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building lcc on x86_64 / Linux / gcc
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Goetz Hoffart
May 20, 2014, 4:20:21 PM5/20/14
to
Hi,
I can't build lcc 4.2 on my Debian GNU/Linux x86_64 box:
$ make all
cc -g -c -Isrc -o /alloc.o src/alloc.c
cc -g -c -Isrc -o /bind.o src/bind.c
cc -g -c -Isrc -o /dag.o src/dag.c
src/dag.c: In function 'listnodes':
src/dag.c:176: note: The ABI of passing union with long double has
changed in GCC 4.4
cc -g -c -Ilburg -o /lburg.o lburg/lburg.c
cc -g -c -Ilburg -o /gram.o lburg/gram.c
y.tab.c: In function 'yymalloc':
y.tab.c:210: warning: incompatible implicit declaration of built-in
function 'malloc'
y.tab.c: In function 'yyrealloc':
y.tab.c:219: warning: incompatible implicit declaration of built-in
function 'realloc'
y.tab.c: In function 'yygrow':
y.tab.c:251: warning: incompatible implicit declaration of built-in
function 'free'
y.tab.c: In function 'yyparse':
y.tab.c:445: warning: incompatible implicit declaration of built-in
function 'free'
cc -g -o /lburg /lburg.o /gram.o
/lburg src/dagcheck.md /dagcheck.c
cc -g -c -Isrc -o /dagcheck.o /dagcheck.c
cc -g -c -Isrc -o /decl.o src/decl.c
[...]
r - /mips.o
r - /sparc.o
r - /stab.o
r - /x86.o
r - /x86linux.o
cc -g -o /rcc /main.o /librcc.a
cc -g -c -Icpp -o /cpp.o cpp/cpp.c
cc -g -c -Icpp -o /lexer.o cpp/lex.c
cc -g -c -Icpp -o /nlist.o cpp/nlist.c
cc -g -c -Icpp -o /tokens.o cpp/tokens.c
cc -g -c -Icpp -o /macro.o cpp/macro.c
cc -g -c -Icpp -o /eval.o cpp/eval.c
cc -g -c -Icpp -o /include.o cpp/include.c
cc -g -c -Icpp -o /hideset.o cpp/hideset.c
cc -g -c -Icpp -o /getopt.o cpp/getopt.c
cc -g -c -Icpp -o /unix.o cpp/unix.c
cc -g -o /cpp /cpp.o /lexer.o /nlist.o /tokens.o /macro.o /eval.o
/include.o /hideset.o /getopt.o /unix.o
cc -g -c -o /lcc.o etc/lcc.c
etc/lcc.c:220: warning: conflicting types for built-in function 'execv'
cc -g -c -o /host.o
cc: no input files
make: *** [/host.o] Error 1
What's going wrong? I read the FAQ but such stuff is not covered there.
Regards
G�tz
I can't build lcc 4.2 on my Debian GNU/Linux x86_64 box:
$ make all
cc -g -c -Isrc -o /alloc.o src/alloc.c
cc -g -c -Isrc -o /bind.o src/bind.c
cc -g -c -Isrc -o /dag.o src/dag.c
src/dag.c: In function 'listnodes':
src/dag.c:176: note: The ABI of passing union with long double has
changed in GCC 4.4
cc -g -c -Ilburg -o /lburg.o lburg/lburg.c
cc -g -c -Ilburg -o /gram.o lburg/gram.c
y.tab.c: In function 'yymalloc':
y.tab.c:210: warning: incompatible implicit declaration of built-in
function 'malloc'
y.tab.c: In function 'yyrealloc':
y.tab.c:219: warning: incompatible implicit declaration of built-in
function 'realloc'
y.tab.c: In function 'yygrow':
y.tab.c:251: warning: incompatible implicit declaration of built-in
function 'free'
y.tab.c: In function 'yyparse':
y.tab.c:445: warning: incompatible implicit declaration of built-in
function 'free'
cc -g -o /lburg /lburg.o /gram.o
/lburg src/dagcheck.md /dagcheck.c
cc -g -c -Isrc -o /dagcheck.o /dagcheck.c
cc -g -c -Isrc -o /decl.o src/decl.c
[...]
r - /mips.o
r - /sparc.o
r - /stab.o
r - /x86.o
r - /x86linux.o
cc -g -o /rcc /main.o /librcc.a
cc -g -c -Icpp -o /cpp.o cpp/cpp.c
cc -g -c -Icpp -o /lexer.o cpp/lex.c
cc -g -c -Icpp -o /nlist.o cpp/nlist.c
cc -g -c -Icpp -o /tokens.o cpp/tokens.c
cc -g -c -Icpp -o /macro.o cpp/macro.c
cc -g -c -Icpp -o /eval.o cpp/eval.c
cc -g -c -Icpp -o /include.o cpp/include.c
cc -g -c -Icpp -o /hideset.o cpp/hideset.c
cc -g -c -Icpp -o /getopt.o cpp/getopt.c
cc -g -c -Icpp -o /unix.o cpp/unix.c
cc -g -o /cpp /cpp.o /lexer.o /nlist.o /tokens.o /macro.o /eval.o
/include.o /hideset.o /getopt.o /unix.o
cc -g -c -o /lcc.o etc/lcc.c
etc/lcc.c:220: warning: conflicting types for built-in function 'execv'
cc -g -c -o /host.o
cc: no input files
make: *** [/host.o] Error 1
What's going wrong? I read the FAQ but such stuff is not covered there.
Regards
G�tz
jacob navia
May 20, 2014, 5:37:17 PM5/20/14
to
Le 20/05/2014 22:20, Goetz Hoffart a �crit :
> Hi,
>
> What's going wrong? I read the FAQ but such stuff is not covered there.
>
> Regards
> G�tz
>
Use the shell script written by Nelson, it is in the site of lcc 4.2.
