc}%{!?objc:0}
%define build_gcj	0
%define build_gnat	0

%if "%{gcc_target}" == "arm-rtems@osversion@"
%define build_gcj	%_gcj
%endif

%if "%{gcc_target}" == "avr-rtems@osversion@"
%define build_cxx	0
%endif

%if "%{gcc_target}" == "tic4x-rtems@osversion@"
%define build_cxx	0
%endif

# OBSOLETE: use tic4x instead
%if "%{gcc_target}" == "c4x-rtems@osversion@"
%define build_cxx	0
%endif

# OBSOLETE: use tic4x instead
%if "%{gcc_target}" == "c4x-rtems@osversion@"
%define build_cxx	0
%endif

%if "%{gcc_target}" == "i386-rtems@osversion@"
%define build_gnat      %_gnat
%define build_gcj	%_gcj
%endif

%if "%{gcc_target}" == "m68k-rtems@osversion@"
%define build_gcj	%_gcj
%endif

%if "%{gcc_target}" == "mips-rtems@osversion@"
%define build_gnat      %_gnat
%define build_gcj	%_gcj
%endif

%if "%{gcc_target}" == "powerpc-rtems@osversion@"
%define build_gnat      %_gnat
%define build_gcj	%_gcj
%endif

# gcc 3.4.0 is broken for embedded sparc and gnat trips it.
%if "%{gcc_target}" == "sparc-rtems@osversion@"
%if "%{gcc_version}" >= "3.4"
%define build_gnat      0
%else
%define build_gnat      %_gnat
%endif
%define build_gcj	%_gcj
%endif

%if %build_gcj
# Building gcj requires bison and zlib
BuildRequires:	bison
%endif

%if "%_vendor" == "redhat"
%if %build_gcj
BuildRequires:	zlib-devel
%endif
%if %build_gnat
# Building gnat requires gnat
# This really isn't available until RedHat 8.0.  How to conditionalize this?
BuildRequires:	gcc-gnat
%endif
%if %build_f95
BuildRequires: gmp-devel
%endif
%endif

%if "%{gcc_version}" >= "3.4"
%define gcclib %{_libdir}/gcc
%define gccexec %{_libexecdir}/gcc
%else
%define gcclib %{_libdir}/gcc-lib
%define gccexec %{_libdir}/gcc-lib
%endif

%description
RTEMS is an open source operating system for embedded systems.

This is gcc's and newlib C Library's sources with patches for RTEMS.

 The original sources are not included in the source RPM.
 If we included them, then the source RPMs for each target
 would duplicate MBs of source unnecessarily.  This is 
 a duplication of over 30 MBs of source for each of
 the more than 10 targets it is possible to build.

 You can get them yourself from the Internet and copy them to
 your /usr/src/[redhat|packages]/SOURCES directory ($RPM_SOURCE_DIR).
 Or you can try the ftp options of rpm :-)

%prep
# untar the sources inside %{gcc_target}-gcc-newlib
%setup -c -T -n %{name}-%{version} -a0 -a1

cd gcc-%{gcc_version}
%{?PATCH0:%patch0 -p1}
cd ..
cd newlib-%{newlib_version}
%{?PATCH1:%patch1 -p1}
cd ..

  cd gcc-%{gcc_version}
    sed -e 's/\(version_string.* = \"[^\"]*\)/\1 (RTEMS gcc-%{gcc_version}-@gcc_patch_version@\/newlib-%{newlib_version}-@newlib_patch_version@-@Release@)/' \
    gcc/version.c > gcc/version.c~
    mv gcc/version.c~  gcc/version.c 

  # Fix timestamps
    contrib/gcc_update --touch
  cd ..

  # Copy the C library into gcc's source tree
  ln -s ../newlib-%{newlib_version}/newlib gcc-%{gcc_version}
  test -d build || mkdir build

%build
  cd build

  languages="c"
%if %build_cxx
  languages="$languages,c++"
%endif
%if %build_g77
  languages="$languages,g77"
%endif
%if %build_f95
  languages="$languages,f95"
%endif
%if %build_gcj
  languages="$languages,java"
%endif
%if %build_objc
  languages="$languages,objc"
%endif
%if %build_gnat
  languages="$languages,ada"
%endif

  export PATH="%{_bindir}:${PATH}"
  ../gcc-%{gcc_version}/configure \
    --prefix=%{_prefix} \
    --bindir=%{_bindir} \
    --includedir=%{_includedir} \
    --libdir=%{_libdir} \
    --mandir=%{_mandir} \
    --infodir=%{_infodir} \
    --build=%_build --host=%_host \
    --target=%{gcc_target} \
    --with-gnu-as --with-gnu-ld --with-newlib --verbose \
    --with-system-zlib --disable-nls \
    --enable-version-specific-runtime-libs \
    --enable-threads=rtems \
    --enable-languages=$languages ${libgcj_flag}

