#!/bin/sh # The purpose of this script is to check for all external tools, headers, and # libraries VBox OSE depends on. # # Copyright (C) 2006-2016 Oracle Corporation # # This file is part of VirtualBox Open Source Edition (OSE), as # available from http://www.virtualbox.org. This file is free software; # you can redistribute it and/or modify it under the terms of the GNU # General Public License (GPL) as published by the Free Software # Foundation, in version 2 as it comes in the "COPYING" file of the # VirtualBox OSE distribution. VirtualBox OSE is distributed in the # hope that it will be useful, but WITHOUT ANY WARRANTY of any kind. # LC_ALL=C export LC_ALL # append some extra paths PATH="$PATH:/opt/gnome/bin" # Solaris (order of paths important for tr, grep, sed to work) PATH="/usr/xpg4/bin:$PATH:/usr/local/bin:/usr/sfw/bin:/usr/ccs/bin" ORGPATH=$PATH # Wrapper for ancient /usr/bin/which on darwin that always returns 0 which_wrapper() { if [ -z "$have_ancient_which" ]; then if which /bin/___cErTaINly_a_nOn_eXisTing_fIle___ 2> /dev/null > /dev/null; then have_ancient_which="yes" else have_ancient_which="no" fi fi if [ "$have_ancient_which" = "yes" ]; then retval=`which $* 2>/dev/null` echo "$retval" test -n "$retval" -a -x "$retval" unset retval else which $* 2> /dev/null fi } OS=`uname -s | sed -e 's/GNU\/Linux/Linux/g' | tr '[:upper:]' '[:lower:]'` case "$OS" in linux) ;; darwin) ;; freebsd) ;; netbsd) ;; sunos) OS='solaris' ;; haiku) ;; *) echo "Cannot determine OS!" exit 1 ;; esac # # Defaults # OSE=1 ODIR="`pwd`/" ODIR_OVERRIDE=0 OUT_PATH="" OUT_PATH_OVERRIDE=0 SETUP_WINE= ONLY_ADDITIONS=0 TARGET_MACHINE="" TARGET_CPU="" WITH_XPCOM=1 WITH_PYTHON=1 WITH_JAVA=1 WITH_VMMRAW=1 WITH_LIBIDL=1 WITH_GSOAP=0 WITH_QT4=0 WITH_QT5=1 WITH_SDL=1 WITH_SDL_TTF=1 WITH_X11=1 WITH_ALSA=1 WITH_PULSE=1 WITH_DBUS=1 WITH_DEVMAPPER=1 WITH_KMODS=1 WITH_OPENGL=1 WITH_HARDENING=1 WITH_UDPTUNNEL=1 WITH_VDE=0 WITH_VNC=0 WITH_EXTPACK=1 WITH_DOCS=1 WITH_LIBVPX=1 BUILD_LIBXML2= BUILD_LIBCURL= BUILD_LIBSSL= BUILD_LIBVPX= PASSIVE_MESA=0 CC="gcc" CC32="" CC64="" CXX="g++" CXX32="" CXX64="" YASM="yasm" IASL="iasl" XSLTPROC="xsltproc" GENISOIMAGE="genisoimage" MKISOFS="mkisofs" INCCRYPTO="" LIBCRYPTO="-lssl -lcrypto" LIBPTHREAD="-lpthread" LIBCAP="-lcap" GSOAP="" GSOAP_IMPORT="" INCX11="/usr/local/include" LIBX11="-L/usr/X11R6/lib -L/usr/X11R6/lib64 -L/usr/local/lib -lXext -lX11" LIBXCURSOR="-lXcursor" LIBXMU="-lXmu" LIBXINERAMA="-lXinerama" LIBXRANDR="-lXrandr" MAKESELF="makeself" MESA="-lGL" INCZ="" LIBZ="-lz" INCVNCSERVER="" LIBVNCSERVER="-lvncserver" INCDEVMAPPER="" LIBDEVMAPPER="-ldevmapper" CXX_FLAGS="" if [ "$OS" = "freebsd" ]; then INCCURL="-I/usr/local/include" LIBCURL="-L/usr/local/lib -lcurl" INCPULSE="-I/usr/local/include" LIBPULSE="-L/usr/local/lib" INCPNG="-I/usr/local/include" LIBPNG="-L/usr/local/lib -lpng" else INCCURL="" LIBCURL="-lcurl" INCPNG="" LIBPNG="-lpng" fi INCVPX="" LIBVPX="-lvpx" PKGCONFIG="`which_wrapper pkg-config`" PYTHONDIR="/usr /usr/local" QT4DIR="/usr/lib/qt4 /usr/share/qt4 /usr/lib64/qt4 /usr /usr/local" QT4DIR_PKGCONFIG=1 QT5DIR="/usr/lib/qt5 /usr/share/qt5 /usr/lib64/qt5 /usr /usr/local" QT5DIR_PKGCONFIG=1 KBUILDDIR="`cd \`dirname $0\`; pwd`/kBuild" DEVDIR="`cd \`dirname $0\`; pwd`/tools" if [ -d "/lib/modules/`uname -r`/build" ]; then LINUX="/lib/modules/`uname -r`/build" elif [ "`echo /lib/modules/*`" != "/lib/modules/*" ]; then # Get the most recent kernel headers if none match the current kernel. for i in /lib/modules/*; do if [ -r "$i/build" ]; then LINUX="$i/build" fi done fi if [ -z "$LINUX" ]; then LINUX="/usr/src/linux" fi KCHMVIEWER="kchmviewer" LOG="configure.log" CNF="AutoConfig.kmk" ENV="env.sh" BUILD_TYPE="release" # the restricting tool is ar (mri mode). INVALID_CHARS="[^A-Za-z0-9/\\$:._-]" if (cd `dirname $0`; pwd)|grep -q "$INVALID_CHARS"; then echo "Error: VBox base path contains invalid characters!" exit 1 fi # darwin /bin/sh has a builtin echo that doesn't grok -n. gotta love it. if [ "$OS" = "darwin" ]; then ECHO_N="/bin/echo -n" elif [ "$OS" = "solaris" ]; then # Solaris 11 /bin/sh has a builtin echo that could grok -n if there is # /usr/ucb/echo the first echo executable in the path, but the /usr/ucb # tools are no longer installed by default. ECHO_N="/usr/gnu/bin/echo -n" else ECHO_N="echo -n" fi cleanup() { rm -f $ODIR.tmp_src.cc $ODIR.tmp_src.c $ODIR.tmp_out $ODIR.test_execute.log } fail() { if [ -z "$nofatal" -o "x$1" != "x" ]; then cleanup rm -f $ENV echo "Check $LOG for details" exit 1 fi } log() { echo "$1" echo "$1" >> $LOG } log_success() { if [ -n "$1" ]; then $ECHO_N "$1, "; fi echo "OK." echo "$1" >> $LOG echo >> $LOG echo >> $LOG } log_failure() { echo echo " ** $1!" echo "** $1!" >> $LOG echo >> $LOG } cnf_append() { printf "%-30s := %s\n" "$1" "$2" >> $CNF } strip_l() { echo "$1"|$KBUILD_SED 's|-l\([^ ]\+\)|\1|g; s|^-[^l][^ ]*||g; s| -[^l][^ ]*||g; s|^ ||; s| *$||g' } strip_L() { echo "$1"|$KBUILD_SED 's|-L\([^ ]\+\)|\1|g; s|^-[^L][^ ]*||g; s| -[^L][^ ]*||g; s|^ ||; s| *$||g' } strip_I() { echo "$1"|$KBUILD_SED 's|-I\([^ ]\+\)|\1|g; s|^-[^I][^ ]*||g; s| -[^I][^ ]*||g; s|^ ||; s| *$||g' } prefix_I() { echo "$1"|$KBUILD_SED 's|^\/|-I/|g; s| \/| -I/|g' } check_avail() { if [ -z "$1" ]; then log_failure "$2 is empty" fail $3 return 1 elif which_wrapper $1 > /dev/null; then return 0 else log_failure "$1 (variable $2) not found" fail $3 return 1 fi } # Prepare a test test_header() { echo "***** Checking $1 *****" >> $LOG $ECHO_N "Checking for $1: " } # Compile a test # $1 compile flags/libs # $2 library name # $3 package name # $4 if this argument is 'nofatal', don't abort test_compile() { echo "compiling the following source file:" >> $LOG cat $ODIR.tmp_src.cc >> $LOG echo "using the following command line:" >> $LOG echo "$CXX $CXX_FLAGS -fPIC -g -O -Wall -o $ODIR.tmp_out $ODIR.tmp_src.cc \"$1\"" >> $LOG $CXX $CXX_FLAGS -fPIC -g -O -Wall -o $ODIR.tmp_out $ODIR.tmp_src.cc $1 >> $LOG 2>&1 if [ $? -ne 0 ]; then if [ -z "$4" ]; then echo echo " $2 not found at $1 or $3 headers not found" echo " Check the file $LOG for detailed error information." fail else echo >> $LOG echo >> $LOG fi return 1 fi return 0 } # Execute a compiled test binary test_execute() { echo "executing the binary" >> $LOG $ODIR.tmp_out > $ODIR.test_execute.log rc=$? cat $ODIR.test_execute.log | tee -a $LOG if [ $rc -ne 0 ]; then fail $1 return 1 fi echo >> $LOG echo >> $LOG return 0 } # Execute a compiled test binary test_execute_path() { ## LD_LIBRARY_PATH to set. local_path="${1}" ## Set this to non-empty to make this test non-fatal. local_nofail="${2}" echo "executing the binary (LD_LIBRARY_PATH=$1)" >> $LOG LD_LIBRARY_PATH="${local_path}" $ODIR.tmp_out > $ODIR.test_execute.log rc=$? cat $ODIR.test_execute.log | tee -a $LOG if [ $rc -ne 0 ]; then test -z "${local_nofail}" && fail echo >> $LOG echo >> $LOG return 1 fi echo >> $LOG echo >> $LOG return 0 } # # Check for OS, MACHINE, CPU # check_environment() { test_header environment BUILD_CPU=`uname -m` [ "$OS" = "solaris" ] && BUILD_CPU=`isainfo | cut -f 1 -d ' '` case "$BUILD_CPU" in i[3456789]86|x86|i86pc|BePC) BUILD_MACHINE='x86' LIB='lib' ;; x86_64|amd64) BUILD_MACHINE='amd64' BUILD_CPU='k8' if [ "$OS" != "solaris" ]; then # on AMD64 systems, 64bit libs are usually located in /usr/lib64 # see http://www.pathname.com/fhs/pub/fhs-2.3.html#LIB64 LIB='lib64' else # Solaris doesn't seem to subscribe to fhs, libs are usually in # a '64' subdirectory of the standard 'lib' dirs while some 64-bit # alternative binaries can be found in 'amd64' subdirs of the 'bin' # ones. So, in order to find the right stuff (esp. sdl-config) we'll # have to make sure the */bin/amd64 dirs are searched before the */bin # ones. (The sed has some sideeffects, but they shouldn't harm us...) echo "64-bit Solaris detected, hacking the PATH" >> $LOG echo "old PATH: $PATH" >> $LOG PATH=`echo ":$PATH:" | sed -e 's,\(:[^:]*/bin\):,\1/amd64:\1:,g' \ -e 's/^:*//' -e 's/:*$//g' -e 's/::*/:/g' ` export PATH echo "new PATH: $PATH" >> $LOG LIB='lib/64' fi ;; *) log_failure "Cannot determine system" exit 1 ;; esac [ -z "$TARGET_MACHINE" ] && TARGET_MACHINE=$BUILD_MACHINE [ -z "$TARGET_CPU" ] && TARGET_CPU=$BUILD_CPU DEVDIR_BIN="$DEVDIR/$OS.