For your convenience here it is
------------------------------------------------------------cut here
#! /bin/sh
#!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
# NB: Change this with each new release of lcc
VERSION=lcc-4.1
#!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
# /usr/local/src/lcc/lcc-4.0/BUILD-LCC.sh, Thu Jul 3 07:56:57 1997
# Edit by Nelson H. F. Beebe <be...@plot79.math.utah.edu>
#=======================================================================
# This is a UNIX shell script to build and install lcc 3.6 or later on
# each supported architecture. If you follow the widely-used GNU (and
# others) default of using /usr/local/{bin,include,lib,man/man1} as
# the location of installed files, then NO customizations of this file
# will be necessary.
#
# Usage:
#
# csh/tcsh:
# [setenv CC=...]
# [setenv CFLAGS=...]
# [setenv TMPDIR=...]
# ./BUILD-LCC.sh [--exec-prefix=path] [ target [ host ] ]
#
# bash/sh/ksh:
# [CC=...] [CFLAGS=...] [TMPDIR=...] \
# ./BUILD-LCC.sh [--exec-prefix=path] [ target [ host ] ]
#
# For all supported UNIX systems, target and host can be omitted: they
# will be determined automatically from output of the uname command.
#
# The value of CC must NOT contain any blanks; if you need extra
# options, e.g. "cc -std1", specify them like this: CC=cc CFLAGS=-std1.
#
# You can use the --exec-prefix option to provide a replacement for
# the default /usr/local installation path. Files will be installed
# in directories lib/lcc-VERSION, man/man1, and bin under that path.
#
# This script has been used at *.math.utah.edu for successful builds
# like this:
#
# DEC Alpha OSF/1 3.2: ./BUILD-LCC.sh alpha-osf
# Intel GNU/Linux 2.0.35 ./BUILD-LCC.sh x86-linux
# SGI MIPS IRIX 5.3: ./BUILD-LCC.sh mips-irix
# SGI MIPS IRIX 6.3: ./BUILD-LCC.sh mips-irix
# Sun SPARC Solaris 5.2: ./BUILD-LCC.sh sparc-solaris
#
# These targets were available in a 4.1 pretest, but have been
# dropped in the final distribution:
#
# DEC MIPS ULTRIX 4.3: ./BUILD-LCC.sh mips-ultrix
# Sun SPARC SunOS 4.1.3: ./BUILD-LCC.sh sparc-sun
#
# In each of these cases, a bare ./BUILD-LCC.sh also works.
#
# If your default C compiler does not support ANSI/ISO Standard C,
# then you may need to set the CC environment to point to such a
# compiler (lcc, gcc, c89, ...). This script will automatically check
# for a number of such compilers. Without an already installed
# Standard-conforming compiler, lcc cannot be bootstrapped onto your
# machine without major source code modifications. You may be able to
# use cross-compilation to build lcc on another system where you do
# have Standard C support, or you may be able to find a prebuilt
# binary distribution in the lcc archives that you can install without
# the need for compilation.
#
# This script makes one change from the recommended installation paths
# suggested in doc/install.html: it compiles into the lcc executable
# program version-specific paths to its associated installed, and
# installs the binaries under names xxx and xxx-y.z (y.z is the lcc
# version number) using hard links. That way, multiple versions of
# lcc can remain installed on the system. This practice is also
# common with GNUware.
#
# All of the installation tests, including cross-compilation tests,
# are performed; check the output carefully to ensure that they
# produce no errors, other than as documented in doc/install.html.
#
# An ls -l listing is produced for all installed files, so that
# you have feedback about what has been changed on your system.
#
# The source directory tree is treated as read-only; all building is
# done under TMPDIR, which defaults to /usr/tmp if it is not globally
# defined before invoking this script. This permits builds from
# CD-ROMs and network-mounted read-only file systems, and also permits
# simultaneous builds on multiple architectures/hosts. NB: On Sun
# Solaris 2.x at least, TMPDIR cannot be /tmp, because ld generates an
# error; /usr/tmp works fine, though it loses the speed benefits of an
# in-memory file system. The amount of free space required under TMPDIR
# is about 11MB.
#
# [11-Sep-1998] -- update for lcc 4.1
# [15-Jul-1997] -- update for lcc 4.0
# [21-Oct-1996] -- update for lcc 3.6 (installation process changed
# significantly), and add support for command-line
# specification of TARGET and HOST values
# [30-Apr-1996] -- update with check for existence of GNU cpp, and
# make sure CC is not set
# [29-Aug-1995] -- original version
#=======================================================================
exec_prefix=/usr/local
if test $# -gt 0
then
# Support GNU configure-style --exec-prefix option
case "$1" in
-exec-prefix* | --exec_prefix* | --exec-prefix* | --exec-prefi* \
| --exec-pref* | --exec-pre* | --exec-pr* | --exec-p* | --exec-* \
| --exec* | --exe* | --ex*)
exec_prefix=`echo $1 | awk -F= '{print $2}'`
shift
;;
esac
fi
if test $# -gt 0 -a "xx$1" != "xx"
then
TARGET=$1
else
# Try to set TARGET and HOST automatically based on uname output
os=`uname -s || echo UNKNOWN-OS`
if test "xx$os" = "xxOSF1"
then
TARGET=alpha-osf
elif test "xx$os" = "xxULTRIX"
then
TARGET=mips-ultrix
elif test "xx$os" = "xxIRIX"
then
TARGET=mips-irix
elif test "xx$os" = "xxIRIX64"
then
TARGET=mips-irix
elif test "xx$os" = "xxSunOS"
then
majorversion=`uname -r | awk -F. '{print $1}'`
if test "xx$majorversion" = "xx4"
then
TARGET=sparc-sun
# SunOS 4.x has limited support for Standard C, and
# lacks definitions of two required symbols
CFLAGS="-DEXIT_SUCCESS=0 -DEXIT_FAILURE=1 $CFLAGS"
elif test "xx$majorversion" = "xx5"
then
CFLAGS='-DSUNDIR=\"/opt/SUNWspro/SC4.2/lib/\" '"$CFLAGS"
TARGET=sparc-solaris
else
echo "Warning: unrecognized SunOS version $majorversion: assuming
compatible with 5"
TARGET=sparc-solaris
fi
elif test "xx$os" = "xxLinux"
then
TARGET=x86-linux
else
echo "There is no support for TARGET=$os in this version of lcc"
exit 1
fi
fi
if test $# -gt 1 -a "xx$2" != "xx"
then
HOST=$2
else
HOST=`echo $TARGET | tr - ' ' | awk '{print $2}'`
fi
echo ==================== Building $VERSION for TARGET=$TARGET HOST=$HOST
echo ==================== with exec_prefix=$exec_prefix
VERSIONNUMBER=`echo $VERSION | sed -e s/lcc-//`
# Where the installed files will go:
INSTALLBINDIR=$exec_prefix/bin
INSTALLLIBDIR=$exec_prefix/lib/$VERSION
INSTALLINCDIR=$INSTALLLIBDIR/include
INSTALLMANDIR=$exec_prefix/man
# rcp supports the -p (preserve file time stamp) flag, but not
# all cp implementations do, so use it instead
CP="rcp -p"
RM="rm -f"
