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Practical Algorithms for Image Analysis
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Practical Algorithms for Image Analysis.iso
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LIBTIFF
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configure
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1999-09-11
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#!/bin/sh
# $Header: /usr/people/sam/tiff/RCS/configure,v 1.48 1996/04/26 03:36:20 sam Rel $
#
# Tag Image File Format (TIFF) Software
#
# Copyright (c) 1988-1996 Sam Leffler
# Copyright (c) 1991-1996 Silicon Graphics, Inc.
#
# Permission to use, copy, modify, distribute, and sell this software and
# its documentation for any purpose is hereby granted without fee, provided
# that (i) the above copyright notices and this permission notice appear in
# all copies of the software and related documentation, and (ii) the names of
# Sam Leffler and Silicon Graphics may not be used in any advertising or
# publicity relating to the software without the specific, prior written
# permission of Sam Leffler and Silicon Graphics.
#
# THE SOFTWARE IS PROVIDED "AS-IS" AND WITHOUT WARRANTY OF ANY KIND,
# EXPRESS, IMPLIED OR OTHERWISE, INCLUDING WITHOUT LIMITATION, ANY
# WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE.
#
# IN NO EVENT SHALL SAM LEFFLER OR SILICON GRAPHICS BE LIABLE FOR
# ANY SPECIAL, INCIDENTAL, INDIRECT OR CONSEQUENTIAL DAMAGES OF ANY KIND,
# OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS,
# WHETHER OR NOT ADVISED OF THE POSSIBILITY OF DAMAGE, AND ON ANY THEORY OF
# LIABILITY, ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE
# OF THIS SOFTWARE.
#
# Configuration script for the TIFF Software
#
# Shell script to setup machine-dependent files in
# preparation for building TIFF source.
#
POSIXLY_CORRECT=1; export POSIXLY_CORRECT # disable GNU extensions
QUIET=no # suppress messages to tty
NONINTERACTIVE=no # control prompting of config params
SITE= # dir where config.site is located
TARGET= # target system identity
SRCDIR= # dir where source is located
#
# Setup general configuration parameters.
#
DIR_BIN=/usr/local/bin # destination for applications
DIR_LIB=/usr/local/lib # destination for library
DIR_INC=/usr/local/include # destination for include files
DIRS_LIBINC= # dirs to search for ancillary includes
DIR_JPEGLIB= # dir for IJG -ljpeg
DIR_GZLIB= # dir for zlib -lgz
DSO=auto # auto-enable DSO support
LIBCOPTS= # library-specific C-compiler options
JPEG=no # configure JPEG support
ZIP=no # configure ZIP/Deflate support
PORT=auto # enable portability emulations
LIBGL=auto # auto-enable build of SGI -lgl apps
LIBIMAGE=auto # auto-enable build of SGI -limage apps
MACHDEPLIBS=-lm # machine-dependent libraries for apps
: ${CC=} # name of C compiler to use
: ${CCOMPILER=} # full pathname of C compiler
: ${ENVOPTS=} # CC opts for ANSI C compilation
: ${MAKE=make} # make to use
# screws up the test of `-f -'
: ${MAKEFLAGS=} # unset MAKEFLAGS
RM="rm -f"
#
# Error diagnostics that should go to the terminal are
# done with this interface (or cat).
#
bitch()
{
echo "configure: $@" 1>&2
}
#
# This is the preferred interface for
# configure to terminate abnormally.
#
boom()
{
bitch ""
bitch "Unrecoverable error! Once you've corrected the problem rerun this script."
kill -1 $$ # use kill so trap handler is called
}
usage()
{
cat<<'EOF'
Usage: configure [options] [host]
Options: [defaults in brackets after descriptions]
--help print this message
--quiet do not print `Using ...' messages
--verbose opposite of --quiet
--noninteractive don't ask any questions
--version print the version of autoconf that created configure
--target=TARGET configure for TARGET [TARGET=HOST]
--srcdir=DIR find the sources in DIR [configure dir or ..]
--with-PARAM[=ARG] set configuration PARAM [ARG=yes]
EOF
}
#
# Crack command line arguments. We purposely
# use syntax and options that are compatible
# with GNU autoconf.
#
ac_prev=
for ac_option
do
if [ -n "$ac_prev" ]; then # assign the argument to previous option
eval "$ac_prev=\$ac_option"
ac_prev=
continue
fi
case "$ac_option" in # collect optional argument
-*=*) ac_optarg=`echo "$ac_option" | sed 's/[-_a-zA-Z0-9]*=//'`;;
*) ac_optarg=;;
esac
case "$ac_option" in
-with-*|--with-*)
ac_with=`echo $ac_option|sed -e 's/-*with-//' -e 's/=.*//'`
# Reject names that are not valid shell variable names.
if [ -n "`echo $ac_with| sed 's/[-_a-zA-Z0-9]//g'`" ]; then
bitch "configure: $ac_with: invalid parameter name."
kill -1 $$
fi
ac_with=`echo $ac_with| sed 's/-/_/g'`
case "$ac_option" in
*=*) ;;
*) ac_optarg=yes;;
esac
eval "${ac_with}='$ac_optarg'"
;;
-quiet|--quiet) QUIET=yes;;
-verbose|--verbose) QUIET=no;;
-noninteractive|--noninteractive) NONINTERACTIVE=yes;;
-site|--site) ac_prev=SITE;;
-site=*|--site=*) SITE="$ac_optarg";;
-srcdir|--srcdir) ac_prev=SRCDIR;;
-srcdir=*|--srcdir=*) SRCDIR="$ac_optarg";;
-target|--target) ac_prev=TARGET;;
-target=*|--target=*) TARGET="$ac_optarg" ;;
-version|--version)
echo "This is TIFF configure $Revision: 1.48 $"
exit 0
;;
-help|--help) usage; exit 0;;
-*)
bitch "configure: $ac_option: invalid option; use -help for usage."
kill -1 $$
;;
*)
if [ x"$TARGET" != x ]; then
bitch "configure: Can only configure for one target at a time."
kill -1 $$
fi
TARGET="$ac_option"
;;
esac
done
if [ -n "$ac_prev" ]; then
bitch "configure: missing argument to --`echo $ac_prev | sed 's/_/-/g'`"
kill -1 $$
fi
#
# Locate source directory by looking for the VERSION file.
# The directory must either be specified through the
# environment or be located in the current directory or a
# parent of the current directory.
#
test "$SRCDIR" || {
configure=$0
# NB: don't use dirname since it may not exist
SRCDIR=`echo $configure | sed 's;/[^/][^/]*$;;'`
if [ @"$SRCDIR" = @"$configure" ]; then
SRCDIR=.
fi
while [ ! -r $SRCDIR/VERSION ]; do
# strip last directory from pathname
newdir=`echo $SRCDIR | sed 's;/[^/]*$;;'`
if [ -z "$newdir" ] || [ "$newdir" = $SRCDIR ]; then
break;
fi
SRCDIR=$newdir
done
}
if [ ! -r $SRCDIR/VERSION ]; then
bitch "Cannot locate sources in $SRCDIR."