%if "%_host" != "%_build"
  # Bug in gcc-3.2.1:
  # Somehow, gcc doesn't get syslimits.h right for Cdn-Xs
  test -d gcc/include || mkdir -p gcc/include
  cp ../gcc-%{gcc_version}/gcc/gsyslimits.h gcc/include/syslimits.h
%endif

%if %build_gnat
%if "%{gcc_version}" < "3.4"
  cd ../gcc-%{gcc_version}/gcc/ada
  touch treeprs.ads [es]info.h nmake.ad[bs]
  cd ../../../build
%endif
%endif

  make all
%if %build_gnat
# This gnat configuration is crap :(

%if "%{gcc_version}" >= "3.4"
# This is what is documented - Of cause it doesn't work.
  make -C gcc gnatlib
  make -C gcc cross-gnattools
  make -C gcc ada.all.cross
%endif

%if "%{gcc_version}" < "3.4"
# This is what had worked for some versions of gcc.
  make -C gcc cross-gnattools
  make -C gcc ada.all.cross
# This is what gcc/ada/Makefile.in contains by default, 
# but what we override below
  GNATLIBCFLAGS="-g -O2"
# Let gnatlib building find newlib's headers
  GNATLIBCFLAGS="$GNATLIBCFLAGS -isystem `pwd`/%{gcc_target}/newlib/targ-include"
  GNATLIBCFLAGS="$GNATLIBCFLAGS -isystem `pwd`/../newlib-%{newlib_version}/newlib/libc/include"
  GNATLIBCFLAGS="$GNATLIBCFLAGS -isystem `pwd`/../gcc-%{gcc_version}/include"
# Without this xgcc doesn't find the target's binutils.
  GNATLIBCFLAGS="$GNATLIBCFLAGS -B%{_prefix}/%{gcc_target}/bin/"
%if "%{gcc_target}" == "mips-rtems@osversion@"
  GNATLIBCFLAGS="$GNATLIBCFLAGS -G0"
%endif
  make -C gcc GNATLIBCFLAGS="${GNATLIBCFLAGS}" gnatlib
%endif
%endif
  make info

%install
  export PATH="%{_bindir}:${PATH}"
  rm -rf $RPM_BUILD_ROOT

  cd build
# Bug in gcc-2.95.1: It doesn't build this installation directory
# If it doesn't find it, gcc doesn't install %{gcc_target}/bin/gcc
%if "%{gcc_version}" < "3.0"
  mkdir -p $RPM_BUILD_ROOT%{_prefix}/%{gcc_target}/bin
%endif

  make prefix=$RPM_BUILD_ROOT%{_prefix} \
    bindir=$RPM_BUILD_ROOT%{_bindir} \
    libdir=$RPM_BUILD_ROOT%{_libdir} \
    includedir=$RPM_BUILD_ROOT%{_includedir} \
    mandir=$RPM_BUILD_ROOT%{_mandir} \
    infodir=$RPM_BUILD_ROOT%{_infodir} \
    install
  cd %{gcc_target}/newlib
  make prefix=$RPM_BUILD_ROOT%{_prefix} \
    bindir=$RPM_BUILD_ROOT%{_bindir} \
    libdir=$RPM_BUILD_ROOT%{_libdir} \
    includedir=$RPM_BUILD_ROOT%{_includedir} \
    mandir=$RPM_BUILD_ROOT%{_mandir} \
    infodir=$RPM_BUILD_ROOT%{_infodir} \
    install-info
  # cd back to build/
  cd ../..

%if %build_gnat
# Install a copy of gcc as gnatgcc
# Enables us to mix different versions of gnat and gnatgcc
  rm -f $RPM_BUILD_ROOT%{_bindir}/%{gcc_target}-gnatgcc%{_exeext}
  ln $RPM_BUILD_ROOT%{_bindir}/%{gcc_target}-gcc%{_exeext} \
    $RPM_BUILD_ROOT%{_bindir}/%{gcc_target}-gnatgcc%{_exeext}
%endif

  # Bug in gcc-3.x: It puts the build dirs into *.la files

  # host library
  rm -f  ${RPM_BUILD_ROOT}%{_prefix}/lib/libiberty.a

  # We use the version from binutils
  rm -f $RPM_BUILD_ROOT%{_bindir}/%{gcc_target}-c++filt%{_exeext}

  # We don't ship info/dir
  rm -f $RPM_BUILD_ROOT%{_infodir}/dir

%if %build_f95
#  # Bug in gcc-4.0.0pre
#  mv $RPM_BUILD_ROOT%{_bindir}/gfortran $RPM_BUILD_ROOT%{_bindir}/%{gcc_target}-gfortran
%endif