TARGETOS=`echo $TARGET | tr - /`
# First do a sanity check to make sure that we can find suitable
# TARGET and HOST values, either from the command line, or internally
# by default.
if test ! -r etc/$HOST.c
then
echo "Cannot find driver host file etc/$HOST.c"
echo "Usage: $0 target host"
echo "Target = one of: alpha-osf mips-irix mips-ultrix
sparc-solaris x86-linux"
echo "Host = one of: `/bin/ls -1 etc | sed -e 's/[.][ch]//g'`"
exit 1
fi
TARGETOS=`echo $TARGET | tr - /`
if test ! -d $TARGETOS
then
echo "Cannot find target/os directory $TARGETOS"
echo "Usage: $0 target host"
echo "Target = one of: alpha-osf mips-irix mips-ultrix
sparc-solaris x86-linux"
echo "Host = one of: `/bin/ls -1 etc | sed -e 's/[.][ch]//g'`"
exit 1
fi
if test "xx$TMPDIR" = "xx"
then
TMPDIR=/usr/tmp
fi
echo ========== "The build requires about 11MB of free space under $TMPDIR"
echo ========== "Check that you have enough:"
# We try to use the -k flag for df to get sensible size units, but not
# all df implementations support it, so we try bare df if df -k fails:
df -k $TMPDIR 2>/dev/null || df $TMPDIR
# NB: Cannot do this in /tmp, because ld step to create lcc fails on
# Sun Solaris 5.2, sigh...
BUILDDIR=$TMPDIR/$VERSION/$TARGETOS; export BUILDDIR
echo ========== Creating temporary build directory tree in $BUILDDIR
mkdir -p $BUILDDIR
if test "xx$os" = "xxLinux"
then
TMPDIRNAME=/tmp/lcc.dirname.$$
dirname `find /usr/lib/gcc-lib/*/[0-9]*
/usr/local/lib/gcc-lib/*/[0-9]* -name cpp 2>/dev/null | head -1`
>$TMPDIRNAME
echo Using gcc release from `cat $TMPDIRNAME`
if test -h $BUILDDIR/gcc
then
rm -f $BUILDDIR/gcc
fi
ln -s `cat $TMPDIRNAME` $BUILDDIR/gcc
rm -f $TMPDIRNAME
fi
echo ========== Checking for ANSI/ISO Standard C compiler
if test "xx$CC" = "xx"
then
# Try lcc last, because if a prior build installed lcc, but there
# were errors in the tests, we prefer not to use it when a
# correctly-working alternative is available.
# Try c89 first, because on DEC Alpha OSF/1 3.2, cc produces
# a core-dumping rcc, sigh...
COMPILERS="c89 cc gcc lcc"
else
COMPILERS="$CC"
fi
echo "#include <stdio.h>" >$BUILDDIR/try.c
echo "#include <stdlib.h>" >>$BUILDDIR/try.c
echo 'int main(void) { printf("Hello" " " "there"); return (0); }'
>>$BUILDDIR/try.c
CC=
echo ========== COMPILERS=$COMPILERS
for cc in $COMPILERS
do
echo ========== Trying CC="$cc $CFLAGS" for compilation of Standard
C test file
echo =============== $cc $CFLAGS -c -o $BUILDDIR/try.o $BUILDDIR/try.c
if $cc $CFLAGS -c -o $BUILDDIR/try.o $BUILDDIR/try.c 2>/dev/null
then
CC=$cc
export CC
$RM $BUILDDIR/try.c $BUILDDIR/try.o
break
fi
done
if test "xx$CC" = "xx"
then
echo ========== Cannot find an ANSI/ISO Standard C compiler on your
system
exit 1
else
echo ========== Using ANSI/ISO Standard C compiler: CC="$CC $CFLAGS"
fi
# Delete include files (from a possibly-failed prior installation)
$RM -r $BUILDDIR/include
# and recreate an empty include file directory
mkdir -p $BUILDDIR/include
# then copy in the needed include files
$CP include/$TARGETOS/*.h $BUILDDIR/include
echo ========== Making lcc driver ...
echo make CC="$CC $CFLAGS" LD="$CC $CFLAGS" HOSTFILE=etc/$HOST.c lcc
CFLAGS="'"-DLCCDIR=\"$INSTALLLIBDIR/\""'"
make CC="$CC $CFLAGS" LD="$CC $CFLAGS" HOSTFILE=etc/$HOST.c lcc
CFLAGS="'"-DLCCDIR=\"$INSTALLLIBDIR/\""'"
echo ========== Building compiler and accessories ...