$BUILD_MACHINE/bin" log_success "Determined build machine: $OS.$BUILD_MACHINE, target machine: $OS.$TARGET_MACHINE" echo "BUILD_PLATFORM=\"$OS\"" >> $ENV echo "export BUILD_PLATFORM" >> $ENV echo "BUILD_PLATFORM_ARCH=\"$BUILD_MACHINE\"" >> $ENV echo "export BUILD_PLATFORM_ARCH" >> $ENV echo "BUILD_TARGET=\"$OS\"" >> $ENV echo "export BUILD_TARGET" >> $ENV echo "BUILD_TARGET_ARCH=\"$TARGET_MACHINE\"" >> $ENV echo "export BUILD_TARGET_ARCH" >> $ENV echo "BUILD_TARGET_CPU=\"$TARGET_CPU\"" >> $ENV echo "export BUILD_TARGET_CPU" >> $ENV echo "BUILD_TYPE=\"$BUILD_TYPE\"" >> $ENV echo "export BUILD_TYPE" >> $ENV } # # Check for gcc with version >= 3.2. # We depend on a working gcc, if we fail terminate in every case. # check_gcc() { test_header gcc if check_avail "$CC" CC really; then cc_ver=`$CC -dumpversion` 2>/dev/null if [ $? -ne 0 ]; then log_failure "cannot execute '$CC -dumpversion'" fail really fi if check_avail "$CXX" CXX really; then cxx_ver=`$CXX -dumpversion` 2>/dev/null if [ $? -ne 0 ]; then log_failure "cannot execute '$CXX -dumpversion'" fail really fi cc_maj=`echo $cc_ver|cut -d. -f1` cc_min=`echo $cc_ver|cut -d. -f2` if [ "x$cc_ver" != "x$cxx_ver" ]; then log_failure "gcc version $cc_ver does not match g++ version $cxx_ver" fail really elif [ $cc_maj -eq 4 -a $cc_min -eq 0 -a "$OS" = "darwin" ]; then log_success "found version $cc_ver" # gcc-4.0 is allowed for Darwin only elif [ $cc_maj -lt 4 \ -o \( $cc_maj -eq 4 -a $cc_min -lt 4 -a "$OS" != "darwin" \) \ -o \( $cc_maj -eq 4 -a $cc_min -lt 2 -a "$OS" = "darwin" \) \ -o \( $cc_maj -eq 4 -a $cc_min -gt 9 \) \ -o \( $cc_maj -eq 5 -a $cc_min -gt 9 \) \ -o \( $cc_maj -eq 6 -a $cc_min -gt 9 \) \ -o $cc_maj -gt 6 ]; then log_failure "gcc version $cc_maj.$cc_min found, expected gcc 4.x, gcc 5.x or gcc 6.x" fail really else log_success "found version $cc_ver" fi if [ "$BUILD_MACHINE" = "amd64" ]; then [ -z "$CC32" ] && CC32="$CC -m32" [ -z "$CXX32" ] && CXX32="$CXX -m32" else [ -z "$CC32" ] && CC32="$CC" [ -z "$CXX32" ] && CXX32="$CXX" fi if [ "$BUILD_MACHINE" = "x86" -a "$TARGET_MACHINE" = "amd64" ]; then [ -z "$CC64" ] && CC64="$CC -m64" [ -z "$CXX64" ] && CXX64="$CXX -m64" fi if [ "$TARGET_MACHINE" = "amd64" -a $WITH_VMMRAW -eq 0 ]; then CC32="undefined" CXX32="undefined" fi if [ "$CC" != "gcc" ]; then cnf_append "TOOL_GCC3_CC" "$CC" cnf_append "TOOL_GCC3_AS" "$CC" cnf_append "TOOL_GCC3_LD" "$CC" cnf_append "TOOL_GXX3_CC" "$CC" cnf_append "TOOL_GXX3_AS" "$CC" fi if [ "$CXX" != "g++" ]; then cnf_append "TOOL_GCC3_CXX" "$CXX" cnf_append "TOOL_GXX3_CXX" "$CXX" cnf_append "TOOL_GXX3_LD" "$CXX" fi if [ "$CC32" != "gcc -m32" -a "$CC32" != "undefined" ]; then cnf_append "TOOL_GCC32_CC" "$CC32" cnf_append "TOOL_GCC32_AS" "$CC32" cnf_append "TOOL_GCC32_LD" "$CC32" cnf_append "TOOL_GXX32_CC" "$CC32" cnf_append "TOOL_GXX32_AS" "$CC32" fi if [ "$CXX32" != "g++ -m32" -a "$CXX32" != "undefined" ]; then cnf_append "TOOL_GCC32_CXX" "$CXX32" cnf_append "TOOL_GXX32_CXX" "$CXX32" cnf_append "TOOL_GXX32_LD" "$CXX32" fi # this isn't not necessary, there is not such tool. if [ -n "$CC64" ]; then cnf_append "TOOL_GCC64_CC" "$CC64" cnf_append "TOOL_GCC64_AS" "$CC64" cnf_append "TOOL_GCC64_LD" "$CC64" cnf_append "TOOL_GXX64_CC" "$CC64" cnf_append "TOOL_GXX64_AS" "$CC64" fi if [ -n "$CXX64" ]; then cnf_append "TOOL_GCC64_CXX" "$CXX64" cnf_append "TOOL_GXX64_CXX" "$CXX64" cnf_append "TOOL_GXX64_LD" "$CXX64" fi # Solaris sports a 32-bit gcc/g++. if [ "$OS" = "solaris" -a "$BUILD_MACHINE" = "amd64" ]; then [ "$CC" = "gcc" ] && CC="gcc -m64" [ "$CXX" = "g++" ] && CXX="g++ -m64" fi fi fi } # # Check for the OpenWatcom compiler, needed for compiling the BIOS # # If the system has Open Watcom installed, WATCOM will be set in the # environment. If the user has her/his own Open Watcom install it will be # pointed to by on the command line, which will set the WATCOM variable. # The only exception is detecting OpenWatcom in tools/common/openwatcom. # check_open_watcom() { test_header "Open Watcom" if [ -z "$WATCOM" ]; then WATCOM=`/bin/ls -rd1 $PWD/tools/common/openwatcom/* 2> /dev/null | head -1` if [ -z "$WATCOM" ]; then log_failure "Open Watcom was not found" cnf_append "VBOX_WITH_OPEN_WATCOM" "" return 0; fi fi case "$OS" in "darwin") wc_bin="binosx";; # ?? "dos") wc_bin="binw";; "freebsd") wc_bin="binfbsd";; # ?? "linux") wc_bin="binl";; "netbsd") wc_bin="binnbsd";; # ?? "solaris") wc_bin="binsol";; # ?? "os2") wc_bin="binp";; "win") wc_bin="binnt";; *) wc_bin="binl";; esac # Check that the tools we use are there. for prog in wasm wcc wlink; do if [ ! -f "$WATCOM/$wc_bin/$prog" ]; then log_failure "$WATCOM/$wc_bin/$prog does not exist or is not a regular file." fail fi done # Use WASM to get the version. wasm_ver=`$WATCOM/$wc_bin/wasm -? 2>&1 | sed -e '1!d' -e 's/Open Watcom Assembler Version *//'` if [ -z "$wasm_ver" ]; then log_failure "$WATCOM/$wc_bin/wasm -? did not produce the expected response" fail fi log_success "found version $wasm_ver" cnf_append "PATH_TOOL_OPENWATCOM" "$WATCOM" cnf_append "VBOX_WITH_OPEN_WATCOM" "1" unset wasm_ver unset wc_wasm unset wc_bin } # # Check for yasm, needed to compile assembler files # check_yasm() { test_header yasm if check_avail "$YASM" YASM; then yasm_ver=`$YASM --version|grep "^yasm"|sed 's+^yasm \(.*\)+\1+'` if [ $? -ne 0 ]; then log_failure "yasm not found" fail else yasm_maj=`echo $yasm_ver|cut -d. -f1` yasm_min=`echo $yasm_ver|cut -d. -f2` yasm_rev=`echo $yasm_ver|cut -d. -f3` yasm_ver_mul=`expr $yasm_maj \* 10000 + $yasm_min \* 100 + $yasm_rev` if [ $yasm_ver_mul -lt 501 ]; then log_failure "found version $yasm_ver, expected at least 0.5.1" fail else log_success "found version $yasm_ver" fi fi fi } # # Check for the iasl ACPI compiler, needed to compile vbox.dsl # check_iasl() { test_header iasl if check_avail "$IASL" IASL; then iasl_ver=`$IASL|grep "ASL.*version"|sed 's+^ASL.*version \([0-9]*\).*+\1+'` if [ $? -ne 0 ]; then log_failure "iasl not found" fail else log_success "found version $iasl_ver" cnf_append "VBOX_IASLCMD" "`which_wrapper $IASL`" fi fi } # # Check for xsltproc, needed by Main # check_xsltproc() { if [ -n "$BUILD_LIBXSLT" ]; then return 0; fi test_header xslt if check_avail "$XSLTPROC" XSLTPROC; then xsltproc_ver=`$XSLTPROC --version` if [ $? -ne 0 ]; then log_failure "xsltproc not found" fail else log_success "found" cnf_append "VBOX_XSLTPROC" "`which_wrapper $XSLTPROC`" fi fi } # # Check for mkisofs, needed to build the CDROM image containing the additions # check_mkisofs() { test_header mkisofs if which_wrapper $GENISOIMAGE > /dev/null; then mkisofs_ver=`$GENISOIMAGE --version` if [ $? -ne 0 ]; then log_failure "mkisofs not found" fail else log_success "found $mkisofs_ver" cnf_append "VBOX_MKISOFS" "`which_wrapper $GENISOIMAGE`" fi elif check_avail "$MKISOFS" MKISOFS; then mkisofs_ver=`$MKISOFS --version` if [ $? -ne 0 ]; then log_failure "mkisofs not working" fail else log_success "found $mkisofs_ver" cnf_append "VBOX_MKISOFS" "`which_wrapper $MKISOFS`" fi fi } # # Check for libxml2, needed by VBoxSettings and Runtime. # 2.6.24 is known to NOT work, 2.6.26 is known to work (there is no 2.6.25 release) # check_libxml2() { if [ -z "$BUILD_LIBXML2" ]; then test_header libxml2 if which_wrapper pkg-config > /dev/null; then libxml2_ver=`pkg-config libxml-2.0 --modversion 2>> $LOG` if [ $? -ne 0 ]; then log_failure "libxml2 not found" fail else FLGXML2=`pkg-config libxml-2.0 --cflags` INCXML2=`strip_I "$FLGXML2"` LIBXML2=`pkg-config libxml-2.0 --libs` cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { printf("found version %s", LIBXML_DOTTED_VERSION); #if LIBXML_VERSION >= 20626 printf(", OK.