kill -1 $$
fi
SRCDIR=`echo "$SRCDIR" | sed 's;\([^/]\)/*$;\1;'`
if [ -r ${SRCDIR}/tif_version.c ] ; then
SRCDIR_IS_LIBTIFF=yes
PORTDOTH=port.h
else
SRCDIR_IS_LIBTIFF=no
PORTDOTH=libtiff/port.h
fi
#
# Descriptor usage:
# 1: ???
# 2: errors that should be seen even if we're in the background.
# 3: [stdout from test runs]
# 4: verbose-style messages (Using ...)
# 5: compiler stderr when running tests
#
if [ $QUIET = yes ]; then
exec 4>/dev/null # chuck messages
else
exec 4>&1 # messages got to stdout
fi
exec 5>./config.log # compiler messages and the like
capture()
{
(eval "set -x; $*") >&5 2>&1
return
}
captureX()
{
(eval "set -x; $*") 2>&5
return
}
date >&5
echo Running "$0" with arguments: "$@" >&5
cat 1>&5 <<'EOF'
This file contains information that is captured from running the configure
script. Lines that begin with a "+" are command lines echoed by the
shell. Other lines are the output of commands; usually the contents of
test case files or the output from compilers. If configure does the
wrong thing, you can use the information captured here to aid in debugging.
EOF
if [ -r $SRCDIR/tiff.alpha ] ; then
VERSIONFILE=$SRCDIR/VERSION
ALPHAFILE=$SRCDIR/tiff.alpha
else
VERSIONFILE=$SRCDIR/VERSION
ALPHAFILE=$SRCDIR/dist/tiff.alpha
fi
VERSION="v`cat $VERSIONFILE``awk '{print $3}' $ALPHAFILE`"
DATE=`date`
DIST_MAJOR=`echo $VERSION | sed 's/v\([0-9][0-9]*\)\..*/\1/'`
DIST_MINOR=`echo $VERSION | sed 's/v.*\.\([0-9][0-9]*\).*/\1/'`
DIST_ALPHA=`echo $VERSION | sed -e 's/.*beta//' -e 's/.*release//'`
Note()
{
echo "$@" 1>&4
}
Note ""
if [ $SRCDIR_IS_LIBTIFF = yes ] ; then
Note "Configuring TIFF Software (library only) $VERSION."
else
Note "Configuring TIFF Software $VERSION."
fi
Note ""
Note "If configure does the wrong thing, check the file config.log for"
Note "information that may help you understand what went wrong."
Note ""
#
# Read site and local configuration parameters.
#
if [ -f $SITE/config.site ]; then
Note "Reading site-wide parameters from $SITE/config.site."
. $SITE/config.site
capture . $SITE/config.site
elif [ -f $SRCDIR/config.site ]; then
Note "Reading site-wide parameters from $SRCDIR/config.site."
. $SRCDIR/config.site
capture . $SRCDIR/config.site
fi
if [ -f config.local ]; then
Note "Reading local parameters from config.local."
. ./config.local
capture . ./config.local
elif [ -f $SRCDIR/config.local ]; then
Note "Reading local parameters from $SRCDIR/config.local."
. $SRCDIR/config.local
capture . $SRCDIR/config.local
fi
#
# Emulate old-style settups...
#
test -z "${DIR_JPEG-}" || {
DIRS_LIBINC="${DIRS_LIBINC} ${DIR_JPEG}"
DIR_JPEGLIB="${DIR_JPEG}"
}
test -z "${DIR_LIBGZ-}" || {
DIRS_LIBINC="${DIRS_LIBINC} ${DIR_LIBGZ}"
DIR_GZLIB="${DIR_LIBGZ}"
}
identifyTarget()
{
random=`date | awk '{print $4}' | sed -e 's/.*://'` 2>/dev/null
case "$random" in
*0) Note "Wow, you've got a $1 system!";;
*1) Note "Hmm, looks like a $1 system.";;
*2) Note "Oh no, not another $1 system...";;
*3) Note "Well I'll be, a $1 system.";;
*4) Note "Fee, fie, foe, this smells like a $1 system.";;
*5) Note "Gosh, aren't you lucky to have a $1 system!";;
*6) Note "YOW!! Did something bad happen or am I on a $1 system?";;
*7) Note "Do they really still make $1 systems?!";;
*8) Note "I'm always happy to encounter another $1 system.";;
*9) Note "Here we are again, this time on a $1 system.";;
esac
}
#
# If no target is specified, try to deduce the system.
# We use the GNU scripts for guessing and canonicalizing
# the system identification, if available.
#
if [ -z "$TARGET" ]; then
test -f $SRCDIR/config.guess && TARGET=`sh $SRCDIR/config.guess` 2>/dev/null
if [ -z "$TARGET" ]; then
bitch "Sorry, no target specified on the command line and I don't seem"
bitch "to have the GNU config.guess script that is used to deduce your"
bitch "system type."
kill -1 $$
fi
identifyTarget $TARGET
elif [ -f $SRCDIR/config.sub ]; then
TARGET=`sh $SRCDIR/config.sub "$TARGET"`
else
Note "Warning, I don't seem to have the GNU config.sub script to canonicalize"
Note "your target specification; this may cause problems later on..."
fi
if [ -z "${FILLORDER-}" ]; then
#
# Host bit order within a word.
#
case $TARGET in
mips-dec-*) FILLORDER=LSB2MSB;;
i[345]86-*) FILLORDER=LSB2MSB;;
*) FILLORDER=MSB2LSB;;
esac
fi
#
# Find the full pathname of a file
# using the specified test operation.
#
findThing()
{
t="$1"; app="$2"; path="$3";
case "$app" in
/*) eval "$t" "$app" && { echo "$app"; return; };;
esac
(IFS=:
for i in $path; do
eval "$t" "$i/$app" && { echo "$i/$app"; return 0; }
done
return 1
)
}
#
# Find the full pathname of a plain file.
#
findFile()
{
findThing "test -f" "$1" "$2"
}
#
# Find the full pathname of an executable.
#
findApp()
{
findThing "test -x" $1 $2
}
#
# Find the full pathname of an executable;
# supply a default if nothing is found.
#
findAppDef()
{
app=$1; path=$2; def=$3
case $app in
/*) test -x $app && { echo $app; return; };;
esac
IFS=:
for i in $path; do
test -x $i/$app && { echo $i/$app; return; }
done
echo $def
}
#
# Find the full pathname of a header file; in search-path $DIRS_LIBINC
#
findHeader()
{
case "$1" in
/*) echo "$1"; return ;;
esac
for i in ${DIRS_LIBINC} /usr/include; do
test -r $i/$1 && {
case "$i" in
/*) echo "$i/$1"; return ;;
esac
if [ $SRCDIR_IS_LIBTIFF = yes ]; then
echo "$i/$1";
else
echo "../$i/$1";
fi
return;