# We need LD here to be a Standard C compiler; on DEC Ultrix, LD
# defaults to cc, which fails because it is for K&R C
echo make CC="$CC $CFLAGS" LD="$CC $CFLAGS" all
make CC="$CC $CFLAGS" LD="$CC $CFLAGS" all
echo ========== Compiler test 1 ...
echo make CC="$CC $CFLAGS" TARGET=$TARGETOS test
make CC="$CC $CFLAGS" TARGET=$TARGETOS test
echo ========== Compiler test 2 ...
# The /opt/SUNWspro/SC4.0/include/cc directory is needed for stab.h
# referred to in src/sparc.c:
# echo make CC="$CC $CFLAGS" triple CFLAGS=-I/opt/SUNWspro/SC4.0/include/cc
# make CC="$CC $CFLAGS" triple CFLAGS=-I/opt/SUNWspro/SC4.0/include/cc
echo make CC="$CC $CFLAGS" triple
make CC="$CC $CFLAGS" triple
echo ========== Compiler test 3 ...
echo make CC="$CC $CFLAGS" TARGET=$TARGETOS test
make CC="$CC $CFLAGS" TARGET=$TARGETOS test
echo ========== Cross-compiler code generation tests ...
REMOTEHOST=noexecute; export REMOTEHOST
# echo make CC="$CC $CFLAGS" TARGET=alpha/osf test
# make CC="$CC $CFLAGS" TARGET=alpha/osf test -i
echo make CC="$CC $CFLAGS" TARGET=mips/irix test
make CC="$CC $CFLAGS" TARGET=mips/irix test -i
## No longer supported in lcc-4.1:
## echo make CC="$CC $CFLAGS" TARGET=mips/ultrix test
## make CC="$CC $CFLAGS" TARGET=mips/ultrix test -i
echo make CC="$CC $CFLAGS" TARGET=sparc/solaris test
make CC="$CC $CFLAGS" TARGET=sparc/solaris test -i
## No longer supported in lcc-4.1:
## echo make CC="$CC $CFLAGS" TARGET=sparc/sun test
## make CC="$CC $CFLAGS" TARGET=sparc/sun test -i
# The GNU/Linux cross-compilation test can only be run on GNU/Linux
# systems, because some lcc header files require certain GNU/Linux
# header files that do not exist on other systems.
if test "xx$os" = "xxLinux"
then
echo make CC="$CC $CFLAGS" TARGET=x86/linux test
make CC="$CC $CFLAGS" TARGET=x86/linux test -i
fi
echo ========== Installing user-callable programs ...
if test ! -d $INSTALLBINDIR
then
mkdir -p $INSTALLBINDIR
fi
for f in lburg lcc bprint
do
$RM $INSTALLBINDIR/$f
$RM $INSTALLBINDIR/$f-$VERSIONNUMBER
$CP $BUILDDIR/$f $INSTALLBINDIR/$f
ln $INSTALLBINDIR/$f $INSTALLBINDIR/$f-$VERSIONNUMBER
chmod 775 $INSTALLBINDIR/$f
ls -l $INSTALLBINDIR/$f $INSTALLBINDIR/$f-$VERSIONNUMBER
done
echo ========== Installing auxiliary programs and run-time libraries ...
if test ! -d $INSTALLLIBDIR
then
mkdir -p $INSTALLLIBDIR
fi
for f in rcc cpp
do
$RM $INSTALLLIBDIR/$f
$CP $BUILDDIR/$f $INSTALLLIBDIR/$f
chmod 775 $INSTALLLIBDIR/$f
ls -l $INSTALLLIBDIR/$f
done
for f in bbexit.o
do
$RM $INSTALLLIBDIR/$f
$CP $BUILDDIR/$f $INSTALLLIBDIR/$f
chmod 664 $INSTALLLIBDIR/$f
ls -l $INSTALLLIBDIR/$f
done
for f in liblcc.a librcc.a
do
$RM $INSTALLLIBDIR/$f
$CP $BUILDDIR/$f $INSTALLLIBDIR/$f
chmod 664 $INSTALLLIBDIR/$f
ranlib $INSTALLLIBDIR/$f || true
ls -l $INSTALLLIBDIR/$f
done
if test "xx$os" = "xxLinux"
then
echo ========== Installing gcc link ...
TMPDIRNAME=/tmp/lcc.dirname.$$
dirname `find /usr/lib/gcc-lib/*/[0-9]*
/usr/local/lib/gcc-lib/*/[0-9]* -name cpp 2>/dev/null | head -1`
>$TMPDIRNAME
echo Using gcc release from `cat $TMPDIRNAME`
if test -h $INSTALLLIBDIR/gcc
then
rm -f $INSTALLLIBDIR/gcc
fi
ln -s `cat $TMPDIRNAME` $INSTALLLIBDIR/gcc
rm -f $TMPDIRNAME
fi
echo ========== Installing include files ...
mkdir -p $INSTALLINCDIR
$CP include/$TARGETOS/*.h $INSTALLINCDIR
ls -lR $INSTALLINCDIR/*
echo ========== Installing man pages ...
if test ! -d $INSTALLMANDIR
then
mkdir -p $INSTALLMANDIR
fi
if test ! -d $INSTALLMANDIR/man1
then
mkdir -p $INSTALLMANDIR/man1
fi
if test ! -d $INSTALLMANDIR/cat1
then
mkdir -p $INSTALLMANDIR/cat1
chmod 777 $INSTALLMANDIR/cat1
fi
for f in doc/*.1
do
g=`basename $f`
chmod 777 $INSTALLMANDIR/cat1/$g 2>/dev/null
$RM $INSTALLMANDIR/cat1/$g
chmod 777 $INSTALLMANDIR/man1/$g 2>/dev/null
$RM $INSTALLMANDIR/man1/$g
$CP $f $INSTALLMANDIR/man1/$g
chmod 664 $INSTALLMANDIR/man1/$g
/bin/ls -l $INSTALLMANDIR/man1/$g
done
echo "If the build and install was successful, you can now delete the
temporary build tree by"
echo " rm -rf $TMPDIR/$VERSION"
> Hi,
>
> What's going wrong? I read the FAQ but such stuff is not covered there.