\n"); return 0; #else printf(", expected version 2.6.26 or higher\n"); return 1; #endif } EOF [ -n "$INCXML2" ] && I_INCXML2=`prefix_I "$INCXML2"` if test_compile "$LIBXML2 $LIBPTHREAD $I_INCXML2" xml2 xml2; then if test_execute; then cnf_append "SDK_VBOX_LIBXML2_INCS" "$INCXML2" cnf_append "SDK_VBOX_LIBXML2_LIBS" "`strip_l "$LIBXML2"`" fi fi fi elif which_wrapper xml2-config; then libxml2_ver=`xml2-config --version` if [ $? -ne 0 ]; then log_failure "xml2-config not found" fail else log_success "found version $libxml2_ver" FLGXML2=`xml2-config --cflags` INCXML2=`strip_I "$FLGXML2"` LIBXML2=`xml2-config --libs` cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { printf("found version %s", LIBXML_DOTTED_VERSION); #if LIBXML_VERSION >= 20626 printf(", OK.\n"); return 0; #else printf(", expected version 2.6.26 or higher\n"); return 1; #endif } EOF [ -n "$INCXML2" ] && I_INCXML2=`prefix_I "$INCXML2"` if test_compile "$LIBXML2 $LIBPTHREAD $I_INCXML2" xml2 xml2; then if test_execute; then cnf_append "SDK_VBOX_LIBXML2_INCS" "$INCXML2" cnf_append "SDK_VBOX_LIBXML2_LIBS" "`strip_l "$LIBXML2"`" fi fi fi else log_failure "neither pkg-config nor xml2-config found" fail fi fi } # # Check for libIDL, needed by xpcom # check_libidl() { test_header libIDL if which_wrapper libIDL-config-2 > /dev/null; then libidl_ver=`libIDL-config-2 --version` if [ $? -ne 0 ]; then log_failure "libIDL-config-2 not working" fail else log_success "found version $libidl_ver" cnf_append "VBOX_LIBIDL_CONFIG" \ "PKG_CONFIG_PATH=`libIDL-config-2 --prefix`/$LIB/pkgconfig `which_wrapper libIDL-config-2`" fi elif check_avail "libIDL-config" libIDL-config; then libidl_ver=`libIDL-config --version` if [ $? -ne 0 ]; then log_failure "libIDL-config not working" fail else log_success "found version $libidl_ver" cnf_append "VBOX_LIBIDL_CONFIG" "`which_wrapper libIDL-config`" fi fi } # # Check for libdevmapper, needed by the VBoxVolInfo # check_libdevmapper() { test_header libdevmapper cat > $ODIR.tmp_src.cc << EOF #include extern "C" { #define private #include int main() { char version[80]; if (!dm_get_library_version(version, sizeof(version))) { printf("dm_get_library_version() failed.\n"); return 1; } const char* v=version; unsigned int major = 0, minor = 0, micro = 0; for (; *v !='.' && *v != '\0'; v++) major = major*10 + *v-'0'; if (*v == '.') v++; for (; *v !='.' && *v != '\0'; v++) minor = minor*10 + *v-'0'; if (*v == '.') v++; for (; *v !='.' && *v != '\0'; v++) micro = micro*10 + *v-'0'; printf("found version %s", version); if (major*10000 + minor*100 + micro >= 10200) { printf(", OK.\n"); return 0; } else { printf(", expected version 1.02 or higher\n"); return 1; } } } EOF if test_compile "$LIBDEVMAPPER $INCDEVMAPPER" libdevmapper libdevmapper; then if test_execute; then cnf_append "VBOX_WITH_DEVMAPPER" "1" fi fi } # # Check for openssl, needed for RDP and S3 # check_ssl() { if [ -z "$BUILD_LIBSSL" ]; then test_header ssl cat > $ODIR.tmp_src.cc << EOF #include #include #include extern "C" int main(void) { printf("found version %s", OPENSSL_VERSION_TEXT); SSL_library_init(); #if OPENSSL_VERSION_NUMBER >= 0x00908000 printf(", OK.\n"); return 0; #else printf(", expected version 0.9.8 or higher\n"); return 1; #endif } EOF if test_compile "$INCCRYPTO $LIBCRYPTO" libcrypto openssl; then if test_execute nofatal; then cnf_append "SDK_VBOX_OPENSSL_INCS" "`strip_I "$INCCRYPTO"`" cnf_append "SDK_VBOX_OPENSSL_LIBS" "`strip_l "$LIBCRYPTO"`" cnf_append "SDK_VBOX_BLD_OPENSSL_LIBS" "`strip_l "$LIBCRYPTO"`" fi fi fi } # # Check for pthread, needed by VBoxSVC, frontends, ... # check_pthread() { test_header pthread cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { pthread_mutex_t mutex; if (pthread_mutex_init(&mutex, NULL)) { printf("pthread_mutex_init() failed\n"); return 1; } if (pthread_mutex_lock(&mutex)) { printf("pthread_mutex_lock() failed\n"); return 1; } if (pthread_mutex_unlock(&mutex)) { printf("pthread_mutex_unlock() failed\n"); return 1; } printf("found, OK.\n"); } EOF if test_compile $LIBPTHREAD pthread pthread; then if test_execute; then cnf_append "LIB_PTHREAD" "`strip_l "$LIBPTHREAD"`" fi fi } # # Check for zlib, needed by VBoxSVC, Runtime, ... # check_z() { test_header zlib cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { printf("found version %s", ZLIB_VERSION); #if ZLIB_VERNUM >= 0x1210 printf(", OK.\n"); return 0; #else printf(", expected version 1.2.1 or higher\n"); return 1; #endif } EOF [ -n "$INCZ" ] && I_INCZ=`prefix_I "$INCZ"` if test_compile "$LIBZ $I_INCZ" zlib zlib; then if test_execute; then echo "if1of (\$(KBUILD_TARGET),darwin freebsd haiku linux)" >> $CNF cnf_append " SDK_VBOX_ZLIB_LIBS" "`strip_l "$LIBZ"`" cnf_append " SDK_VBOX_ZLIB_INCS" "$INCZ" echo "endif" >> $CNF fi fi } # # Check for libpng, needed by kchmviewer # check_png() { test_header libpng cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { printf("found version %s", PNG_LIBPNG_VER_STRING); #if PNG_LIBPNG_VER >= 10205 printf(", OK.\n"); return 0; #else printf(", expected version 1.2.5 or higher\n"); return 1; #endif } EOF [ -n "$INCPNG" ] && I_INCPNG=`prefix_I "$INCPNG"` if test_compile "$LIBPNG $I_INCPNG" libpng libpng; then if test_execute; then cnf_append "SDK_VBOX_LIBPNG_LIBS" "`strip_l "$LIBPNG"`" cnf_append "SDK_VBOX_LIBPNG_INCS" "$INCPNG" fi fi } # # Check for libvncserver, needed for VNC in OSE # check_vncserver() { test_header libvncserver cat > $ODIR.tmp_src.cc < #include extern "C" int main() { const char* v=LIBVNCSERVER_VERSION; unsigned int major = 0, minor = 0, micro = 0; for (; *v !='.' && *v != '\0'; v++) major = major*10 + *v-'0'; if (*v == '.') v++; for (; *v !='.' && *v != '\0'; v++) minor = minor*10 + *v-'0'; if (*v == '.') v++; for (; *v !='.' && *v != '\0'; v++) micro = micro*10 + *v-'0'; printf("found version %s", LIBVNCSERVER_PACKAGE_VERSION); if (major*10000 + minor*100 + micro >= 900) { printf(", OK.\n"); return 0; } else { printf(", expected version 0.9 or higher\n"); return 1; } } EOF if test_compile "$LIBVNCSERVER $INCVNCSERVER" libvncserver libvncserver; then if test_execute; then cnf_append "VBOX_WITH_EXTPACK_VNC" "1" fi fi } # # Check for libcurl, needed by S3 # check_curl() { if [ -z "$BUILD_LIBCURL" ]; then test_header libcurl cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { printf("found version %s", LIBCURL_VERSION); #if 10000*LIBCURL_VERSION_MAJOR + 100*LIBCURL_VERSION_MINOR + LIBCURL_VERSION_PATCH >= 71901 printf(", OK.\n"); return 0; #else printf(", expected version 7.19.1 or higher\n"); return 1; #endif } EOF [ -n "$INCCURL" ] && I_INCCURL=`prefix_I "$INCCURL"` if test_compile "$LIBCURL $I_INCCURL" libcurl libcurl; then if test_execute; then cnf_append "SDK_VBOX_LIBCURL_LIBS" "`strip_l "$LIBCURL"`" cnf_append "SDK_VBOX_LIBCURL_INCS" "$INCCURL" fi fi fi } # # Check for pam, needed by VRDPAuth # Version 79 was introduced in 9/2005, do we support older versions? # Debian/sarge uses 76 # OpenSUSE comes with 0.99.xxx where they changed the versioning scheme. # check_pam() { test_header pam cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { printf("found version %d", __LIBPAM_VERSION); if (__LIBPAM_VERSION >= 76) { printf(", OK.