}
done
}
#
# Locate a C compiler that satisfies our needs (using assorted heuristics).
#
JUNK="
a.out
confsed
conftestmmap
confx confy
confMakefile
core
dummy
dummy.a
dummy.c
dummy.o
foo
so_locations
t.c
t.o
t
xMakedepend
xdefs
xgnu.c
xmakeinc
xport.h
"
trap "$RM \$JUNK; exit 1" 1 2 15
$RM $JUNK
cat>xgnu.c<<EOF
#ifdef __GNUC__
yes;
#endif
EOF
#
# Check if the specified compiler is from GNU
#
isGNU()
{
capture "cat xgnu.c; ($1 -E xgnu.c 2>&5 | egrep yes)"
}
#
# NB: use ANSI C prototype to weed out non-ANSI compilers.
#
cat>dummy.c<<EOF
main(int argc, char* argv) { exit(0); }
EOF
checkCompiler()
{
compiler=$1
if isGNU $compiler; then
ISGCC=yes
else
ISGCC=no
fi
#
# Guess special options needed to get an
# ANSI C compiler and/or similar. Must
# be combined with above checks so we only
# select an ANSI C compiler.
#
if [ -z "${ENVOPTS-}" ]; then
case $ISGCC-$TARGET in
no-*-irix*) C_ANSI="-ansi";;
no-*-hp*) C_ANSI="-Aa -D_HPUX_SOURCE -Dhpux";;
no-*-apollo-*) C_ANSI="-A nansi";;
no-*-aix*) C_ANSI="-Dunix -qlanglvl=ansi -qsrcmsg";;
*-sco*) C_ANSI="-Dsco";;
esac
else
C_ANSI="$ENVOPTS"
fi
$RM dummy dummy.o
capture $compiler -o dummy ${C_ANSI} dummy.c && {
CC=$compiler;
test -z "${CCOMPILER-}" && CCOMPILER=`findApp $compiler $PATH`
test -z "${ENVOPTS-}" && ENVOPTS="${C_ANSI-}"
return 0
}
return 1
}
CCtested=
capture cat dummy.c
if [ -z "${CC-}" ]; then
CCOMPILER=
for i in gcc cc ncc dcc xlc c89 gcc2; do
CCtested="$CCtested $i"
checkCompiler $i && break
done
else
CCtested="$CCtested $CC"
checkCompiler $CC
fi
if [ -z "$CCOMPILER" ]; then
cat<<EOF
Cannot locate a working ANSI C compiler.
We attempted to compile the following test program:
----------------------------------------------------------
EOF
cat dummy.c
cat<<EOF
----------------------------------------------------------
with these compilers:
$CCtested
but none of them were successful.
If your compiler is in a non-standard location, you can specify its
location in several ways:
o set the environment variable CC
o create a config.local or config.site file that includes a
definition for CC
o supply it on the command line using -with-CC=<pathname>
If command line options are required for ANSI C compilation, set the
ENVOPTS parameter to these options in a similar way (either through
an environment variable or config.local/config.site) and then rerun
this script.
EOF
boom
fi
Note "Using $CCOMPILER for a C compiler (use -with-CC=compilername to override)."
test "$ENVOPTS" && {
Note "Using $ENVOPTS to get the appropriate compilation environment."
}
if [ ${ISGCC} = yes ] ; then
GCCversion="`${CCOMPILER} -v 2>&1 | \
sed -n -e '/version/s/.* \([0-9]*\)\.\([0-9]*\).\([0-9]*\)/\1.\2.\3/p'`"
fi
CheckForGandO()
{
f=$1
if test -s $f; then
capture grep -i \(error\|warning\) $f || return 1
fi
return 0
}
if [ -z "${GCOPTS-}" ]; then
if capture $CCOMPILER $ENVOPTS -g -c dummy.c; then
Note "Looks like $CCOMPILER supports the -g option."
# NB: cannot use captureX here 'cuz we lose stderr
if $CCOMPILER $ENVOPTS -c -g -O dummy.c >t 2>&1 && CheckForGandO t; then
GCOPTS="-g"
else
Note "... but not together with the -O option, not using it."
GCOPTS=
fi
else
GCOPTS=
fi
fi
if [ ! -z "${GCOPTS}" ]; then
Note "Using \"$GCOPTS\" for C compiler options."
fi
#
# Verify that $MAKE is accessible
#
PATHMAKE=`findApp ${MAKE} $PATH`
if [ "$PATHMAKE" ]; then
Note "Using $PATHMAKE to configure the software."
(echo 'all:') | ${MAKE} -f - all >/dev/null 2>&5 || {
cat<<EOF
Something is wrong with "$MAKE" or $MAKE does not accept Makefiles
from stdin with "-f -". If you have MAKE set in your environment,
verify it points to the right program you want to" use to build this
software. Otherwise, verify that you have the make program installed
somewhere on your system and set the MAKE environment variable to the
pathname of the program.
EOF
boom
}
else
cat<<EOF
No $MAKE located in the search path.
There was no $MAKE program in the restricted search used by this script
If $MAKE is in a non-standard location set the MAKE environment variable
to the pathname of the appropriate program.
EOF
boom
fi
#
# Check whether or not $MAKE automatically sets MAKE
# in the Makefiles. If not, we add an explicit define
# for places where recursive calls are made.
#
if [ -z "${SETMAKE-}" ]; then
if (cat<<'EOF'
SHELL=/bin/sh
all:
@if [ -n "${MAKE}" ] ; then echo "make sets make" ; fi
EOF
) | $MAKE -f - | grep "make sets make" > /dev/null ; then
SETMAKE=
else
Note "Looks like $MAKE does not setup MAKE in Makefiles, will compensate."
SETMAKE="MAKE = ${MAKE}"
fi
fi
test -z "${AR-}" && AR=`findApp ar $PATH`
if [ -z "$AR" ]; then
Note "*** Warning, could not locate a suitable ar command; using a default."
AR=ar
fi
test -z "${AROPTS-}" && AROPTS=rc
test -z "${RANLIB-}" && RANLIB=`findApp ranlib $PATH`
if [ -z "$RANLIB" ]; then
Note "Warning, no ranlib, assuming it's not needed."
RANLIB=":"
$RM dummy.a
if $AR rcs dummy.a >/dev/null 2>&1; then
AROPTS=crs
Note "Looks like ar has an s option to build symbol tables."
fi
fi
#
# runMake target rules ...
#
runMakeX()
{
target="$1"; shift
$RM $target
(echo SRCDIR=.