>
> Regards
> G�tz
>
For your convenience here it is
------------------------------------------------------------cut here
#! /bin/sh
#!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
# NB: Change this with each new release of lcc
VERSION=lcc-4.1
#!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
# /usr/local/src/lcc/lcc-4.0/BUILD-LCC.sh, Thu Jul 3 07:56:57 1997
# Edit by Nelson H. F. Beebe <be...@plot79.math.utah.edu>
#=======================================================================
# This is a UNIX shell script to build and install lcc 3.6 or later on
# each supported architecture. If you follow the widely-used GNU (and
# others) default of using /usr/local/{bin,include,lib,man/man1} as
# the location of installed files, then NO customizations of this file
# will be necessary.
#
# Usage:
#
# csh/tcsh:
# [setenv CC=...]
# [setenv CFLAGS=...]
# [setenv TMPDIR=...]
# ./BUILD-LCC.sh [--exec-prefix=path] [ target [ host ] ]
#
# bash/sh/ksh:
# [CC=...] [CFLAGS=...] [TMPDIR=...] \
# ./BUILD-LCC.sh [--exec-prefix=path] [ target [ host ] ]
#
# For all supported UNIX systems, target and host can be omitted: they
# will be determined automatically from output of the uname command.
#
# The value of CC must NOT contain any blanks; if you need extra
# options, e.g. "cc -std1", specify them like this: CC=cc CFLAGS=-std1.
#
# You can use the --exec-prefix option to provide a replacement for
# the default /usr/local installation path. Files will be installed
# in directories lib/lcc-VERSION, man/man1, and bin under that path.
#
# This script has been used at *.math.utah.edu for successful builds
# like this:
#
# DEC Alpha OSF/1 3.2: ./BUILD-LCC.sh alpha-osf
# Intel GNU/Linux 2.0.35 ./BUILD-LCC.sh x86-linux
# SGI MIPS IRIX 5.3: ./BUILD-LCC.sh mips-irix
# SGI MIPS IRIX 6.3: ./BUILD-LCC.sh mips-irix
# Sun SPARC Solaris 5.2: ./BUILD-LCC.sh sparc-solaris
#
# These targets were available in a 4.1 pretest, but have been
# dropped in the final distribution:
#
# DEC MIPS ULTRIX 4.3: ./BUILD-LCC.sh mips-ultrix
# Sun SPARC SunOS 4.1.3: ./BUILD-LCC.sh sparc-sun
#
# In each of these cases, a bare ./BUILD-LCC.sh also works.
#
# If your default C compiler does not support ANSI/ISO Standard C,
# then you may need to set the CC environment to point to such a
# compiler (lcc, gcc, c89, ...). This script will automatically check
# for a number of such compilers. Without an already installed
# Standard-conforming compiler, lcc cannot be bootstrapped onto your
# machine without major source code modifications. You may be able to
# use cross-compilation to build lcc on another system where you do
# have Standard C support, or you may be able to find a prebuilt
# binary distribution in the lcc archives that you can install without
# the need for compilation.
#
# This script makes one change from the recommended installation paths
# suggested in doc/install.html: it compiles into the lcc executable
# program version-specific paths to its associated installed, and
# installs the binaries under names xxx and xxx-y.z (y.z is the lcc
# version number) using hard links. That way, multiple versions of
# lcc can remain installed on the system. This practice is also
# common with GNUware.
#
# All of the installation tests, including cross-compilation tests,
# are performed; check the output carefully to ensure that they
# produce no errors, other than as documented in doc/install.html.
#
# An ls -l listing is produced for all installed files, so that
# you have feedback about what has been changed on your system.
#
# The source directory tree is treated as read-only; all building is
# done under TMPDIR, which defaults to /usr/tmp if it is not globally
# defined before invoking this script. This permits builds from
# CD-ROMs and network-mounted read-only file systems, and also permits
# simultaneous builds on multiple architectures/hosts. NB: On Sun
# Solaris 2.x at least, TMPDIR cannot be /tmp, because ld generates an
# error; /usr/tmp works fine, though it loses the speed benefits of an
# in-memory file system. The amount of free space required under TMPDIR
# is about 11MB.
#
# [11-Sep-1998] -- update for lcc 4.1
# [15-Jul-1997] -- update for lcc 4.0
# [21-Oct-1996] -- update for lcc 3.6 (installation process changed
# significantly), and add support for command-line
# specification of TARGET and HOST values
# [30-Apr-1996] -- update with check for existence of GNU cpp, and
# make sure CC is not set
# [29-Aug-1995] -- original version
#=======================================================================
exec_prefix=/usr/local
if test $# -gt 0
then
# Support GNU configure-style --exec-prefix option
case "$1" in
-exec-prefix* | --exec_prefix* | --exec-prefix* | --exec-prefi* \
| --exec-pref* | --exec-pre* | --exec-pr* | --exec-p* | --exec-* \
| --exec* | --exe* | --ex*)
exec_prefix=`echo $1 | awk -F= '{print $2}'`
shift
;;
esac
fi
if test $# -gt 0 -a "xx$1" != "xx"
then
TARGET=$1
else
# Try to set TARGET and HOST automatically based on uname output
os=`uname -s || echo UNKNOWN-OS`
if test "xx$os" = "xxOSF1"
then
TARGET=alpha-osf
elif test "xx$os" = "xxULTRIX"
then
TARGET=mips-ultrix
elif test "xx$os" = "xxIRIX"
then
TARGET=mips-irix
elif test "xx$os" = "xxIRIX64"
then
TARGET=mips-irix
elif test "xx$os" = "xxSunOS"
then
majorversion=`uname -r | awk -F. '{print $1}'`
if test "xx$majorversion" = "xx4"
then
TARGET=sparc-sun
# SunOS 4.x has limited support for Standard C, and
# lacks definitions of two required symbols
CFLAGS="-DEXIT_SUCCESS=0 -DEXIT_FAILURE=1 $CFLAGS"
elif test "xx$majorversion" = "xx5"
then
CFLAGS='-DSUNDIR=\"/opt/SUNWspro/SC4.2/lib/\" '"$CFLAGS"
TARGET=sparc-solaris
else
echo "Warning: unrecognized SunOS version $majorversion: assuming
compatible with 5"
TARGET=sparc-solaris
fi
elif test "xx$os" = "xxLinux"
then
TARGET=x86-linux
else
echo "There is no support for TARGET=$os in this version of lcc"
exit 1
fi
fi
if test $# -gt 1 -a "xx$2" != "xx"
then
HOST=$2
else
HOST=`echo $TARGET | tr - ' ' | awk '{print $2}'`
fi
echo ==================== Building $VERSION for TARGET=$TARGET HOST=$HOST
echo ==================== with exec_prefix=$exec_prefix
VERSIONNUMBER=`echo $VERSION | sed -e s/lcc-//`
# Where the installed files will go:
INSTALLBINDIR=$exec_prefix/bin
INSTALLLIBDIR=$exec_prefix/lib/$VERSION
INSTALLINCDIR=$INSTALLLIBDIR/include
INSTALLMANDIR=$exec_prefix/man
# rcp supports the -p (preserve file time stamp) flag, but not
# all cp implementations do, so use it instead
CP="rcp -p"
RM="rm -f"
