proxychains-ng/configure

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#!/bin/sh
prefix=/usr/local
OUR_CPPFLAGS=
# Get a temporary filename
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fail() { printf "%s\n" "$1" >&2 ; exit 1 ; }
i=0
set -C
while : ; do i=$(($i+1))
tmpc="./conf$$-$PPID-$i.c"
2>|/dev/null > "$tmpc" && break
test "$i" -gt 50 && fail "$0: cannot create temporary file $tmpc"
done
set +C
trap 'rm "$tmpc"' EXIT INT QUIT TERM HUP
check_compile() {
printf "checking %s ... " "$1"
printf "$3" > "$tmpc"
local res=0
$CC $OUR_CPPFLAGS $CPPFLAGS $2 $CFLAGS "$tmpc" -o /dev/null >/dev/null 2>&1 \
|| res=1
test x$res = x0 && \
{ printf "yes\n" ; test x"$2" = x || OUR_CPPFLAGS="$OUR_CPPFLAGS $2" ; } \
|| printf "no\n"
return $res
}
check_define() {
printf "checking whether \$CC defines %s ... " "$1"
local res=1
$CC $OUR_CPPFLAGS $CPPFLAGS $CFLAGS -dM -E - </dev/null | grep "$1" >/dev/null && res=0
test x$res = x0 && printf "yes\n" || printf "no\n"
return $res
}
check_compile_run() {
printf "checking %s ... " "$1"
printf "$2" > "$tmpc"
local res=0
$CC $OUR_CPPFLAGS $CPPFLAGS $CFLAGS "$tmpc" -o "$tmpc".out >/dev/null 2>&1 \
|| res=1
test x$res = x0 && { "$tmpc".out || res=1 ; }
rm -f "$tmpc".out
test x$res = x0 && printf "yes\n" || printf "no\n"
return $res
}
check_link_silent() {
printf "$2" > "$tmpc"
$CC $OUR_CPPFLAGS $CPPFLAGS $1 $CFLAGS "$tmpc" -o /dev/null >/dev/null 2>&1
}
check_link() {
printf "checking %s ... " "$1"
local res=0
check_link_silent "$2" "$3" || res=1
test x$res = x0 && printf "yes\n" || printf "no\n"
return $res
}
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usage() {
echo "supported arguments"
echo "--prefix=/path default: $prefix"
echo "--exec_prefix=/path default: $prefix/bin"
echo "--bindir=/path default: $prefix/bin"
echo "--libdir=/path default: $prefix/lib"
echo "--includedir=/path default: $prefix/include"
echo "--sysconfdir=/path default: $prefix/etc"
echo "--ignore-cve default: no"
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echo " if set to yes ignores CVE-2015-3887 and makes it possible"
echo " to preload from current dir (insecure)"
echo "--fat-binary : build for both i386 and x86_64 architectures on 64-bit Macs"
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echo "--help : show this text"
exit 1
}
spliteq() {
arg=$1
echo "${arg#*=}"
#alternatives echo "$arg" | cut -d= -f2-
# or echo "$arg" | sed 's/[^=]*=//'
}
fat_binary=
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ignore_cve=no
parsearg() {
case "$1" in
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--prefix=*) prefix=`spliteq $1`;;
--exec_prefix=*) exec_prefix=`spliteq $1`;;
--bindir=*) bindir=`spliteq $1`;;
--libdir=*) libdir=`spliteq $1`;;
--includedir=*) includedir=`spliteq $1`;;
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--sysconfdir=*) sysconfdir=`spliteq $1`;;
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--ignore-cve) ignore_cve=1;;
--ignore-cve=*) ignore_cve=`spliteq $1`;;
--fat-binary) fat_binary=1;;
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--help) usage;;
esac
}
while true ; do
case $1 in
-*) parsearg "$1"; shift;;
*) break ;;
esac
done
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if [ -z "$exec_prefix" ] ; then
exec_prefix=$prefix
fi
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if [ -z "$libdir" ] ; then
libdir=$prefix/lib
fi
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if [ -z "$includedir" ] ; then
includedir=$prefix/include
fi
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if [ -z "$sysconfdir" ] ; then
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sysconfdir=$prefix/etc
fi
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if [ -z "$bindir" ] ; then
bindir=$exec_prefix/bin
fi
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if [ -z "$CC" ] ; then
CC=cc
fi
echo > config.mak
bsd_detected=false
isbsd() {
$bsd_detected
}
mac_detected=false
ismac() {
$mac_detected
}
mac_64=false
ismac64() {
$mac_64
}
solaris_detected=false
issolaris() {
$solaris_detected
}
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haiku_detected=false
ishaiku() {
$haiku_detected
}
check_compile 'whether C compiler works' '' 'int main() {return 0;}' || fail 'error: install a C compiler and library'
check_compile 'whether we have GNU-style getservbyname_r()' "-DHAVE_GNU_GETSERVBYNAME_R" \
'#define _GNU_SOURCE\n#include <netdb.h>\nint main() {\nstruct servent *se = 0;struct servent se_buf;char buf[1024];\ngetservbyname_r("foo", (void*) 0, &se_buf, buf, sizeof(buf), &se);\nreturn 0;}'
check_compile 'whether we have pipe2() and O_CLOEXEC' "-DHAVE_PIPE2" \
'#define _GNU_SOURCE\n#include <fcntl.h>\n#include <unistd.h>\nint main() {\nint pipefd[2];\npipe2(pipefd, O_CLOEXEC);\nreturn 0;}'