for i in "$@"; do
echo "$i";
done
)>confMakefile
captureX ${MAKE} -f confMakefile $target
return
}
runMake()
{
runMakeX "$@" >&5
return
}
#
# Look for a library using a known (unique) function.
#
CheckForLibrary()
{
f=$1; shift
libs="$@";
cat>t.c<<EOF
int t() { $f(); return 0; }
int main(){ t(); return 0; }
EOF
runMake t "t:; ${CCOMPILER} ${ENVOPTS} t.c $libs"
}
#
# Look for an include file.
#
CheckForIncludeFile()
{
(for i do
echo "#include \"$i\""
done)>t.c
runMake t "t:; ${CCOMPILER} ${ENVOPTS} -E t.c"
}
#
# Figure out if certain system-specific interfaces are
# supported. We craft a port.h file that has external
# declarations for missing routines that are required by
# the system and modify defs to reflect which optional
# interfaces are supported.
#
EmitCPlusPlusPrologue()
{
echo '/*'
echo ' * Warning, this file was automatically created by the TIFF configure script'
echo ' * VERSION: ' $VERSION
echo ' * DATE: ' $DATE
echo ' * TARGET: ' $TARGET
if [ $ISGCC = yes ]; then
echo ' * CCOMPILER: ' ${CCOMPILER}-${GCCversion}
else
echo ' * CCOMPILER: ' $CCOMPILER
fi
echo ' */'
echo "#ifndef $1"
echo "#define $1 1"
echo '#ifdef __cplusplus'
echo 'extern "C" {'
echo '#endif'
}
EmitCPlusPlusEpilogue()
{
echo '#ifdef __cplusplus'
echo '}'
echo '#endif'
echo '#endif'
}
#
# Look for a function in one of the standard libraries
# or one of the machine-dependent libraries selected above.
#
CheckForFunc()
{
echo "extern int $1(); main(){$1();exit(0);}" >t.c
runMake t "t:; ${CCOMPILER} ${ENVOPTS} t.c ${MACHDEPLIBS}"
}
#
# Look for a function declaration in system include files.
#
AddFuncDecl()
{
echo "$2";
Note "... add function prototype for $1"
}
CheckForFuncDecl()
{
f=$1; shift
(for i do
echo "#include \"$i\""
done)>t.c
capture cat t.c
runMakeX t "t:; ${CCOMPILER} ${ENVOPTS} -E t.c" |\
awk '{while($0~/[,(][ \t]*$/){printf"%s",$0;getline}print}' |\
grep "$f[ ]*(.*)" >&5
return
}
CheckFuncDecl()
{
f=$1; shift
decl=$1; shift
CheckForFuncDecl "$f" "$@" || AddFuncDecl "$f" "$decl"
}
#
# Look for a variable declaration in system include files.
#
CheckForVarDecl()
{
v="$1"; shift
(for i do
echo "#include \"$i\""
done)>t.c
capture cat t.c
runMakeX t "t:; ${CCOMPILER} ${ENVOPTS} -E t.c" | grep "$v" >&5
return
}
CheckVarDecl()
{
v="$1"; shift
decl="$1"; shift
CheckForVarDecl "$v" "$@" || \
(echo "$decl"; Note "... add declaration $decl")
}
#
# Look for a #define in system include files.
#
AddDefine()
{
echo '#ifndef' $1
echo '#define' "$2"
echo '#endif'
Note '... add #define for' "$1"
}
CheckForDefine()
{
def=$1; shift
(for i do
echo "#include \"$i\""
done
echo "#ifdef $def"
echo "FOUND();"
echo "#endif"
)>t.c
capture cat t.c
runMakeX t "t:; ${CCOMPILER} ${ENVOPTS} -E t.c" | grep FOUND >&5
}
CheckDefine()
{
def=$1; shift
decl=$1; shift
CheckForDefine "$def" "$@" || AddDefine "$def" "$decl"
}
CheckForMMAP()
{
if CheckForFunc getpagesize; then
cat>t.c<<'EOF'
/* this was lifted from GNU autoconf */
/* Thanks to Mike Haertel and Jim Avera for this test. */
#include <sys/types.h>
#include <fcntl.h>
#include <sys/mman.h>
EOF
else
cat>t.c<<'EOF'
/* this was lifted from GNU autoconf */
/* Thanks to Mike Haertel and Jim Avera for this test. */
#include <sys/types.h>
#include <fcntl.h>
#include <sys/mman.h>
#ifdef BSD
# ifndef BSD4_1
# define HAVE_GETPAGESIZE
# endif
#endif
#ifndef HAVE_GETPAGESIZE
# include <sys/param.h>
# ifdef EXEC_PAGESIZE
# define getpagesize() EXEC_PAGESIZE
# else
# ifdef NBPG
# define getpagesize() NBPG * CLSIZE
# ifndef CLSIZE
# define CLSIZE 1
# endif
# else
# ifdef NBPC
# define getpagesize() NBPC
# else
# define getpagesize() PAGESIZE /* SVR4 */
# endif
# endif
# endif
#endif
EOF
fi
cat>>t.c<<'EOF'
#if defined(__osf__) || defined(_AIX)
# define valloc malloc
#endif
char *valloc(), *malloc();
int
main()
{
char *buf1, *buf2, *buf3;
int i = getpagesize(), j;
int i2 = getpagesize()*2;
int fd;
buf1 = (char *)valloc(i2);
buf2 = (char *)valloc(i);
buf3 = (char *)malloc(i2);
for (j = 0; j < i2; ++j)
*(buf1 + j) = rand();
fd = open("conftestmmap", O_CREAT | O_RDWR, 0666);
write(fd, buf1, i2);
mmap(buf2, i, PROT_READ | PROT_WRITE, MAP_FIXED | MAP_PRIVATE, fd, 0);
for (j = 0; j < i; ++j)
if (*(buf1 + j) != *(buf2 + j))
exit(1);
lseek(fd, (long)i, 0);
read(fd, buf2, i); /* read into mapped memory -- file should not change */
/* (it does in i386 SVR4.0 - Jim Avera, jima@netcom.com) */
lseek(fd, (long)0, 0);
read(fd, buf3, i2);
for (j = 0; j < i2; ++j)
if (*(buf1 + j) != *(buf3 + j))
exit(1);
exit(0);
}
EOF
capture cat t.c
runMake t "t:; ${CCOMPILER} ${ENVOPTS} t.c ${MACHDEPLIBS}" && ./a.out
}
CheckForBigEndian()
{
echo 'main() { int one = 1; char* cp = (char*)&one; exit(*cp!=0); }'>t.c
capture cat t.c
runMake t "t:; ${CCOMPILER} ${ENVOPTS} t.c" && ./a.out
}
#
# Check an existing port.h to see if it was created
# for the target and compiler we are using.
#
CheckPortDotH()
{
getConfigTag()
{
param=`grep "$1:" $2 | sed -e 's/.*:[ ]*\([^ ]*\).*/\1/'`
}
getConfigTag TARGET $PORTDOTH; target="$param"
getConfigTag CCOMPILER $PORTDOTH; ccompiler="$param"
CCOMP=$CCOMPILER
if [ $ISGCC = yes ]; then
CCOMP="${CCOMP}-${GCCversion}"
fi
test "$target" = "$TARGET" && test "$ccompiler" = "$CCOMP"
}
#
# Built port.h based on the system and compiler setup.
#
BuildPortDotH()
{
Note ""
Note "Creating $PORTDOTH with necessary definitions."