TARGETOS=`echo $TARGET | tr - /`
# First do a sanity check to make sure that we can find suitable
# TARGET and HOST values, either from the command line, or internally
# by default.
if test ! -r etc/$HOST.c
then
echo "Cannot find driver host file etc/$HOST.c"
echo "Usage: $0 target host"
echo "Target = one of: alpha-osf mips-irix mips-ultrix
sparc-solaris x86-linux"
echo "Host = one of: `/bin/ls -1 etc | sed -e 's/[.][ch]//g'`"
exit 1
fi
TARGETOS=`echo $TARGET | tr - /`
if test ! -d $TARGETOS
then
echo "Cannot find target/os directory $TARGETOS"
echo "Usage: $0 target host"
echo "Target = one of: alpha-osf mips-irix mips-ultrix
sparc-solaris x86-linux"
echo "Host = one of: `/bin/ls -1 etc | sed -e 's/[.][ch]//g'`"
exit 1
fi
if test "xx$TMPDIR" = "xx"
then
TMPDIR=/usr/tmp
fi
echo ========== "The build requires about 11MB of free space under $TMPDIR"
echo ========== "Check that you have enough:"
# We try to use the -k flag for df to get sensible size units, but not
# all df implementations support it, so we try bare df if df -k fails:
df -k $TMPDIR 2>/dev/null || df $TMPDIR
# NB: Cannot do this in /tmp, because ld step to create lcc fails on
# Sun Solaris 5.2, sigh...
BUILDDIR=$TMPDIR/$VERSION/$TARGETOS; export BUILDDIR
echo ========== Creating temporary build directory tree in $BUILDDIR
mkdir -p $BUILDDIR
if test "xx$os" = "xxLinux"
then
TMPDIRNAME=/tmp/lcc.dirname.$$
dirname `find /usr/lib/gcc-lib/*/[0-9]*
/usr/local/lib/gcc-lib/*/[0-9]* -name cpp 2>/dev/null | head -1`
>$TMPDIRNAME
echo Using gcc release from `cat $TMPDIRNAME`
if test -h $BUILDDIR/gcc
then
rm -f $BUILDDIR/gcc
fi
ln -s `cat $TMPDIRNAME` $BUILDDIR/gcc
rm -f $TMPDIRNAME
fi
echo ========== Checking for ANSI/ISO Standard C compiler
if test "xx$CC" = "xx"
then
# Try lcc last, because if a prior build installed lcc, but there
# were errors in the tests, we prefer not to use it when a
# correctly-working alternative is available.
# Try c89 first, because on DEC Alpha OSF/1 3.2, cc produces
# a core-dumping rcc, sigh...
COMPILERS="c89 cc gcc lcc"
else
COMPILERS="$CC"
fi
echo "#include <stdio.h>" >$BUILDDIR/try.c
echo "#include <stdlib.h>" >>$BUILDDIR/try.c
echo 'int main(void) { printf("Hello" " " "there"); return (0); }'
>>$BUILDDIR/try.c
CC=
echo ========== COMPILERS=$COMPILERS
for cc in $COMPILERS
do
echo ========== Trying CC="$cc $CFLAGS" for compilation of Standard
C test file
echo =============== $cc $CFLAGS -c -o $BUILDDIR/try.o $BUILDDIR/try.c
if $cc $CFLAGS -c -o $BUILDDIR/try.o $BUILDDIR/try.c 2>/dev/null
then
CC=$cc
export CC
$RM $BUILDDIR/try.c $BUILDDIR/try.o
break
fi
done
if test "xx$CC" = "xx"
then
echo ========== Cannot find an ANSI/ISO Standard C compiler on your
system
exit 1
else
echo ========== Using ANSI/ISO Standard C compiler: CC="$CC $CFLAGS"
fi
# Delete include files (from a possibly-failed prior installation)
$RM -r $BUILDDIR/include
# and recreate an empty include file directory
mkdir -p $BUILDDIR/include
# then copy in the needed include files
$CP include/$TARGETOS/*.h $BUILDDIR/include
echo ========== Making lcc driver ...
echo make CC="$CC $CFLAGS" LD="$CC $CFLAGS" HOSTFILE=etc/$HOST.c lcc
CFLAGS="'"-DLCCDIR=\"$INSTALLLIBDIR/\""'"
make CC="$CC $CFLAGS" LD="$CC $CFLAGS" HOSTFILE=etc/$HOST.c lcc
CFLAGS="'"-DLCCDIR=\"$INSTALLLIBDIR/\""'"
echo ========== Building compiler and accessories ...