\n"); return 0; } else { printf(", expected version 76 or higher\n"); return 1; } } EOF if test_compile "-lpam" pam pam nofatal; then if test_execute nofatal; then return 0; fi fi echo "pam0.x not found" test_header linux_pam cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { printf("found version %d.%d", __LINUX_PAM__, __LINUX_PAM_MINOR__); if (__LINUX_PAM__ >= 1) { printf(", OK.\n"); return 0; } else { printf(", expected version 1.0 or higher\n"); return 1; } } EOF if test_compile "-lpam" pam pam; then test_execute fi } # # Check for the SDL library, needed by VBoxSDL and VirtualBox # We depend at least on version 1.2.7 # check_sdl() { test_header SDL if [ "$OS" = "darwin" ]; then if [ -f "/System/Library/Frameworks/SDL.framework/SDL" ]; then PATH_SDK_LIBSDL="/System/Library/Frameworks/SDL.framework" elif [ -f "/Library/Frameworks/SDL.framework/SDL" ]; then PATH_SDK_LIBSDL="/Library/Frameworks/SDL.framework" fi if [ -n "$PATH_SDK_LIBSDL" ]; then foundsdl=1 INCSDL="$PATH_SDK_LIBSDL/Headers" FLDSDL="-framework SDL" else log_failure "SDL framework not found" fail fi else if which_wrapper sdl-config > /dev/null; then FLGSDL=`sdl-config --cflags` INCSDL=`strip_I "$FLGSDL"` LIBSDL=`sdl-config --libs` LIBSDLMAIN="-lSDLmain" FLDSDL= foundsdl=1 fi fi [ "$OS" = "linux" -o "$OS" = "darwin" -o "$OS" = "solaris" ] && LIBSDLMAIN="" if [ -n "$foundsdl" ]; then cat > $ODIR.tmp_src.cc << EOF #include #include #include #undef main extern "C" int main(int argc, char** argv) { printf("found version %d.%d.%d", SDL_MAJOR_VERSION, SDL_MINOR_VERSION, SDL_PATCHLEVEL); #if SDL_VERSION_ATLEAST(1,2,7) printf(", OK.\n"); return 0; #else printf(", expected version 1.2.7 or higher\n"); return 1; #endif } EOF [ -n "$INCSDL" ] && I_INCSDL=`prefix_I "$INCSDL"` if test_compile "$LIBSDL $LIBSDLMAIN $I_INCSDL $FLDSDL" SDL SDL; then if test_execute; then cnf_append "LIB_SDK_LIBSDL_SDL" "`strip_l "$LIBSDL"`" cnf_append "SDK_LIBSDL_LIBPATH" "`strip_L "$LIBSDL"`" cnf_append "LIB_SDK_LIBSDL_SDLMAIN" "`strip_l "$LIBSDLMAIN"`" [ -n "$INCSDL" ] && cnf_append "SDK_LIBSDL_INCS" "$INCSDL" [ -n "$FLDSDL" ] && cnf_append "SDK_LIBSDL_LDFLAGS" "$FLDSDL" fi fi else log_failure "SDL not found (can be disabled using --disable-sdl)" fail fi } # # Check for the SDL_ttf library, needed by VBoxSDL (secure label) # check_sdl_ttf() { test_header SDL_ttf cat > $ODIR.tmp_src.cc << EOF #include #include #ifndef SDL_TTF_MAJOR_VERSION #define SDL_TTF_MAJOR_VERSION TTF_MAJOR_VERSION #define SDL_TTF_MINOR_VERSION TTF_MINOR_VERSION #define SDL_TTF_PATCHLEVEL TTF_PATCHLEVEL #endif extern "C" int main(void) { printf("found version %d.%d.%d", SDL_TTF_MAJOR_VERSION, SDL_TTF_MINOR_VERSION, SDL_TTF_PATCHLEVEL); #if 10000*SDL_TTF_MAJOR_VERSION + 100*SDL_TTF_MINOR_VERSION + SDL_TTF_PATCHLEVEL >= 20006 printf(", OK.\n"); return 0; #else printf(", expected version 2.0.6 or higher\n"); return 1; #endif } EOF if test_compile "-lSDL_ttf $I_INCSDL" SDL_ttf SDL_ttf nofatal; then test_execute nofatal || \ cnf_append "VBOX_WITH_SECURELABEL" "" else echo "not found -- disabling VBoxSDL secure label." cnf_append "VBOX_WITH_SECURELABEL" "" fi } # # Check for libasound, needed by the ALSA audio backend # check_alsa() { test_header ALSA cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { printf("found version %d.%d.%d", SND_LIB_MAJOR, SND_LIB_MINOR, SND_LIB_SUBMINOR); #if 10000*SND_LIB_MAJOR + 100*SND_LIB_MINOR + SND_LIB_SUBMINOR >= 10014 printf(", OK.\n"); return 0; #else printf(", expected version 1.0.14 or higher\n"); return 1; #endif } EOF if test_compile "-lasound" asound asound; then test_execute fi } # # Check for PulseAudio # check_pulse() { test_header "PulseAudio" cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { printf("found version %s API version %d", pa_get_headers_version(), PA_API_VERSION); #if PA_API_VERSION >= 9 printf(", OK.\n"); return 0; #else printf(", expected version 0.9.0 (API version 9) or higher\n"); return 1; #endif } EOF if test_compile "$INCPULSE $LIBPULSE -lpulse" pulse pulse; then test_execute fi } # # Check for the X libraries (Xext, X11) # check_x() { test_header "X libraries" cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { Display *dpy; int scrn_num; Screen *scrn; Window win; dpy = XOpenDisplay(NULL); scrn_num = DefaultScreen(dpy); scrn = ScreenOfDisplay(dpy, scrn_num); win = XCreateWindow(dpy, RootWindowOfScreen(scrn), 0, 0, 100, 100, 0, 16, InputOutput, CopyFromParent, 0, NULL); XDestroyWindow(dpy, win); XCloseDisplay(dpy); } EOF [ -n "$INCX11" ] && I_INCX11=`prefix_I "$INCX11"` if test_compile "$LIBX11 $I_INCX11" Xlibs Xlibs; then log_success "found" fi } # # Check for the Xcursor library, needed by VBoxSDL. # check_xcursor() { test_header Xcursor cat > $ODIR.tmp_src.cc << EOF #include #include #include extern "C" int main(void) { XcursorImage *cursor = XcursorImageCreate (10, 10); XcursorImageDestroy(cursor); return 0; } EOF [ -n "$INCX11" ] && I_INCX11=`prefix_I "$INCX11"` if test_compile "$LIBX11 $LIBXCURSOR $I_INCX11" Xcursor Xcursor; then log_success "found" cnf_append "VBOX_XCURSOR_LIBS" "`strip_l "$LIBXCURSOR"`" fi } # # Check for the Xinerama library, needed by the Qt GUI # check_xinerama() { test_header Xinerama cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { Display *dpy; Bool flag; dpy = XOpenDisplay(NULL); if (dpy) { flag = XineramaIsActive(dpy); XCloseDisplay(dpy); } } EOF [ -n "$INCX11" ] && I_INCX11=`prefix_I "$INCX11"` if test_compile "$LIBX11 $LIBXINERAMA $I_INCX11" Xinerama Xinerama; then log_success "found" fi } # # Check for the Xinerama library, needed by the Qt GUI # check_xrandr() { test_header Xrandr cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { Display *dpy; Bool flag; int major, minor; dpy = XOpenDisplay(NULL); if (dpy) { flag = XRRQueryVersion(dpy, &major, &minor); XCloseDisplay(dpy); } } EOF [ -n "$INCX11" ] && I_INCX11=`prefix_I "$INCX11"` if test_compile "$LIBX11 $LIBXRANDR $I_INCX11" Xrandr Xrandr; then log_success "found" fi } # # Check for OpenGL # check_opengl() { # On darwin this is a on/off decision only if [ "$OS" = "darwin" ]; then test_header "OpenGL support" echo "enabled" cnf_append "VBOX_WITH_CROGL" "1" else check_xmu check_mesa fi } # # Check for the Xmu library, needed by OpenGL # check_xmu() { test_header Xmu cat > $ODIR.tmp_src.cc << EOF #include #include #include #include #include extern "C" int main(void) { Display *dpy; int scrn_num; Screen *scrn; dpy = XOpenDisplay(NULL); if (dpy) { scrn_num = DefaultScreen(dpy); scrn = ScreenOfDisplay(dpy, scrn_num); Status status = XmuLookupStandardColormap(dpy, RootWindowOfScreen(scrn), 0, 24, XA_RGB_DEFAULT_MAP, False, True); printf("Status = %x\n", status); XCloseDisplay(dpy); } return 0; } EOF [ -n "$INCX11" ] && I_INCX11=`prefix_I "$INCX11"` if test_compile "$LIBX11 $LIBXMU $I_INCX11" Xmu Xmu; then log_success "found" cnf_append "VBOX_XMU_LIBS" "`strip_l "$LIBXMU"`" fi } # # Check for Mesa, needed by OpenGL # check_mesa() { test_header "Mesa / GLU" cat > $ODIR.tmp_src.cc << EOF #include #include #include #include extern "C" int main(void) { Display *dpy; int major, minor; dpy = XOpenDisplay(NULL); if (dpy) { Bool glx_version = glXQueryVersion(dpy, &major, &minor); XCloseDisplay(dpy); if (glx_version) { printf("found version %u.%u, OK.\n", major, minor); return 0; } } printf("found (inactive), OK.\n"); return 0; } EOF [ -n "$INCX11" ] && I_INCX11=`prefix_I "$INCX11"` if test_compile "$LIBX11 $MESA $I_INCX11" Mesa Mesa; then [ $PASSIVE_MESA -eq 1 ] && unset DISPLAY test_execute fi } # # Check for the Qt4 library, needed by the VirtualBox frontend # # Currently not fatal. # check_qt4() { foundqt4= test_header Qt4 cat > $ODIR.tmp_src.cc << EOF #include extern "C" int main(void) { #if QT_VERSION >= 0x040800 return 0; #else return 1; #endif } EOF if [ "$OS" = "darwin" ]; then # First check if there is the internal version of Qt. If yes nothing else # has to be done. QT_INTERNAL=`/bin/ls -rd1 $PWD/tools/$BUILD_TARGET.