(EmitCPlusPlusPrologue _PORT_
CheckForIncludeFile sys/types.h && echo '#include <sys/types.h>'
CheckVarDecl off_t 'typedef long off_t;' sys/types.h stdlib.h
CheckVarDecl size_t 'typedef unsigned size_t;' sys/types.h stdlib.h
CheckVarDecl u_char 'typedef unsigned char u_char;' sys/types.h
CheckVarDecl u_short 'typedef unsigned short u_short;' sys/types.h
CheckVarDecl u_int 'typedef unsigned int u_int;' sys/types.h
CheckVarDecl u_long 'typedef unsigned long u_long;' sys/types.h
echo "#define HOST_FILLORDER FILLORDER_${FILLORDER}"
CPU=`echo $TARGET | sed 's/-.*//'`
Note "... using $FILLORDER bit order for your $CPU cpu"
if CheckForBigEndian; then
echo "#define HOST_BIGENDIAN 1"
Note "... using big-endian byte order for your $CPU cpu"
else
echo "#define HOST_BIGENDIAN 0"
Note "... using little-endian byte order for your $CPU cpu"
fi
CheckForMMAP && {
echo '#define HAVE_MMAP 1'
Note "... configure use of mmap for memory-mapped files"
CheckFuncDecl mmap \
'extern void* mmap(void*, size_t, int, int, int, off_t);' sys/mman.h
}
CheckForIncludeFile stdio.h && echo '#include <stdio.h>'
CheckForIncludeFile unistd.h && echo '#include <unistd.h>'
CheckForIncludeFile string.h && echo '#include <string.h>'
CheckForIncludeFile stdlib.h && echo '#include <stdlib.h>'
if CheckForDefine O_RDONLY fcntl.h; then
echo '#include <fcntl.h>'
Note "... O_RDONLY is in <fcntl.h>"
elif CheckForDefine O_RDONLY sys/file.h; then
echo '#include <sys/file.h>'
Note "... O_RDONLY is in <sys/file.h>"
else
AddDefine O_RDONLY "O_RDONLY 0"
AddDefine O_WRONLY "O_WRONLY 1"
AddDefine O_RDWR "O_RDWR 2"
fi
echo 'typedef double dblparam_t;'
Note "... using double for promoted floating point parameters"
if [ -z "${INLINE-}" ]; then
if [ $ISGCC = yes ]; then
echo '#ifdef __STRICT_ANSI__'
echo '#define INLINE __inline__'
echo '#else'
echo '#define INLINE inline'
echo '#endif'
Note "... enabling use of inline functions"
else
echo '#define INLINE'
Note "... disabling use of inline functions"
fi
else
echo "#define INLINE $INLINE"
Note "... using \"$INLINE\" to control inline function usage"
fi
echo '#define GLOBALDATA(TYPE,NAME) extern TYPE NAME'
CheckFuncDecl memset 'extern void* memset(void*, int, size_t);' string.h
CheckFuncDecl floor 'extern double floor(double);' math.h
CheckFuncDecl ceil 'extern double ceil(double);' math.h
CheckFuncDecl exp 'extern double exp(double);' math.h
CheckFuncDecl pow 'extern double pow(double, double);' math.h
CheckFuncDecl read 'extern int read(int, const void*, unsigned int);' unistd.h
CheckFuncDecl malloc 'extern void* malloc(size_t);' stdlib.h
CheckFuncDecl realloc 'extern void* realloc(void*, size_t);' stdlib.h
CheckFuncDecl free 'extern void free(void*);' stdlib.h
EmitCPlusPlusEpilogue
)>xport.h
if [ $SRCDIR_IS_LIBTIFF = no -a ! -d libtiff ]; then
Note "Creating libtiff directory"
mkdir libtiff
fi
mv xport.h $PORTDOTH; chmod 444 $PORTDOTH
Note "Done creating $PORTDOTH."
}
if [ "$PORT" != no ] && test -f $PORTDOTH && CheckPortDotH; then
Note ""
Note "Using previously created $PORTDOTH."
else
$RM xport.h t.c a.out $PORTDOTH
BuildPortDotH
fi
if [ "$PORT" = auto ]; then
Note ""
Note "Checking system libraries for functionality to emulate."
FUNCS="
strcasecmp
strtoul
getopt
"
for i in $FUNCS; do
CheckForFunc $i || {
Note "... emulate $i"
PORTFUNCS="${PORTFUNCS-} $i.c"
}
done
if [ "${PORTFUNCS-}" ]; then
LIBPORT='../port/libport.a'
PORT=yes
else
PORT=no
fi
fi
if [ $PORT != yes ] ; then
LIBPORT=
PORTFUNCS=
fi
Note "Done checking system libraries."
Note ""
Note "Checking for Dynamic Shared Object (DSO) support."
if [ "$DSO" = auto ]; then
DSOSUF_VERSION=
case $TARGET-$CC-$ISGCC in
*-irix5.2*)
if (findApp rld /lib:/usr/lib:$PATH) >/dev/null 2>&1; then
DSOSUF=so
DSOLD='${LD}'
DSOOPTS='-elf -shared -no_unresolved -all'
DSO=IRIX52
fi
;;
*-irix*)
if (findApp rld /lib:/usr/lib:$PATH) >/dev/null 2>&1; then
DSOSUF=so
DSOLD="${CCOMPILER} ${ENVOPTS}"
DSOOPTS='-shared -rdata_shared -check_registry ${SRCDIR}/port/irix/so_locations -quickstart_info'
DSO=IRIX
fi
;;
*-aix*)
DSOSUF=a
DSOLD='${LD}'
DSOOPTS='-r'
LIBCOPTS="-bM\:SRE"
DSO=AIX
;;
*-hpux*)
DSOSUF=sl
DSOLD='${LD}'
DSOOPTS='-b'
LIBCOPTS="+Z"
# LIBPORT="-Wl,+b${DIR_LIB}"
DSO=HPUX
;;
*-solaris*-yes)
DSOSUF=so
DSOLD='${LD}'
DSOOPTS='-G'
LIBCOPTS="-fpic"
DSO=SOLARIS
;;
*-solaris*)
DSOSUF=so
DSOLD='${LD}'
DSOOPTS='-G'
LIBCOPTS="-K PIC"
DSO=SOLARIS
;;
*-linux)
if [ -x /lib/libc.so.5 ]; then
DSOSUF=so.${DIST_MAJOR}
DSOSUF_VERSION=${DSOSUF}.${DIST_MINOR}.${DIST_ALPHA}
LIBCOPTS='-fPIC'
DSOOPTS='-shared'
DSO=LINUX
fi
;;
*-osf3*)
DSOSUF=so
DSOOPTS='-shared'
DSO=OSF
;;
*) DSO=no;;
esac
test -z "$DSOSUF_VERSION" && DSOSUF_VERSION=${DSOSUF}
fi
if [ "$DSO" != no ]; then
JUNK="$JUNK t.${DSOSUF}"
#
# Check to make sure the compilers process
# the DSO options in the expected way.
#
CheckCCDSO()
{
$RM t.c t.o t.${DSOSUF}
cat>t.c<<EOF
int f() { return 0; }
EOF
capture cat t.c
runMake t \
"t.o:; ${CCOMPILER} ${ENVOPTS} ${LIBCOPTS} -c t.c" \
"t: t.o; ${DSOLD} ${DSOOPTS} -o t.${DSOSUF} t.o"
}
if CheckCCDSO; then
Note "Looks like your system supports $DSO-style DSOs."
else
cat 1>&4 <<EOF
Looks like your system supports $DSO-style DSOs...
... sigh, but $CCOMPILER does not support DSOs in the expected way.