experimental new feature: proxy_dns_daemon since many users complain about issues with modern, ultracomplex clusterfuck software such as chromium, nodejs, etc, i've reconsidered one of my original ideas how to implement remote dns lookup support. instead of having a background thread serving requests via a pipe, the user manually starts a background daemon process before running proxychains, and the two processes then communicate via UDP. this requires much less hacks (like hooking of close() to prevent pipes from getting closed) and doesn't need to call any async-signal unsafe code like malloc(). this means it should be much more compatible than the previous method, however it's not as practical and slightly slower. it's recommended that the proxychains4-daemon runs on localhost, and if you use proxychains-ng a lot you might want to set ip up as a service that starts on boot. a single proxychains4-daemon should theoretically be able to serve many parallel proxychains4 instances, but this has not yet been tested so far. it's also possible to run the daemon on other computers, even over internet, but currently there is no error-checking/ timeout code at all; that means the UDP connection needs to be very stable. the library code used for the daemon sources are from my projects libulz[0] and htab[1], and the server code is loosely based on microsocks[2]. their licenses are all compatible with the GPL. if not otherwise mentioned, they're released for this purpose under the standard proxychains-ng license (see COPYING). [0]: https://github.com/rofl0r/libulz [1]: https://github.com/rofl0r/htab [2]: https://github.com/rofl0r/microsocks
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check_compile 'whether we have SOCK_CLOEXEC' "-DHAVE_SOCK_CLOEXEC" \
'#define _GNU_SOURCE\n#include <sys/socket.h>\nint main() {\nreturn socket(AF_INET, SOCK_DGRAM|SOCK_CLOEXEC, 0);}'
check_define __APPLE__ && {
mac_detected=true
check_define __x86_64__ && mac_64=true
}
check_define __FreeBSD__ && bsd_detected=true
check_define __OpenBSD__ && {
bsd_detected=true
echo "CFLAGS+=-DIS_OPENBSD">>config.mak
check_compile_run 'whether OpenBSDs fclose() (illegally) calls close()' \
'#include <stdio.h>\n#include<stdlib.h>\nint close(int x){exit(0);}int main(){fclose(stdin);return 1;}' && \
OUR_CPPFLAGS="$OUR_CPPFLAGS -DBROKEN_FCLOSE"
}
check_define __sun && check_define __SVR4 && solaris_detected=true
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check_define __HAIKU__ && haiku_detected=true
echo "CC=$CC">>config.mak
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[ -z "$CPPFLAGS" ] || echo "CPPFLAGS=$CPPFLAGS">>config.mak
[ -z "$CFLAGS" ] || echo "USER_CFLAGS=$CFLAGS">>config.mak
[ -z "$LDFLAGS" ] || echo "USER_LDFLAGS=$LDFLAGS">>config.mak
echo prefix=$prefix>>config.mak
echo exec_prefix=$exec_prefix>>config.mak
echo bindir=$bindir>>config.mak
echo libdir=$libdir>>config.mak
echo includedir=$includedir>>config.mak
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echo sysconfdir=$sysconfdir>>config.mak
[ "$ignore_cve" = "no" ] && echo "CPPFLAGS+= -DSUPER_SECURE">>config.mak
[ -z "$OUR_CPPFLAGS" ] || echo "CPPFLAGS+= $OUR_CPPFLAGS" >>config.mak
check_link "whether we can use -Wl,--no-as-needed" "-Wl,--no-as-needed" \
"int main() { return 0; }" || echo NO_AS_NEEDED= >> config.mak
LD_SONAME_FLAG=
printf "checking what's the option to use in linker to set library name ... "
for o in --soname -h -soname -install_name; do
check_link_silent "-shared -Wl,$o,libconftest.so" "void test_func(int a) {}" && LD_SONAME_FLAG=$o && break
done
if [ -z "$LD_SONAME_FLAG" ]; then
printf '\ncannot find an option to set library name\n'
exit 1
fi
echo "$LD_SONAME_FLAG"
echo "LD_SET_SONAME = -Wl,$LD_SONAME_FLAG," >> config.mak
make_cmd=make
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if ismac ; then
echo LDSO_SUFFIX=dylib>>config.mak
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echo MAC_CFLAGS+=-DIS_MAC=1>>config.mak
if ismac64 && [ "$fat_binary" = 1 ] ; then
echo "Configuring a fat binary for i386 and x86_64"
echo MAC_CFLAGS+=-arch i386 -arch x86_64>>config.mak
echo LDFLAGS+=-arch i386 -arch x86_64>>config.mak
fi
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elif isbsd ; then
echo LIBDL=>>config.mak
echo "CFLAGS+=-DIS_BSD">>config.mak
make_cmd=gmake
elif issolaris; then
echo "CFLAGS+=-DIS_SOLARIS -D__EXTENSIONS__" >> config.mak
echo "SOCKET_LIBS=-lsocket -lnsl" >> config.mak
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elif ishaiku ; then
echo LIBDL=>>config.mak
echo "CFLAGS+=-DIS_HAIKU" >> config.mak
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fi
echo "Done, now run $make_cmd && $make_cmd install"