$BUILD_PLATFORM_ARCH/qt/* 2> /dev/null` for t in $QT_INTERNAL; do if [ -f "$t/Frameworks/QtCoreVBox.framework/QtCoreVBox" ]; then cnf_append "VBOX_WITH_ORACLE_QT" "1" log_success "use internal version" return fi done # Now try the user provided directory and some of the standard directories. QT_TRIES="$QT4DIR /System/Library /Library" for t in $QT_TRIES; do if [ -f "$t/Frameworks/QtCore.framework/QtCore" ]; then PATH_SDK_QT4="$t" break fi done # Add the necessary params for building the test application if [ -n "$PATH_SDK_QT4" ]; then foundqt4=1 INCQT4=-I$PATH_SDK_QT4/Frameworks/QtCore.framework/Headers LIBQT4=-F$PATH_SDK_QT4/Frameworks FLGQT4="-framework QtCore" else log_failure "Qt4 framework not found (can be disabled using --disable-qt)" fail fi else # !darwin if [ $QT4DIR_PKGCONFIG -eq 1 ]; then # default is to use pkg-config if which_wrapper pkg-config > /dev/null; then qt4_ver=`pkg-config QtCore --modversion 2>> $LOG` if [ $? -eq 0 ]; then FLGQT4=`pkg-config QtCore --cflags` INCQT4=`strip_I "$FLGQT4"` LIBQT4=`PKG_CONFIG_ALLOW_SYSTEM_LIBS=1 pkg-config QtCore --libs` TOOLQT4=`pkg-config QtCore --variable=prefix` TOOLQT4MOC="`pkg-config QtCore --variable=moc_location`" TOOLQT4BIN="`dirname $TOOLQT4MOC`" if test_compile "$LIBQT4 $LIBPTHREAD $FLGQT4" qt4 qt4 nofatal; then test_execute_path "`strip_L "$LIBQT4"`" nofatal && foundqt4=3 # pkg-config fi fi else log_failure "pkg-config not found" fail fi fi if [ -z "$foundqt4" ]; then # do it the old way (e.g. user has specified QT4DIR) for q in $QT4DIR "$PWD/tools/linux.$TARGET_MACHINE"/qt/v4.8.*; do INCQT4="$q/include $q/include/QtCore" FLGQT4="-DQT_SHARED" I_INCQT4=`prefix_I "$INCQT4"` LIBQT4="-L$q/lib -lQtCoreVBox" TOOLQT4="$q" if test_compile "$LIBQT4 $LIBPTHREAD $I_INCQT4 $FLGQT4" qt4 qt4 nofatal && test_execute_path "`strip_L "$LIBQT4"`" nofatal; then foundqt4=2 # internal break; fi LIBQT4="-L$q/lib -lQtCore" if test_compile "$LIBQT4 $LIBPTHREAD $I_INCQT4 $FLGQT4" qt4 qt4 nofatal && test_execute_path "`strip_L "$LIBQT4"`" nofatal; then foundqt4=1 # no pkg-config, Qt directory break; fi done fi fi if [ -n "$foundqt4" ]; then # we decided which version of Qt to use. Now enforce the version requirement cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { printf("found version %s", QT_VERSION_STR); #if QT_VERSION >= 0x040800 printf(", OK.\n"); return 0; #else printf(", expected version 4.8.0 or higher\n"); return 1; #endif } EOF [ -n "$INCQT4" ] && I_INCQT4=`prefix_I "$INCQT4"` if test_compile "$LIBQT4 $LIBPTHREAD $I_INCQT4 $FLGQT4" qt4 qt4 nofatal; then if test_execute_path "`strip_L "$LIBQT4"`"; then if [ "$OS" = "darwin" ]; then # Successful build & run the test application so add the necessary # params to AutoConfig.kmk cnf_append "PATH_SDK_QT4_INC" "$PATH_SDK_QT4/Frameworks" cnf_append "PATH_SDK_QT4_LIB" "$PATH_SDK_QT4/Frameworks" cnf_append "PATH_SDK_QT4" "$PATH_SDK_QT4/Frameworks" # Check for the moc tool in the Qt directory found & some standard # directories. for q in $PATH_SDK_QT4 /usr /Developer/Tools/Qt; do if which_wrapper "$q/bin/moc" > /dev/null; then cnf_append "PATH_TOOL_QT4_BIN" "$q/bin" fi done else # strip .../QtCore as we add components ourself INCQT4=`echo "$INCQT4"|$KBUILD_SED 's|\([^ ]*\)/QtCore|\1|g; s| $||g'` # store only the first path, remove all other pathes # most likely pkg-config gave us -I/usr/include/qt4 -I/usr/include/qt4/QtCore INCQT4=`echo "$INCQT4"|$KBUILD_SED 's|\([^ ]*\) .*|\1|'` cnf_append "VBOX_PATH_QT_LIB" "`strip_L "$LIBQT4"`" cnf_append "PATH_SDK_QT4_INC" "$INCQT4" # this is not quite right since the qt libpath does not have to be first... cnf_append "PATH_SDK_QT4_LIB" '$'"(firstword `strip_L "$LIBQT4"`)" if [ "$foundqt4" = "2" ]; then cnf_append "VBOX_WITH_ORACLE_QT" "1" fi if [ "$foundqt4" != "3" ]; then TOOLQT4BIN="$TOOLQT4/bin" fi test_header "Qt4 devtools" # try it with a suffix, some platforms use that if which_wrapper "$TOOLQT4BIN/moc-qt4" > /dev/null; then QT4BINSUFF="-qt4" else QT4BINSUFF="" fi moc_ver=`$TOOLQT4BIN/moc$QT4BINSUFF -v 2>&1|sed 's+^.*(Qt \(.*\))+\1+'` if [ $? -ne 0 ]; then log_failure "moc$QT4BINSUFF not working" fail else log_success "found version $moc_ver" cnf_append "VBOX_PATH_QT" "$TOOLQT4" cnf_append "PATH_SDK_QT4" "$TOOLQT4" cnf_append "PATH_TOOL_QT4_BIN" "$TOOLQT4BIN" [ -n "$QT4BINSUFF" ] && cnf_append "TOOL_QT4_BIN_SUFF" "$QT4BINSUFF" fi fi fi else log_failure "qt4 not working" fail fi else log_failure "qt4 not found" fail fi } # # Check for the Qt5 library, needed by the VirtualBox frontend # # Currently not fatal. # check_qt5() { foundqt5= test_header Qt5 cat > $ODIR.tmp_src.cc << EOF #include extern "C" int main(void) { #if QT_VERSION >= 0x050302 return 0; #else return 1; #endif } EOF if [ "$OS" = "darwin" ]; then # First check if there is the internal version of Qt. If yes nothing else # has to be done. QT_INTERNAL=`/bin/ls -rd1 $PWD/tools/$BUILD_TARGET.$BUILD_PLATFORM_ARCH/qt/* 2> /dev/null` for t in $QT_INTERNAL; do if [ -f "$t/Frameworks/QtCoreVBox.framework/QtCoreVBox" ]; then cnf_append "VBOX_WITH_ORACLE_QT" "1" log_success "use internal version" return fi done # Now try the user provided directory and some of the standard directories. QT_TRIES="$QT5DIR /System/Library /Library" for t in $QT_TRIES; do if [ -f "$t/Frameworks/QtCore.framework/QtCore" ]; then PATH_SDK_QT5="$t" break fi done # Add the necessary params for building the test application if [ -n "$PATH_SDK_QT5" ]; then foundqt5=1 INCQT5=-I$PATH_SDK_QT5/Frameworks/QtCore.framework/Headers LIBQT5=-F$PATH_SDK_QT5/Frameworks FLGQT5="-framework QtCore" else log_failure "Qt5 framework not found (can be disabled using --disable-qt)" fail fi else # !darwin if [ $QT5DIR_PKGCONFIG -eq 1 ]; then # Default is to use pkg-config: if which_wrapper pkg-config > /dev/null; then qt5_ver=`pkg-config Qt5Core --modversion 2>> $LOG` if [ $? -eq 0 ]; then echo "(Qt5 from pkg-config)" >> $LOG FLGQT5=`pkg-config Qt5Core --cflags` # gcc 4.8 is able to compile with C++11 (see also VBOX_GCC_std in Config.kmk) [ $cc_maj -eq 4 -a $cc_min -eq 8 ] && FLGQT5="$FLGQT5 -std=c++11" INCQT5=`strip_I "$FLGQT5"` LIBDIR5=`pkg-config Qt5Core --variable=libdir` LIBQT5=`pkg-config Qt5Core --libs` LIBQT5="-L$LIBDIR5 $LIBQT5" TOOLQT5=`pkg-config Qt5Core --variable=prefix` TOOLQT5BIN=`pkg-config Qt5Core --variable=host_bins` if test_compile "$LIBQT5 $LIBPTHREAD $FLGQT5" qt5 qt5 nofatal; then test_execute_path "`strip_L "$LIBQT5"`" nofatal && foundqt5=3 # pkg-config fi fi else log_failure "pkg-config not found" fail fi fi if [ -z "$foundqt5" ]; then # Do it the old way (e.g. user has specified QT5DIR): for q in $QT5DIR "$PWD/tools/linux.$TARGET_MACHINE"/qt/v5.*; do echo "(Qt5 from '$q')" >> $LOG INCQT5="$q/include $q/include/QtCore" FLGQT5="-DQT_SHARED" I_INCQT5=`prefix_I "$INCQT5"` LIBQT5="-L$q/lib -lQt5CoreVBox" TOOLQT5="$q" if test_compile "$LIBQT5 $LIBPTHREAD $I_INCQT5 $FLGQT5" qt5 qt5 nofatal && test_execute_path "`strip_L "$LIBQT5"`" nofatal; then foundqt5=2 # internal break; fi LIBQT5="-L$q/lib -lQt5Core" if test_compile "$LIBQT5 $LIBPTHREAD $I_INCQT5 $FLGQT5" qt5 qt5 nofatal && test_execute_path "`strip_L "$LIBQT5"`" nofatal; then foundqt5=1 # no pkg-config, Qt directory break; fi done fi fi if [ -n "$foundqt5" ]; then # We decided which version of Qt to use, now enforce the version requirement: cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { printf("found version %s", QT_VERSION_STR); #if QT_VERSION >= 0x050302 printf(", OK.