EOF
DSO=no
fi
fi
if [ "$DSO" = no ]; then
DSOSUF=a DSOOPTS= LIBCOPTS=
DSOSUF_VERSION=$DSOSUF
fi
Note "Done checking for DSO support."
Note ""
if [ "$LIBIMAGE" = auto ]; then
if CheckForLibrary iopen -limage && CheckForIncludeFile gl/image.h; then
Note "Looks like there is support for SGI RGB images."
LIBIMAGE=yes
else
LIBIMAGE=no
fi
fi
if [ "$LIBGL" = auto ]; then
if CheckForLibrary winopen -lgl && CheckForIncludeFile gl.h; then
Note "Looks like there is support for IRIS GL."
LIBGL=yes
else
LIBGL=no
fi
fi
test $LIBGL = no -a $LIBIMAGE = no || Note ""
Note "Selecting programs used during installation."
#
# Miscellaneous ``little'' programs.
#
test -z "${CHMOD-}" && CHMOD=`findAppDef chmod $PATH chmod`
test -z "${LN-}" && LN=`findAppDef ln $PATH ln`
test -z "${SCRIPT_SH-}" && SCRIPT_SH=`findAppDef sh $PATH sh`
test -z "${SED-}" && SED=`findAppDef sed $PATH sed`
test -z "${STRIP-}" && STRIP=`findAppDef strip $PATH strip`
#
# Check if mv -f is supported
#
if [ -z "${MV_F-}" ]; then
$RM t.c; echo "">t.c
if mv -f t.c t.o; then
Note "Looks like mv supports the -f option to force a move."
MV_F=-f
else
Note "Warning, looks like mv has no -f option to force move operations;"
Note "... this may cause problems during installation."
MV_F=
fi
fi
#
# Check if ln -s creates a symbolic link.
#
if [ -z "${LN_S-}" ]; then
$RM t.c; $LN -s foo t.c && LN_S=-s
fi
if [ -n "$LN_S" ]; then
Note "Looks like $LN supports the -s option to create a symbolic link."
else
Note "Warning, looks like $LN has no -s option to create symbolic links;"
Note "... this may cause problems during installation."
fi
#
# Pick install mechanism.
#
if [ -z "${INSTALL-}" ]; then
case $TARGET in
*-irix*) INSTALL=`findApp install /sbin:$PATH`;;
*) INSTALL='${SHELL} ../port/install.sh';;
esac
fi
Note "Done selecting programs."
#
# User-changable configuration parameters section.
# Anything selected here is presented to the user
# and may be interactively changed.
#
Note ""
Note "Selecting default TIFF configuration parameters."
Note ""
#
# Fill in any other configuration parameters not
# setup in the site and local files.
#
bitchExecutable()
{
echo ""
echo "Warning, $1 does not seem to be an executable program;"
echo "you'll need to correct this before starting up the fax server."
echo ""
}
#
# Setup manual page-related stuff.
#
# Manual pages are processed according to:
# 1. Section organization (BSD or System V)
# 2. Pre-formatted (w/ nroff) or source.
# 3. Compressed (compress, gzip, pack) or uncompressed.
# 4. Whether or not the FlexFAX ``F'' suffix must be
# stripped for pages to be found (only for 4F pages).
#
if [ -z "${DIR_MAN-}" ]; then
MANPATH="
$MANPATH
/usr/local/man
/usr/contrib/man
/usr/catman/local
"
DIR_MAN=
for i in $MANPATH; do
test -d $i && { DIR_MAN=$i; break; }
done
test -z "$DIR_MAN" && DIR_MAN=/usr/local/man
fi
Note "Looks like manual pages go in $DIR_MAN."
if [ -z "${MANSCHEME-}" ]; then
case $TARGET in
*-bsdi*|*-netbsd*) MANSCHEME=bsd-nroff-gzip-0.gz;;
*-freebsd*) MANSCHEME=bsd-source-cat;;
*-linux*) MANSCHEME=bsd-source-cat;;
*-ultrix*) MANSCHEME=bsd-source-cat;;
*-sunos*) MANSCHEME=bsd-source-cat-strip;;
*-sysv[234]*) MANSCHEME=sysv-source-cat-strip;;
*-hpux*) MANSCHEME=sysv-source-cat-strip;;
*-solaris*) MANSCHEME=sysv-source-cat-strip;;
*-aix*) MANSCHEME=sysv-source-strip;;
*-isc*|*-sco*) MANSCHEME=sysv-source-cat;;
*-irix*) MANSCHEME=sysv-nroff-compress-Z;;
*)
#
# Try to deduce the setup from existing manual pages.
# XXX needs more work XXX
#
MANSCHEME=sysv-source-cat
if [ -d /usr/share/man ]; then
if [ -d /usr/share/man/u_man ]; then
MANSCHEME=sysv-source-cat
elif [ -d /usr/share/man/man8 ]; then
MANSCHEME=bsd-source-cat
fi
elif [ -d /usr/share/catman ]; then
if [ -d /usr/share/catman/u_man ]; then
MANSCHEME=sysv-nroff-cat
elif [ -d /usr/share/catman/man8 ]; then
MANSCHEME=bsd-nroff-cat
fi
fi
;;
esac
fi
Note "Looks like manual pages should be installed with $MANSCHEME."
#
# Figure out which brand of echo we have and define
# prompt and print shell functions accordingly.
#
if [ `echo foo\\\c`@ = "foo@" ]; then
prompt()
{
echo "$* \\c"
}
elif [ "`echo -n foo`@" = "foo@" ]; then
prompt()
{
echo -n "$* "
}
else
prompt()
{
echo "$*"
}
fi
#
# Prompt the user for a string that can not be null.
#
promptForNonNullStringParameter()
{
x="" val="$1" desc="$2"
while [ -z "$x" ]; do
prompt "$desc [$val]?"; read x
if [ "$x" ]; then
# strip leading and trailing white space
x=`echo "$x" | sed -e 's/^[ ]*//' -e 's/[ ]*$//'`
else
x="$val"
fi
done
param="$x"
}
promptForManPageScheme()
{
x=""
while [ -z "$x" ]; do
prompt "Manual page installation scheme [$MANSCHEME]?"; read x
if [ "$x" ]; then
# strip leading and trailing white space
x=`echo "$x" | sed -e 's/^[ ]*//' -e 's/[ ]*$//'`
# XXX do a better job of validating...
case "$x" in
bsd-nroff-cat*|sysv-nroff-cat*) ;;
bsd-nroff-gzip*|sysv-nroff-gzip*) ;;
bsd-nroff-comp*|sysv-nroff-comp*) ;;
bsd-nroff-pack*|sysv-nroff-pack*) ;;
bsd-source-cat*|sysv-source-cat*) ;;
bsd-source-gzip*|sysv-source-gzip*) ;;
bsd-source-comp*|sysv-source-comp*) ;;
bsd-source-pack*|sysv-source-pack*) ;;
*)
cat <<EOF
"$x" is not a valid manual page installation scheme. Schemes are
constructed according to:
<organization>-<formatting>-<compression>[-<suffix>]
where:
<organization> is either "bsd" for BSD-style section organization (e.g.
file formats in section 5) or "sysv" for System V-style
organization (e.g. file formats in section 4).