%if "%{gcc_version}" >= "3.4"
  # Bug in gcc-3.4.0pre
  rm -f $RPM_BUILD_ROOT%{_bindir}/%{gcc_target}-%{gcc_target}-gcjh%{_exeext}
%endif

%if "%{gcc_version}" >= "3.3"
  # Bug in gcc-3.3.x/gcc-3.4.x: Despite we don't need fixincludes, it installs
  # the fixinclude-install-tools
  rm -rf ${RPM_BUILD_ROOT}%{gcclib}/%{gcc_target}/%{gcc_version}/install-tools
  rm -rf ${RPM_BUILD_ROOT}%{gccexec}/%{gcc_target}/%{gcc_version}/install-tools
%endif

%if "%{gcc_version}" < "3.0"
  # Bug in gcc-2.95.x: It bogusly tries to share cpp for all targets.
  # Rename it to target_alias-cpp
  if test -f $RPM_BUILD_ROOT%{_bindir}/cpp%{_exeext};
  then
    mv $RPM_BUILD_ROOT%{_bindir}/cpp%{_exeext} \
      $RPM_BUILD_ROOT%{_bindir}/%{gcc_target}-cpp%{_exeext}
  fi
%endif

  # gzip info files
  ls $RPM_BUILD_ROOT%{_infodir}/*.info \
    $RPM_BUILD_ROOT%{_infodir}/*.info-? \
    $RPM_BUILD_ROOT%{_infodir}/*.info-?? \
  | while read a; do \
    gzip -9qf $a 2>/dev/null; \
  done

  # gzip man pages
  gzip -9qf $RPM_BUILD_ROOT%{_mandir}/man?/*.? 2>/dev/null

  rm -f dirs ;
  echo "%defattr(-,root,root)" >> dirs
  echo "%dir %{_prefix}/lib" >> dirs ;
  echo "%dir %{gcclib}" >> dirs ;
  echo "%dir %{gcclib}/%{gcc_target}" >> dirs ;

  # Collect multilib subdirectories
  f=`gcc/xgcc -Bgcc/ --print-multi-lib | sed -e 's,;.*$,,'`

  TGTDIR="%{gcclib}/%{gcc_target}/%{gcc_version}"
  for i in $f; do
    case $i in
    \.) echo "%dir ${TGTDIR}" >> dirs
      ;;
    *)  echo "%dir ${TGTDIR}/$i" >> dirs
      ;;
    esac
  done

  TGTDIR="%{_prefix}/%{gcc_target}/lib"
  for i in $f; do
    case $i in
    \.) echo "%dir ${TGTDIR}" >> dirs
      ;;
    *)  echo "%dir ${TGTDIR}/$i" >> dirs
      ;;
    esac
  done

  # Collect files to go into different packages
  cp dirs files.gcc
  cp dirs files.g77
  cp dirs files.gfortran
  cp dirs files.objc
  cp dirs files.gcj
  cp dirs files.g++

  TGTDIR="%{gcclib}/%{gcc_target}/%{gcc_version}"
  f=`find ${RPM_BUILD_ROOT}${TGTDIR} ! -type d -print | sed -e "s,^$RPM_BUILD_ROOT,,g"`;
  for i in $f; do
    case $i in
    *lib*.la) rm ${RPM_BUILD_ROOT}/$i ;; # ignore: gcc produces bogus libtool libs
    *f771) ;;
    *f951) ;;
    *cc1) ;;
    *cc1obj) ;;
    *cc1plus) ;; # ignore: explicitly put into rpm elsewhere
    *collect2) ;;
    *libobjc*) echo "$i" >> files.objc ;;
    *include/objc*) ;;
    *include/g++*);;
    *include/c++*);;
    *adainclude*);;
    *adalib*);;
    *gnat1);;
    *jc1) ;;
    *jvgenmain) ;;
    *libgfortran*.a) echo "$i" >> files.gfortran ;;
    *libstdc++.a) echo "$i" >> files.g++ ;;
    *libsupc++.a) echo "$i" >> files.g++ ;;
    *) echo "$i" >> files.gcc ;;
    esac
  done

  TGTDIR="%{_prefix}/%{gcc_target}/lib"
  f=`find ${RPM_BUILD_ROOT}${TGTDIR} ! -type d -print | sed -e "s,^$RPM_BUILD_ROOT,,g"`;
  for i in $f; do
    case $i in
    *lib*.la) rm ${RPM_BUILD_ROOT}/$i;; # ignore - gcc produces bogus libtool libs
    *libiberty.a) rm ${RPM_BUILD_ROOT}/$i ;; # ignore - GPL'ed
# all other files belong to gcc
    *) echo "$i" >> files.gcc ;; 
    esac
  done