# We need LD here to be a Standard C compiler; on DEC Ultrix, LD
# defaults to cc, which fails because it is for K&R C
echo make CC="$CC $CFLAGS" LD="$CC $CFLAGS" all
make CC="$CC $CFLAGS" LD="$CC $CFLAGS" all
echo ========== Compiler test 1 ...
echo make CC="$CC $CFLAGS" TARGET=$TARGETOS test
make CC="$CC $CFLAGS" TARGET=$TARGETOS test
echo ========== Compiler test 2 ...
# The /opt/SUNWspro/SC4.0/include/cc directory is needed for stab.h
# referred to in src/sparc.c:
# echo make CC="$CC $CFLAGS" triple CFLAGS=-I/opt/SUNWspro/SC4.0/include/cc
# make CC="$CC $CFLAGS" triple CFLAGS=-I/opt/SUNWspro/SC4.0/include/cc
echo make CC="$CC $CFLAGS" triple
make CC="$CC $CFLAGS" triple
echo ========== Compiler test 3 ...
echo make CC="$CC $CFLAGS" TARGET=$TARGETOS test
make CC="$CC $CFLAGS" TARGET=$TARGETOS test
echo ========== Cross-compiler code generation tests ...
REMOTEHOST=noexecute; export REMOTEHOST
# echo make CC="$CC $CFLAGS" TARGET=alpha/osf test
# make CC="$CC $CFLAGS" TARGET=alpha/osf test -i
echo make CC="$CC $CFLAGS" TARGET=mips/irix test
make CC="$CC $CFLAGS" TARGET=mips/irix test -i
## No longer supported in lcc-4.1:
## echo make CC="$CC $CFLAGS" TARGET=mips/ultrix test
## make CC="$CC $CFLAGS" TARGET=mips/ultrix test -i
echo make CC="$CC $CFLAGS" TARGET=sparc/solaris test
make CC="$CC $CFLAGS" TARGET=sparc/solaris test -i
## No longer supported in lcc-4.1:
## echo make CC="$CC $CFLAGS" TARGET=sparc/sun test
## make CC="$CC $CFLAGS" TARGET=sparc/sun test -i
# The GNU/Linux cross-compilation test can only be run on GNU/Linux
# systems, because some lcc header files require certain GNU/Linux
# header files that do not exist on other systems.
if test "xx$os" = "xxLinux"
then
echo make CC="$CC $CFLAGS" TARGET=x86/linux test
make CC="$CC $CFLAGS" TARGET=x86/linux test -i
fi
echo ========== Installing user-callable programs ...
if test ! -d $INSTALLBINDIR
then
mkdir -p $INSTALLBINDIR
fi
for f in lburg lcc bprint
do
$RM $INSTALLBINDIR/$f
$RM $INSTALLBINDIR/$f-$VERSIONNUMBER
$CP $BUILDDIR/$f $INSTALLBINDIR/$f
ln $INSTALLBINDIR/$f $INSTALLBINDIR/$f-$VERSIONNUMBER
chmod 775 $INSTALLBINDIR/$f
ls -l $INSTALLBINDIR/$f $INSTALLBINDIR/$f-$VERSIONNUMBER
done
echo ========== Installing auxiliary programs and run-time libraries ...
if test ! -d $INSTALLLIBDIR
then
mkdir -p $INSTALLLIBDIR
fi
for f in rcc cpp
do
$RM $INSTALLLIBDIR/$f
$CP $BUILDDIR/$f $INSTALLLIBDIR/$f
chmod 775 $INSTALLLIBDIR/$f
ls -l $INSTALLLIBDIR/$f
done
for f in bbexit.o
do
$RM $INSTALLLIBDIR/$f
$CP $BUILDDIR/$f $INSTALLLIBDIR/$f
chmod 664 $INSTALLLIBDIR/$f
ls -l $INSTALLLIBDIR/$f
done
for f in liblcc.a librcc.a
do
$RM $INSTALLLIBDIR/$f
$CP $BUILDDIR/$f $INSTALLLIBDIR/$f
chmod 664 $INSTALLLIBDIR/$f
ranlib $INSTALLLIBDIR/$f || true
ls -l $INSTALLLIBDIR/$f
done
if test "xx$os" = "xxLinux"
then
echo ========== Installing gcc link ...
TMPDIRNAME=/tmp/lcc.dirname.$$
dirname `find /usr/lib/gcc-lib/*/[0-9]*
/usr/local/lib/gcc-lib/*/[0-9]* -name cpp 2>/dev/null | head -1`
>$TMPDIRNAME
echo Using gcc release from `cat $TMPDIRNAME`
if test -h $INSTALLLIBDIR/gcc
then
rm -f $INSTALLLIBDIR/gcc
fi
ln -s `cat $TMPDIRNAME` $INSTALLLIBDIR/gcc
rm -f $TMPDIRNAME
fi
echo ========== Installing include files ...
mkdir -p $INSTALLINCDIR
$CP include/$TARGETOS/*.h $INSTALLINCDIR
ls -lR $INSTALLINCDIR/*
echo ========== Installing man pages ...
if test ! -d $INSTALLMANDIR
then
mkdir -p $INSTALLMANDIR
fi
if test ! -d $INSTALLMANDIR/man1
then
mkdir -p $INSTALLMANDIR/man1
fi
if test ! -d $INSTALLMANDIR/cat1
then
mkdir -p $INSTALLMANDIR/cat1
chmod 777 $INSTALLMANDIR/cat1
fi
for f in doc/*.1
do
g=`basename $f`
chmod 777 $INSTALLMANDIR/cat1/$g 2>/dev/null
$RM $INSTALLMANDIR/cat1/$g
chmod 777 $INSTALLMANDIR/man1/$g 2>/dev/null
$RM $INSTALLMANDIR/man1/$g
$CP $f $INSTALLMANDIR/man1/$g
chmod 664 $INSTALLMANDIR/man1/$g
/bin/ls -l $INSTALLMANDIR/man1/$g
done
echo "If the build and install was successful, you can now delete the
temporary build tree by"
echo " rm -rf $TMPDIR/$VERSION"
Goetz Hoffart
May 29, 2014, 5:03:08 PM5/29/14
to
jacob navia <ja...@spamsink.net> wrote:
> Use the shell script written by Nelson, it is in the site of lcc 4.2.