<formatting> is either "nroff" to force installation of formatted
materials (using nroff) or "source" to get the nroff
source installed.
<compression> is either the name of a program to compress the manual
pages (gipz, compress, pack) or "cat" for uncompressed data.
<suffix> is either the file suffix to convert installed pages to
(e.g. 0.gz for gzip-compressed pages under BSD) or "strip"
to force the normal ".4f" suffix to be converted to ".4"
(or ".5" if using the BSD organization). If no -<suffix>
is specified then filenames are not converted when they
are installed.
Common schemes are:
bsd-nroff-gzip-0.gz compressed formatted pages for BSD
bsd-source-cat nroff source w/ BSD organization
sysv-source-cat-strip nroff source for SysV w/o .4f suffix
sysv-source-cat nroff source for SysV as-is
EOF
x="";;
esac
else
x="$MANSCHEME"
fi
done
MANSCHEME="$x"
}
printConfig()
{
cat<<EOF
TIFF configuration parameters are:
[ 1] Directory for tools: $DIR_BIN
[ 2] Directory for libraries: $DIR_LIB
[ 3] Directory for include files: $DIR_INC
[ 4] Directory for manual pages: $DIR_MAN
[ 5] Manual page installation scheme: $MANSCHEME
EOF
}
promptForParameter()
{
case $1 in
1) promptForNonNullStringParameter "$DIR_BIN" \
"Directory to install tools"; DIR_BIN="$param"
;;
2) promptForNonNullStringParameter "$DIR_LIB" \
"Directory to install libraries"; DIR_LIB="$param"
;;
3) promptForNonNullStringParameter "$DIR_INC" \
"Directory to install include files"; DIR_INC="$param"
;;
4) promptForNonNullStringParameter "$DIR_MAN" \
"Directory to install manual pages"; DIR_MAN="$param"
;;
5) promptForManPageScheme;;
esac
}
checkJPEG()
{
if [ "${JPEG}" = yes ]; then
test "`findHeader jpeglib.h`" || {
cat<<EOF
The set of libtiff include directories,
DIRS_LIBINC=${DIRS_LIBINC}
does not seem to be setup correctly; "jpeglib.h" was not found.
This must be corrected if the JPEG support is to be enabled.
Either fix the pathname or disable the JPEG support.
EOF
}
test $SRCDIR_IS_LIBTIFF = yes || \
test -d "${DIR_JPEGLIB:-/dev/null/no-such-file}" || {
cat<<EOF
The JPEG library directory, "${DIR_JPEGLIB}", does not seem to exist.
This must be corrected if the JPEG support is to be enabled.
Either fix the pathname or disable the JPEG support.
EOF
}
fi
}
checkZIP()
{
if [ "${ZIP}" = yes ]; then
test "`findHeader zlib.h`" || {
cat<<EOF
The set of libtiff include directories,
DIRS_LIBINC=${DIRS_LIBINC}
does not seem to be setup correctly; "zlib.h" was not found.
This must be corrected if the (G)ZIP support is to be enabled.
Either fix the pathname or disable the (G)ZIP support.
EOF
}
test $SRCDIR_IS_LIBTIFF = yes \
|| test -d "${DIR_GZLIB:-/dev/null/no-such-file}" || {
cat<<EOF
The libgz library directory, "${DIR_GZLIB}", does not seem to exist.
This must be corrected if the ZIP support is to be enabled.
Either fix the pathname or disable the ZIP support.
EOF
}
fi
}
if [ $NONINTERACTIVE = no ] ; then
ok=skip
while [ "$ok" != y ] && [ "$ok" != yes ]; do
if [ "$ok" != skip ]; then
for i in 1 2 3 4 5 6; do
promptForParameter $i;
done
fi
printConfig; prompt "Are these ok [yes]?"; read ok
test -z "$ok" && ok=yes
case "$ok" in
[1-9]|1[0-7]) promptForParameter $ok;;
[yY]*|[nN]*) continue;;
?*)
echo ""
echo "\"y\", \"yes\", or <RETURN> accepts the displayed parameters."
echo "A number lets you change the numbered parameter."
echo ""
;;
esac
ok=skip
done
checkJPEG
checkZIP
else
checkJPEG
checkZIP
fi
case $MANSCHEME in
*-source-*) MANAPPS=man1 MANLIB=man3;;
*-nroff-*) MANAPPS=cat1 MANLIB=cat3;;
esac
case $MANSCHEME in
*-strip) MANSEDLOCAL="-e s/3T/3/g";;
*) MANSEDLOCAL="";;
esac
case $MANSCHEME in
*-source-*) MANCVT='${MANSED} $? >$@';;
*-nroff-gzip-*) MANCVT='${MANSED} $? | nroff -man | gzip > $@';;
*-nroff-pack-*) MANCVT='${MANSED} $? | nroff -man | pack > $@';;
*-nroff-com*-*) MANCVT='${MANSED} $? | nroff -man | compress > $@';;
*-nroff-cat-*) MANCVT='${MANSED} $? | nroff -man > $@';;
esac
case $MANSCHEME in
*-0|*-0.gz|*-0.Z|*-gz|*-Z|*-z)
suf=`echo $MANSCHEME | sed 's/.*-/./'`
A='`echo $$i | sed' B='`' # workaround shell bugs
MANAPPNAME="$A s/\\\\.1\$\$/$suf/$B"
MANLIBNAME="$A s/\\\\.3t\$\$/$suf/$B"
;;
*-strip)
MANAPPNAME='$$i'
MANLIBNAME='`echo $$i | sed s/\\.3t$$/.3/`'
;;
*)
MANAPPNAME='$$i' MANLIBNAME='$$i'
;;
esac
if [ "${JPEG}" = yes ]; then
test -z "${CONF_JPEG-}" && CONF_JPEG="-DJPEG_SUPPORT"
if test -z "${LIBJPEG-}" ; then
LIBJPEG="-ljpeg"
test -z "${DIR_JPEGLIB-}" || LIBJPEG="-L${DIR_JPEGLIB} ${LIBJPEG}"
fi
else
CONF_JPEG=
LIBJPEG=
fi
if [ "${ZIP}" = yes ]; then
test -z "${CONF_ZIP-}" && CONF_ZIP="-DZIP_SUPPORT"
if test -z "${LIBGZ-}" ; then
LIBGZ="-lz"
test -z "${DIR_GZLIB-}" || LIBGZ="-L${DIR_GZLIB} ${LIBGZ}"
fi
else
CONF_ZIP=
LIBGZ=
fi
Note ""
#
# Fixup a list of potentially relative pathnames so
# that they work when used in a subdirectory. The
# string sent to stdout has no extraneous spaces so
# it can be used, for example, in building pathnames.
#
# NB: There's an extra echo done here so we get a
# \n-terminated string passed to sed.
#
relativize()
{
echo `if [ $SRCDIR_IS_LIBTIFF = no ]; then
(for i do
case "$i" in
/*|-l*) echo "$i" ;;
-[LR]) ;; # XXX???