\n"); return 0; #else printf(", expected version 5.3.2 or higher\n"); return 1; #endif } EOF [ -n "$INCQT5" ] && I_INCQT5=`prefix_I "$INCQT5"` if test_compile "$LIBQT5 $LIBPTHREAD $I_INCQT5 $FLGQT5" qt5 qt5 nofatal; then if test_execute_path "`strip_L "$LIBQT5"`"; then if [ "$OS" = "darwin" ]; then # Successful build & run the test application so add the necessary # params to AutoConfig.kmk: cnf_append "PATH_SDK_QT5_INC" "$PATH_SDK_QT5/Frameworks" cnf_append "PATH_SDK_QT5_LIB" "$PATH_SDK_QT5/Frameworks" cnf_append "PATH_SDK_QT5" "$PATH_SDK_QT5/Frameworks" # Check for the moc tool in the Qt directory found & some standard # directories. for q in $PATH_SDK_QT5 /usr /Developer/Tools/Qt; do if which_wrapper "$q/bin/moc" > /dev/null; then cnf_append "PATH_TOOL_QT5_BIN" "$q/bin" fi done else # Strip .../QtCore as we add components ourself: INCQT5=`echo "$INCQT5"|$KBUILD_SED 's|\([^ ]*\)/QtCore|\1|g; s| $||g'` # store only the first path, remove all other paths # most likely pkg-config gave us -I/usr/include/qt5 -I/usr/include/qt5/QtCore INCQT5=`echo "$INCQT5"|$KBUILD_SED 's|\([^ ]*\) .*|\1|'` cnf_append "VBOX_PATH_QT_LIB" "`strip_L "$LIBQT5"`" cnf_append "PATH_SDK_QT5_INC" "$INCQT5" # This is not quite right since the qt libpath does not have to be first... cnf_append "PATH_SDK_QT5_LIB" '$'"(firstword `strip_L "$LIBQT5"`)" if [ "$foundqt5" = "2" ]; then cnf_append "VBOX_WITH_ORACLE_QT" "1" fi if [ "$foundqt5" != "3" ]; then TOOLQT5BIN="$TOOLQT5/bin" fi test_header "Qt5 devtools" # Try it with a suffix, some platforms use that if which_wrapper "$TOOLQT5BIN/moc-qt5" > /dev/null; then QT5BINSUFF="-qt5" else QT5BINSUFF="" fi moc_ver=`$TOOLQT5BIN/moc$QT5BINSUFF -v 2>&1|sed 's+^.*(Qt \(.*\))+\1+'` if [ $? -ne 0 ]; then log_failure "moc$QT5BINSUFF not working" fail else log_success "found version $moc_ver" cnf_append "VBOX_PATH_QT" "$TOOLQT5" cnf_append "PATH_SDK_QT5" "$TOOLQT5" cnf_append "PATH_TOOL_QT5_BIN" "$TOOLQT5BIN" [ -n "$QT5BINSUFF" ] && cnf_append "TOOL_QT5_BIN_SUFF" "$QT5BINSUFF" fi fi fi else log_failure "qt5 not working" fail fi else log_failure "qt5 not found" fail fi } # # Check for libvpx # check_vpx() { if [ -z "$BUILD_LIBVPX" ]; then test_header libvpx if which_wrapper pkg-config > /dev/null; then libvpx_ver=`pkg-config vpx --modversion 2>> $LOG` if [ $? -eq 0 ]; then FLGVPX=`pkg-config vpx --cflags` INCVPX=`strip_I "$FLGVPX"` LIBVPX=`pkg-config vpx --libs` fi cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { int version = vpx_codec_version(); int verMajor = VPX_VERSION_MAJOR(version); int verMinor = VPX_VERSION_MINOR(version); int verPatch = VPX_VERSION_PATCH(version); printf("found version %d.%d.%d", verMajor, verMinor, verPatch); if ( verMajor == 1 && verMinor >= 0 || verMajor == 0 && verMinor == 9 && verPatch >= 5) { printf(", OK.\n"); return 0; } else { printf(", expected version 0.9.5 or higher\n"); return 1; } } EOF [ -n "$INCVPX" ] && I_INCVPX=`prefix_I "$INCVPX"` if test_compile "$LIBVPX $I_INCVPX" vpx vpx; then if test_execute; then cnf_append "SDK_VBOX_VPX_INCS" "$INCVPX" cnf_append "SDK_VBOX_VPX_LIBS" "`strip_l "$LIBVPX"`" fi fi fi fi } # # Check whether static libstdc++ is installed. This library is required # for the Linux guest additions. # check_staticlibstdcxx() { test_header "static stc++ library" libstdcxx=`$CXX -print-file-name=libstdc++.a` cat > $ODIR.tmp_src.cc << EOF #include extern "C" int main(void) { std::string s = "test"; return 0; } EOF if test_compile "$libstdcxx" libstdc++ libstdc++; then log_success "found" fi } # # Check for Linux sources # check_linux() { test_header "Linux kernel sources" cat > $ODIR.tmp_src.c << EOF #include int printf(const char *format, ...); int main(void) { printf("found version %d.%d.%d", LINUX_VERSION_CODE / 65536, (LINUX_VERSION_CODE % 65536) / 256, LINUX_VERSION_CODE % 256); #if LINUX_VERSION_CODE > KERNEL_VERSION(2,4,0) printf(", OK.\n"); return 0; #else printf(", expected version 2.4.0 or higher\n"); return 1; #endif } EOF echo "compiling the following source file:" >> $LOG cat $ODIR.tmp_src.c >> $LOG echo "using the following command line:" >> $LOG echo "$CC -O -Wall -o $ODIR.tmp_out $ODIR.tmp_src.c -nostdinc -I$LINUX/include " \ "-I$LINUX/include/generated/uapi" >> $LOG $CC -O -Wall -o $ODIR.tmp_out $ODIR.tmp_src.c -nostdinc -I$LINUX/include \ -I$LINUX/include/generated/uapi >> $LOG 2>&1 if [ $? -ne 0 ]; then echo echo " Linux kernel headers not found at $LINUX" echo " Check the file $LOG for detailed error information." fail else if test_execute; then cnf_append "VBOX_LINUX_SRC" "`cd $LINUX ; pwd`" fi fi } # # Check for kchmviewer, needed to display the online help # (unused as we ship kchmviewer) # check_kchmviewer() { test_header kchmviewer if check_avail "$KCHMVIEWER" KCHMVIEWER; then kchmviewer_ver=`$KCHMVIEWER --version|grep "^KchmViewer:"|sed 's+^KchmViewer: \(.*\)+\1+'` if [ $? -ne 0 ]; then log_failure "kchmviewer not working" fail else log_success "found version $kchmviewer_ver" fi fi } # # Check for the kBuild tools, we don't support GNU make # check_kbuild() { test_header kBuild if which_wrapper "$KBUILDDIR/bin/$OS.$BUILD_MACHINE/kmk" > /dev/null; then KBUILDDIR_BIN="$KBUILDDIR/bin/$OS.$BUILD_MACHINE" echo "PATH_KBUILD=\"`cd $KBUILDDIR ; pwd`\"" >> $ENV echo "export PATH_KBUILD" >> $ENV echo "PATH_DEVTOOLS=\"$DEVDIR\"" >> $ENV echo "export PATH_DEVTOOLS" >> $ENV echo "path_kbuild_bin=\"\$PATH_KBUILD/bin/\$BUILD_TARGET.\$BUILD_PLATFORM_ARCH\"" >> $ENV echo "export PATH_KBUILD_BIN" >> $ENV echo "path_dev_bin=\"\$PATH_DEVTOOLS/\$BUILD_TARGET.\$BUILD_PLATFORM_ARCH\"/bin" >> $ENV if [ "$OS" = "solaris" ]; then # Because of sh being non-default shell in Solaris we need to export PATH again when # sourcing env.sh. Simply exporting from ./configure does not export PATH correctly. echo "PATH=\"$ORGPATH\"" >> $ENV echo "echo \"\$PATH\" | /usr/sfw/bin/ggrep -q \"\$path_kbuild_bin\" || PATH=\"\$path_kbuild_bin:\$PATH\"" >> $ENV echo "echo \"\$PATH\" | /usr/sfw/bin/ggrep -q \"\$path_dev_bin\" || PATH=\"\$path_dev_bin:\$PATH\"" >> $ENV else echo "echo \"\$PATH\" | grep -q \"\$path_kbuild_bin\" || PATH=\"\$path_kbuild_bin:\$PATH\"" >> $ENV echo "echo \"\$PATH\" | grep -q \"\$path_dev_bin\" || PATH=\"\$path_dev_bin:\$PATH\"" >> $ENV fi echo "export PATH" >> $ENV echo "unset path_kbuild_bin path_dev_bin" >> $ENV KBUILD_SED="$KBUILDDIR_BIN/kmk_sed" elif [ "$OS.$BUILD_MACHINE" = "darwin.amd64" ]; then # Currently there are no amd64 kBuild bins. So use the x86 variant in any case. KBUILDDIR_BIN="$KBUILDDIR/bin/$OS.x86" echo "PATH_KBUILD=\"`cd $KBUILDDIR ; pwd`\"" >> $ENV echo "export PATH_KBUILD" >> $ENV echo "PATH_DEVTOOLS=\"$DEVDIR\"" >> $ENV echo "export PATH_DEVTOOLS" >> $ENV echo "path_kbuild_bin=\"\$PATH_KBUILD/bin/\$BUILD_TARGET.x86\"" >> $ENV echo "PATH_KBUILD_BIN=\"\$path_kbuild_bin\"" >> $ENV echo "export PATH_KBUILD_BIN" >> $ENV echo "path_dev_bin=\"\$PATH_DEVTOOLS/\$BUILD_TARGET.