> For your convenience here it is
Wow, thanks, that worked. With build.sh I've been able to compile lcc.
> Use the shell script written by Nelson, it is in the site of lcc 4.2.
> For your convenience here it is
It also is executable, but I can't compile simple 10-liners:
$ lcc src/collatz.c
lcc: /usr/local/lib/lcc-4.2/gcc/cpp: No such file or directory
No wonder, the subdirectory �gcc� is totally missing:
/usr/local/lib/lcc-4.2# ls -la
total 144
drwxr-sr-x 3 root staff 4096 May 21 01:35 .
drwxrwsr-x 6 root staff 4096 May 21 01:35 ..
-rw-rw-r-- 1 root root 13128 May 21 01:35 bbexit.o
-rwxrwxr-x 1 root root 88586 May 21 01:35 cpp
drwxr-sr-x 2 root staff 4096 May 21 01:35 include
-rw-rw-r-- 1 root root 26842 May 21 01:35 liblcc.a
What did I miss this time? :)
Regards
G�tz
--
http://www.3rz.org/
jacob navia
May 29, 2014, 5:23:37 PM5/29/14
to
Le 29/05/2014 23:03, Goetz Hoffart a �crit :
Well, cpp stands for a C Pre Processor. You should have it in your system.
Since you haven't modified the sources in etc,
mkdir /usr/local/lib/lcc-4.2/gcc
Then you should put there a copy or a symbolic link to the pre processor
(cpp).
Since you haven't modified the sources in etc,
mkdir /usr/local/lib/lcc-4.2/gcc
Then you should put there a copy or a symbolic link to the pre processor
(cpp).
Goetz Hoffart
May 29, 2014, 5:31:19 PM5/29/14
to
jacob navia <ja...@spamsink.net> wrote:
> Well, cpp stands for a C Pre Processor. You should have it in your system.
Thanks for the quick answer!
> Well, cpp stands for a C Pre Processor. You should have it in your system.
I have it, that's not the problem, but ...
> Then you should put there a copy or a symbolic link to the pre processor
> (cpp).
cpp: /usr/include/gnu/stubs.h:7 /usr/include/features.h:378
/usr/include/stdio.h:28 src/collatz.c:1 Could not find include file
<gnu/stubs-32.h>
cpp: /usr/include/stdio.h:34 src/collatz.c:1 Could not find include file
<stddef.h>
cpp: /usr/include/_G_config.h:15 /usr/include/libio.h:32
/usr/include/stdio.h:75 src/collatz.c:1 Could not find [...]
If I have to manually symlink half of my userland then this is going to
be tedious :) gcc, tcc, clang work fine on my machine, so this is not a
broken or somehow weird installation. Is there a list what lcc expects
what to be where? Or why doesn't it use the same places the other
compilers use?
Regards
G�tz
--
http://www.knubbelmac.de/
jacob navia
May 29, 2014, 5:35:30 PM5/29/14
to
Le 29/05/2014 23:31, Goetz Hoffart a �crit :
> cpp: /usr/include/gnu/stubs.h:7 /usr/include/features.h:378
> /usr/include/stdio.h:28 src/collatz.c:1 Could not find include file
> <gnu/stubs-32.h>
> cpp: /usr/include/stdio.h:34 src/collatz.c:1 Could not find include file
> <stddef.h>
> cpp: /usr/include/_G_config.h:15 /usr/include/libio.h:32
> /usr/include/stdio.h:75 src/collatz.c:1 Could not find [...]
>
> If I have to manually symlink half of my userland then this is going to
> be tedious :) gcc, tcc, clang work fine on my machine, so this is not a
> broken or somehow weird installation. Is there a list what lcc expects
> what to be where? Or why doesn't it use the same places the other
> compilers use?
>
> Regards
> G�tz
>
You can't use the gcc include files!
You should use the stdio.h provided with lcc.
Didn't you see the "include" directory there?
lcc -I"path to lcc include files"
> cpp: /usr/include/gnu/stubs.h:7 /usr/include/features.h:378
> /usr/include/stdio.h:28 src/collatz.c:1 Could not find include file
> <gnu/stubs-32.h>
> cpp: /usr/include/stdio.h:34 src/collatz.c:1 Could not find include file
> <stddef.h>
> cpp: /usr/include/_G_config.h:15 /usr/include/libio.h:32
> /usr/include/stdio.h:75 src/collatz.c:1 Could not find [...]
>
> If I have to manually symlink half of my userland then this is going to
> be tedious :) gcc, tcc, clang work fine on my machine, so this is not a
> broken or somehow weird installation. Is there a list what lcc expects
> what to be where? Or why doesn't it use the same places the other
> compilers use?
>
> Regards
> G�tz
>
You should use the stdio.h provided with lcc.
Didn't you see the "include" directory there?
lcc -I"path to lcc include files"
Goetz Hoffart
May 29, 2014, 5:47:48 PM5/29/14
to
jacob navia <ja...@spamsink.net> wrote:
> You can't use the gcc include files!
>
> You should use the stdio.h provided with lcc.
>
> Didn't you see the "include" directory there?
I think I expected that "build.sh" includes a "make install", but
> You can't use the gcc include files!
>
> You should use the stdio.h provided with lcc.
>
> Didn't you see the "include" directory there?
obviously this was short sighted/thought - it spread files like rcc and
other in the root of my file system. Perhaps that's why I'm stumbling.
> lcc -I"path to lcc include files"
make && make install"?
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