-[LR]/*) echo "$i" ;;
-L*) echo "$i" | sed 's;^-L;-L../;' ;;
-R*) echo "$i" | sed 's;^-R;-R../;' ;;
*) echo "../$i" ;;
esac
done) | tr '\012' ' '
else
echo "$@"
fi` | sed -e 's;[ ][ ]*$;;' -e 's;/[.]$;;'
}
#
# Generate a list of compiler include options,
# prepending ``../'' to any relative pathnames.
#
makeIncArgs()
{
(for i do
case "$i" in
/*) echo "-I$i" ;;
*)
if [ $SRCDIR_IS_LIBTIFF = yes ]; then
echo "-I$i"
else
echo "-I../$i"
fi ;;
esac
done) | tr '\012' ' '
}
#
# Setup parameters needed below.
#
if [ $SRCDIR_IS_LIBTIFF = yes ]; then
CONFIGDIR="."
LIBSRCDIR="${SRCDIR}"
else
CONFIGDIR=".."
LIBSRCDIR=`relativize ${SRCDIR}`/libtiff
fi
# NB: these should be sorted alphabetically
cat>>confsed<<EOF
/@AR@/s;;${AR};g
/@ALPHAFILE@/s;;`relativize ${ALPHAFILE}`;g
/@AROPTS@/s;;${AROPTS};g
/@CONFIGDIR@/s;;${CONFIGDIR};g
/@CCOMPILER@/s;;${CCOMPILER};g
/@CHMOD@/s;;${CHMOD};g
/@CONF_JPEG@/s;;${CONF_JPEG};g
/@CONF_ZIP@/s;;${CONF_ZIP};g
/@COPT_LIBINC@/s;;`makeIncArgs ${DIRS_LIBINC}`;g
/@DATE@/s;;${DATE};g
/@DEPEND_JPEGLIB@/s;;${CONF_JPEG:+`findHeader jpeglib.h` `findHeader jerror.h`};g
/@DEPEND_ZLIB@/s;;${CONF_ZIP:+`findHeader zlib.h`};g
/@DIR_BIN@/s;;${DIR_BIN};g
/@DIR_JPEGLIB@/s;;`relativize ${DIR_JPEGLIB}`;g
/@DIR_GZLIB@/s;;`relativize ${DIR_GZLIB}`;g
/@DIR_INC@/s;;${DIR_INC};g
/@DIR_LIB@/s;;${DIR_LIB};g
/@DIR_MAN@/s;;${DIR_MAN};g
/@DIRS_LIBINC@/s;;`relativize ${DIRS_LIBINC}`;g
/@DIST_ALPHA@/s;;${DIST_ALPHA};g
/@DIST_MAJOR@/s;;${DIST_MAJOR};g
/@DIST_MINOR@/s;;${DIST_MINOR};g
/@DSO@/s;;${DSO};g
/@DSOSUF@/s;;${DSOSUF};g
/@DSOSUF_VERSION@/s;;${DSOSUF_VERSION};g
/@ENVOPTS@/s;;${ENVOPTS};g
/@FILLORDER@/s;;${FILLORDER};g
/@GCOPTS@/s;;${GCOPTS};g
/@INSTALL@/s;;${INSTALL};g
/@LIBJPEG@/s;;`relativize ${LIBJPEG}`;g
/@LIBGL@/s;;${LIBGL};g
/@LIBGZ@/s;;`relativize ${LIBGZ}`;g
/@LIBSRCDIR@/s;;${LIBSRCDIR};g
/@LIBIMAGE@/s;;${LIBIMAGE};g
/@LIBCOPTS@/s;;${LIBCOPTS};g
/@LIBPORT@/s;;${LIBPORT};g
/@LN@/s;;${LN};g
/@LN_S@/s;;${LN_S};g
/@MACHDEPLIBS@/s;;${MACHDEPLIBS};g
/@MANAPPS@/s;;${MANAPPS};g
/@MANAPPNAME@/s;;${MANAPPNAME};g
/@MANLIBNAME@/s;;${MANLIBNAME};g
/@MANCVT@/s;;${MANCVT};g
/@MANSEDLOCAL@/s;;${MANSEDLOCAL};g
/@MANLIB@/s;;${MANLIB};g
/@MV_F@/s;;${MV_F};g
/@PORT@/s;;${PORT};g
/@PORTFUNCS@/s;;${PORTFUNCS};g
/@RANLIB@/s;;${RANLIB};g
/@SCRIPT_SH@/s;;${SCRIPT_SH};g
/@SED@/s;;${SED};g
/@SETMAKE@/s;;${SETMAKE};g
/@SRCDIR@/s;;${SRCDIR};g
/@RELSRCDIR@/s;;`relativize ${SRCDIR}`;g
/@STRIP@/s;;${STRIP};g
/@TARGET@/s;;${TARGET};g
/@VERSION@/s;;${VERSION};g
/@VERSIONFILE@/s;;`relativize ${VERSIONFILE}`;g
/@WARNING@/s;;Warning, this file was automatically created by the TIFF configure script;g
EOF
SedConfigFiles()
{
for F do
test -f $SRCDIR/$F.in || {
bitch "$SRCDIR/$F.in is missing; this should be part of the distribution."
boom
}
dir=`echo $F | $SED 's;/[^/]*$;;'`
if [ $dir != $F ] && [ ! -d $dir ]; then
Note "Creating $dir directory"
mkdir $dir
fi
suffix=`echo $F | $SED 's/.*\.//'`
if [ "$suffix" = h ]; then
#
# Compare old and new versions so that include files
# are only updated when something has changed--this
# saves time for subsequent makes. Note we screen
# out use of @DATE@ 'cuz otherwise that'll mess up
# the comparison (this assumes dates are used in lines
# of the form DATE: @DATE@).
#
$RM $F.new; $SED -f confsed $SRCDIR/$F.in > $F.new
$RM confx; $SED '/DATE:/d' $F.new >confx
$RM confy; $SED '/DATE:/d' $F >confy 2>/dev/null
if cmp -s confx confy >/dev/null 2>&1; then
$RM $F.new
else
Note "Creating $F from $SRCDIR/$F.in"
$RM $F; mv $F.new $F; $CHMOD 444 $F
fi
else
Note "Creating $F from $SRCDIR/$F.in"
if $SED -f confsed $SRCDIR/$F.in >$F.new; then
$RM $F; mv $F.new $F; $CHMOD 444 $F
else
cat 1>&2 <<EOF
Help, there was a problem crafting $F from $F.in.
The command:
$SED -f confsed $SRCDIR/$F.in >$F.new
failed. Aborting without cleaning up files so you can take a look...
EOF
exit 1
fi
fi
done
}
#
# port/install.sh is the SGI install program emulator script.
#
CONF_FILES="Makefile"
if [ $SRCDIR_IS_LIBTIFF != yes ] ; then
CONF_FILES="$CONF_FILES
libtiff/Makefile
man/Makefile
tools/Makefile
port/install.sh
"
fi
SedConfigFiles $CONF_FILES
test $PORT = yes && SedConfigFiles port/Makefile
Note "Done."
$RM $JUNK
exit 0