\$BUILD_PLATFORM_ARCH\"/bin" >> $ENV echo "echo \"\$PATH\" | grep -q \"\$path_kbuild_bin\" || PATH=\"\$path_kbuild_bin:\$PATH\"" >> $ENV echo "echo \"\$PATH\" | grep -q \"\$path_dev_bin\" || PATH=\"\$path_dev_bin:\$PATH\"" >> $ENV echo "export PATH" >> $ENV echo "unset path_kbuild_bin path_dev_bin" >> $ENV KBUILD_SED="$KBUILDDIR_BIN/kmk_sed" elif check_avail "kmk" KBUILDDIR really; then # check for installed kBuild KBUILD_SED="`which_wrapper kmk_sed`" else fail fi log_success "found" } # # Check for compiler.h # Some Linux distributions include "compiler.h" in their libc linux # headers package, some don't. Most don't need it, building might (!) # not succeed on openSUSE without it. # # See http://www.mail-archive.com/qemu-devel%40nongnu.org/msg07980.html # check_compiler_h() { test_header compiler.h if test ! -f "/usr/include/linux/compiler.h"; then log_success "compiler.h not found" else cnf_append "VBOX_WITH_LINUX_COMPILER_H" "1" log_success "compiler.h found" fi } # # Check for libcap. # Required to pass CAP_NET_RAW to our binaries to allow to open SOCK_RAW # sockets for doing ICMP requests. # check_libcap() { test_header "libcap library" cat > $ODIR.tmp_src.cc << EOF #include #include #include #include extern "C" int main(void) { char buf[1024]; cap_t caps = cap_get_proc(); snprintf(buf, sizeof(buf), "Current caps are '%s'\n", cap_to_text(caps, NULL)); return 0; } EOF if test_compile $LIBCAP libcap libcap; then if test_execute; then log_success "found" fi fi } # # Check if we are able to build 32-bit applications (needed for the guest additions) # check_32bit() { test_header "32-bit support" cat > $ODIR.tmp_src.c << EOF #include int main(void) { return 0; } EOF echo "compiling the following source file:" >> $LOG cat $ODIR.tmp_src.c >> $LOG echo "using the following command line:" >> $LOG echo "$CC -m32 -O -Wall -o $ODIR.tmp_out $ODIR.tmp_src.c" >> $LOG $CC -m32 -O -Wall -o $ODIR.tmp_out $ODIR.tmp_src.c >> $LOG 2>&1 if [ $? -ne 0 ]; then echo echo " Cannot compile 32-bit applications (missing headers and/or libraries)!" echo " Check the file $LOG for detailed error information." fail else echo "executing the binary" >> $LOG $ODIR.tmp_out 2> $ODIR.test_execute.log rc=$? cat $ODIR.test_execute.log >> $LOG if [ $rc -ne 0 ]; then echo echo " Cannot execute 32-bit applications! Either enable 32-bit support in the" echo " kernel configuration or use --disable-vmmraw to disable 32-bit guests." fail return 1 fi fi log_success "" } # # Check for Python # check_python() { test_header "Python support" # On darwin this is a on/off decision only if [ "$OS" = "darwin" ]; then echo "enabled" cnf_append "VBOX_WITH_PYTHON" "1" return fi cat > $ODIR.tmp_src.cc << EOF #include #include extern "C" int main(void) { Py_Initialize(); printf("found version %s", PY_VERSION); #if PY_VERSION_HEX >= 0x02060000 printf(", OK.\n"); return 0; #else printf(", expected version 2.6 or higher\n"); return 1; #endif } EOF found= SUPPYTHONLIBS="python2.7 python2.6 python3.1 python3.2 python3.3 python3.4 python3.4m python3.5 python3.5m" for p in $PYTHONDIR; do for d in $SUPPYTHONLIBS; do for b in lib/x86_64-linux-gnu lib/i386-linux-gnu lib64 lib/64 lib; do echo "compiling the following source file:" >> $LOG cat $ODIR.tmp_src.cc >> $LOG echo "using the following command line:" >> $LOG echo "$CXX -O -Wall -o $ODIR.tmp_out $ODIR.tmp_src.cc -I$p/include/$d $p/$b/lib$d.so" >> $LOG $CXX -O -Wall -o $ODIR.tmp_out $ODIR.tmp_src.cc -I$p/include/$d $p/$b/lib$d.so >> $LOG 2>&1 if [ $? -eq 0 ]; then found=1 break fi done if [ -n "$found" ]; then break; fi done if [ -n "$found" ]; then break; fi done if [ -n "$found" ]; then if test_execute; then cnf_append "VBOX_WITH_PYTHON" "1" cnf_append "VBOX_PATH_PYTHON_INC" "$p/include/$d" cnf_append "VBOX_LIB_PYTHON" "$p/$b/lib$d.so" else log_failure "Python not working" fail fi else log_failure "Python not found" fail fi } # # Check for Java # check_java() { test_header "Java support" log_success } # # Setup wine # setup_wine() { test_header "Wine support" if ! which_wrapper wine > /dev/null; then echo " wine binary not found" fail fi if ! which_wrapper wine > /dev/null; then echo " wine not found" fail fi wine_version="`wine --version`" case "`expr "$wine_version" : 'wine-\([0-9.]*\)' '>' 1.1.43`" in "0") if ! which_wrapper wineprefixcreate > /dev/null; then echo " wineprefixcreate not found" fail fi ;; *) eval "wineprefixcreate() { true ; }" ;; # now created automatically esac export WINEPREFIX="${ODIR}wine.$BUILD_MACHINE" echo "WINEPREFIX=\"${ODIR}wine.$BUILD_MACHINE\"" >> $ENV echo "export WINEPREFIX" >> $ENV rm -rf $WINEPREFIX mkdir -p $WINEPREFIX touch $WINEPREFIX/.no_prelaunch_window_flag if ! wineprefixcreate -q > /dev/null 2>&1; then echo " wineprefixcreate failed" fail fi tmp=.tmp.wine.reg rm -f $tmp echo 'REGEDIT4' > $tmp echo '' >> $tmp echo '[HKEY_LOCAL_MACHINE\System\CurrentControlSet\Control\Session Manager\Environment]' >> $tmp echo "\"PATH\"=\"c:\\\\\\\\windows\\\\\\\\system32;c:\\\\\\\\windows;z:$DEVDIR/win.x86/vcc/v8/bin/Microsoft.VC80.CRT;z:$DEVDIR/win.x86/HTML_Help_Workshop/v1.3\"" >> $tmp echo '' >> $tmp echo '[HKEY_CURRENT_USER\Software\Wine\AppDefaults\hhc.exe\DllOverrides]' >> $tmp echo '"itss"="native"' >> $tmp echo '' >> $tmp echo '[HKEY_CURRENT_USER\Software\Wine\AppDefaults\hhw.exe\DllOverrides]' >> $tmp echo '"itss"="native"' >> $tmp echo '' >> $tmp if ! wine regedit $tmp > /dev/null 2>&1; then rm -f $tmp echo " failed to load registry changes (path)." fail fi rm -f $tmp log_success "found" } # # Check for gSOAP. # check_gsoap() { test_header "GSOAP compiler" if [ -z "$GSOAP" -a -z "$GSOAP_IMPORT" ]; then if which_wrapper pkg-config > /dev/null; then GSOAP_CXX_LIBS=`pkg-config gsoapssl++ --libs 2>> $LOG` if [ $? -eq 0 ]; then GSOAP=`pkg-config gsoapssl++ --variable=exec_prefix` GSOAP_IMPORT="$GSOAP/share/gsoap/import" if [ ! -d "$GSOAP_IMPORT" -a -d "$GSOAP/include/gsoap" ]; then GSOAP_IMPORT="$GSOAP/include/gsoap" fi cnf_append "VBOX_GSOAP_INSTALLED" "1" cnf_append "VBOX_PATH_GSOAP" "$GSOAP" cnf_append "VBOX_PATH_GSOAP_IMPORT" "$GSOAP_IMPORT" if [ -f "$GSOAP/share/gsoap/stdsoap2.cpp" ]; then cnf_append "VBOX_GSOAP_CXX_SOURCES" "$GSOAP/share/gsoap/stdsoap2.cpp" else cnf_append "VBOX_GSOAP_CXX_SOURCES" "" fi cnf_append "VBOX_GSOAP_CXX_LIBS" "`strip_l "$GSOAP_CXX_LIBS"`" gsoap_version=`pkg-config gsoapssl++ --modversion` log_success "found version $gsoap_version" return fi fi fi if [ -z "$GSOAP" ]; then GSOAP="/usr" fi if which_wrapper "$GSOAP/bin/soapcpp2" > /dev/null; then if which_wrapper "$GSOAP/bin/wsdl2h" > /dev/null; then if [ -f "$GSOAP/include/stdsoap2.h" ]; then # TODO: Check for libgsoap++.a/so if [ -z "$GSOAP_IMPORT" ]; then GSOAP_IMPORT="$GSOAP/share/gsoap/import" if [ ! -d "$GSOAP_IMPORT" -a -d "$GSOAP/include/gsoap" ]; then GSOAP_IMPORT="$GSOAP/include/gsoap" fi fi if [ -f "$GSOAP_IMPORT/stlvector.h" ]; then cnf_append "VBOX_GSOAP_INSTALLED" "1" cnf_append "VBOX_PATH_GSOAP" "$GSOAP" cnf_append "VBOX_PATH_GSOAP_IMPORT" "$GSOAP_IMPORT" if [ -f "$GSOAP/share/gsoap/stdsoap2.cpp" ]; then cnf_append "VBOX_GSOAP_CXX_SOURCES" "$GSOAP/share/gsoap/stdsoap2.cpp" else cnf_append "VBOX_GSOAP_CXX_SOURCES" "" fi cnf_append "VBOX_GSOAP_CXX_LIBS" "libgsoapssl++" log_success "found" else log_failure "stlvector.h not found -- disabling webservice" cnf_append "VBOX_WITH_WEBSERVICES" "" fi else log_failure "stdsoap2.h not found -- disabling webservice" cnf_append "VBOX_WITH_WEBSERVICES" "" fi else log_failure "wsdl2h not found -- disabling webservice" cnf_append "VBOX_WITH_WEBSERVICES" "" fi else log_failure "soapcpp2 not found -- disabling webservice" cnf_append "VBOX_WITH_WEBSERVICES" "" fi } # # Check Xcode path # check_xcode_sdk_path() { # Check if WITH_XCODE_DIR is set. if [ -z "$WITH_XCODE_DIR" ]; then echo "Please specify --with-xcode-dir option." return 0 fi # Check if specified path exists and is a directory. if [ -d "$1" ]; then return 1 else echo "Xcode path [$1] not found." return 0 fi } # # Determines the Darwin version. # @todo This should really check the Xcode/SDK version. # check_darwinversion() { test_header "Darwin version" darwin_ver=`uname -r` case "$darwin_ver" in 15\.*) check_xcode_sdk_path "$WITH_XCODE_DIR" [ $? -eq 1 ] || fail darwin_ver="10.11" # El Capitan sdk=$WITH_XCODE_DIR/Developer/SDKs/MacOSX10.6.sdk cnf_append "VBOX_WITH_MACOSX_COMPILERS_FROM_DEVEL" "1" cnf_append "VBOX_PATH_MACOSX_DEVEL_ROOT" "$WITH_XCODE_DIR/Developer" ;; 14\.*) check_xcode_sdk_path "$WITH_XCODE_DIR" [ $? -eq 1 ] || fail darwin_ver="10.10" # Yosemite sdk=$WITH_XCODE_DIR/Developer/SDKs/MacOSX10.6.sdk cnf_append "VBOX_WITH_MACOSX_COMPILERS_FROM_DEVEL" "1" cnf_append "VBOX_PATH_MACOSX_DEVEL_ROOT" "$WITH_XCODE_DIR/Developer" ;; 13\.*) check_xcode_sdk_path "$WITH_XCODE_DIR" [ $? -eq 1 ] || fail darwin_ver="10.9" # Mavericks sdk=$WITH_XCODE_DIR/Developer/SDKs/MacOSX10.6.sdk cnf_append "VBOX_WITH_MACOSX_COMPILERS_FROM_DEVEL" "1" cnf_append "VBOX_PATH_MACOSX_DEVEL_ROOT" "$WITH_XCODE_DIR/Developer" ;; 12\.*) darwin_ver="10.8" # Mountain Lion if [ ! -z "$WITH_XCODE_DIR" ]; then sdk=$WITH_XCODE_DIR/Developer/SDKs/MacOSX10.6.sdk cnf_append "VBOX_WITH_MACOSX_COMPILERS_FROM_DEVEL" "1" cnf_append "VBOX_PATH_MACOSX_DEVEL_ROOT" "$WITH_XCODE_DIR/Developer" else sdk=/Developer/SDKs/MacOSX10.6.sdk fi CXX_FLAGS="-mmacosx-version-min=10.6 -isysroot $sdk -Wl,-syslibroot,$sdk" ;; 11\.*) darwin_ver="10.7" # Lion sdk=/Developer/SDKs/MacOSX10.6.sdk CXX_FLAGS="-mmacosx-version-min=10.6 -isysroot $sdk -Wl,-syslibroot,$sdk" ;; 10\.*) darwin_ver="10.6" # Snow Leopard if [ "$BUILD_MACHINE" = "x86" ]; then sdk=/Developer/SDKs/MacOSX10.5.sdk CXX_FLAGS="-mmacosx-version-min=10.5 -isysroot $sdk -Wl,-syslibroot,$sdk" cnf_append "VBOX_MACOS_10_5_WORKAROUND" "1" else sdk=/Developer/SDKs/MacOSX10.6.sdk CXX_FLAGS="-mmacosx-version-min=10.6 -isysroot $sdk -Wl,-syslibroot,$sdk" fi # test "$CC" = "gcc" && CC="gcc-4.0" # test "$CXX" = "g++" && CXX="g++-4.0" cnf_append "VBOX_WITHOUT_VBOXPYTHON_FOR_OSX_10_7" "1" ;; 9\.*) darwin_ver="10.5" # Leopard sdk=/Developer/SDKs/MacOSX10.5.sdk CXX_FLAGS="-mmacosx-version-min=10.5 -isysroot $sdk -Wl,-syslibroot,$sdk" # test "$CC" = "gcc" && CC="gcc-4.0" # test "$CXX" = "g++" && CXX="g++-4.0" cnf_append "VBOX_WITHOUT_VBOXPYTHON_FOR_OSX_10_6" "1" cnf_append "VBOX_WITHOUT_VBOXPYTHON_FOR_OSX_10_7" "1" ;; 8\.*) darwin_ver="10.4" # Tiger sdk=/Developer/SDKs/MacOSX10.4u.sdk CXX_FLAGS="-mmacosx-version-min=10.4 -isysroot $sdk -Wl,-syslibroot,$sdk" # test "$CC" = "gcc" && CC="gcc-4.0" # test "$CXX" = "g++" && CXX="g++-4.0" cnf_append "VBOX_WITH_COCOA_QT" "" cnf_append "VBOX_WITHOUT_VBOXPYTHON_FOR_OSX_10_6" "1" cnf_append "VBOX_WITHOUT_VBOXPYTHON_FOR_OSX_10_7" "1" ;; *) echo " failed to determine Darwin version. (uname -r: $darwin_ver)" fail darwin_ver="unknown" ;; esac log_success "found version $darwin_ver (SDK: $sdk)" } check_makeself() { test_header "makeself" if check_avail "$MAKESELF" makeself; then makeself_ver=`$MAKESELF --version|grep version|sed 's+^Makeself.*version \([0-9\.]*\).*+\1+'` if [ $? -ne 0 ]; then log_failure "makeself not working" fail else log_success "found version $makeself_ver" cnf_append "VBOX_MAKESELF" "`which_wrapper $MAKESELF`" fi fi } # # Checks that i386-elf-gcc-3.4.6, i386-elf-gcc-3.4.3, i386-elf-gcc-3.4 or i386-elf-gcc # is around to prevent confusion when the build fails in src/recompiler. # Note. Keep the which order in sync with the $(which ) in src/recompiler/Makefile.kmk. # check_i386elfgcc() { test_header "i386-elf-gcc" i386_elf_gcc=`which_wrapper i386-elf-gcc-3.4.6` test -z "$i386_elf_gcc" && i386_elf_gcc=`which_wrapper i386-elf-gcc-3.4.3` test -z "$i386_elf_gcc" && i386_elf_gcc=`which_wrapper i386-elf-gcc-3.4` test -z "$i386_elf_gcc" && i386_elf_gcc=`which_wrapper i386-elf-gcc` if test -z "$i386_elf_gcc"; then echo " failed to find i386-elf-gcc" fail fi log_success "found $i386_elf_gcc" } # # Show help # show_help() { cat << EOF Usage: ./configure [OPTIONS]... Configuration: -h, --help display this help and exit --nofatal don't abort on errors EOF [ $WITH_XPCOM -eq 1 ] && echo " --disable-xpcom disable XPCOM and related stuff" [ $WITH_PYTHON -eq 1 ] && echo " --disable-python disable python bindings" [ $WITH_JAVA -eq 1 ] && echo " --disable-java disable java bindings" [ $WITH_VMMRAW -eq 1 ] && echo " --disable-vmmraw disable VMM raw mode (VT-x/AMD-V mandatory!)" [ $WITH_SDL_TTF -eq 1 ] && echo " --disable-sdl-ttf disable SDL_ttf detection" [ $WITH_QT4 -eq 1 ] && echo " --disable-qt disable Qt detection" [ $WITH_QT5 -eq 1 ] && echo " --disable-qt disable Qt detection" [ $WITH_ALSA -eq 1 ] && echo " --disable-alsa disable the ALSA sound backend" [ $WITH_PULSE -eq 1 ] && echo " --disable-pulse disable the PulseAudio backend" [ $WITH_DBUS -eq 1 ] && echo " --disable-dbus don't use DBus and hal for hardware detection" [ $WITH_KMODS -eq 1 ] && echo " --disable-kmods don't build Linux kernel modules (host and guest)" [ $WITH_OPENGL -eq 1 ] && echo " --disable-opengl disable OpenGL support (2D & 3D)" [ $WITH_QT4 -eq 0 ] && echo " --enable-qt4 enable Qt4 detection" [ $WITH_QT5 -eq 0 ] && echo " --enable-qt5 enable Qt5 detection" [ $WITH_GSOAP -eq 0 ] && echo " --enable-webservice enable the webservice stuff" [ $OSE -eq 1 ] && echo " --enable-vnc enable the VNC server" [ $OSE -eq 0 ] && echo " --disable-extpack don't build the extpack" [ $WITH_DOCS -eq 1 ] && echo " --disable-docs don't build the documentation" [ $WITH_LIBVPX -eq 1 ] && echo " --disable-libvpx don't use libvpx for video capturing" [ "$OS" = "linux" -o "$OS" = "freebsd" ] && echo " --enable-vde enable VDE networking" cat << EOF --disable-udptunnel disable UDP tunnel networking --disable-devmapper disable device mapper library access --disable-hardening don't be strict about /dev/vboxdrv access --build-libxml2 build libxml2 from sources EOF [ $OSE -eq 0 ] && cat << EOF --build-libssl build openssl from sources --build-libcurl build libcurl from sources --build-libvpx build libvpx from sources EOF [ "$OS" != "darwin" ] && echo " --setup-wine setup a Wine directory and register the hhc hack" cat << EOF --only-additions only build the Guest Additions Paths: --with-gcc=PATH location of the gcc compiler [$CC] --with-g++=PATH location of the g++ compiler [$CXX] --with-kbuild=DIR kbuild directory [$KBUILDDIR] --with-iasl=PATH location of the iasl compiler [$IASL] --with-mkisofs=PATH location of mkisofs [$MKISOFS] --with-makeself=PATH location of makeself [$MAKESELF] EOF [ "$OS" = "darwin" ] && echo " --with-xcode-dir=DIR custom path to Xcode root directory; it is assumed that Xcode" [ "$OS" = "darwin" ] && echo " contains OS X 10.6 SDK (required for Mountain Lion and newer hosts" [ "$OS" = "darwin" ] && echo " only, ignored for the rest)" [ "$OS" = "linux" ] && echo " --with-linux=DIR Linux kernel source directory [$LINUX]" [ $WITH_QT4 -eq 1 ] && echo " --with-qt-dir=DIR directory for Qt headers/libraries [pkgconfig]" [ $WITH_QT5 -eq 1 ] && echo " --with-qt-dir=DIR directory for Qt headers/libraries [pkgconfig]" [ $WITH_GSOAP -eq 1 ] && echo " --with-gsoap-dir=PATH directory for gSOAP compiler/headers/libraries" [ $WITH_GSOAP -eq 1 ] && echo " (soapcpp2 and wsdl2h, soapstd2.h, libgsoap++.a/so)" [ $WITH_GSOAP -eq 1 ] && echo " --with-gsoap-import=PATH directory for gSOAP import files (stlvector.h)" cat << EOF --with-openssl-dir=DIR directory for OpenSSL headers/libraries --with-ow-dir=DIR directory where Open Watcom can be found [$WATCOM] --out-path=PATH the folder to which configuration and build output should go Build type: -d, --build-debug build with debugging symbols and assertions --build-profile build with profiling support --build-headless build headless (without any GUI frontend) EOF exit 0 } # # The body. # # test if we are OSE if [ $OSE -eq 1 -a -r "`cd \`dirname $0\`; pwd`/src/VBox/RDP/server/server.cpp" ]; then OSE=0 # Set this as a reminder to print a log message once we know the path of the # log file NOT_OSE=1 fi # Change OS specific defaults; must be before all other stuff if [ "$OS" = "darwin" ]; then WITH_SDL=0 WITH_SDL_TTF=0 WITH_X11=0 WITH_ALSA=0 WITH_PULSE=0 WITH_DBUS=0 WITH_KMODS=0 BUILD_LIBXML2=1 BUILD_LIBVPX=1 [ $OSE -eq 1 ] || BUILD_LIBCURL=1 [ $OSE -eq 1 ] && WITH_LIBVPX=0 WITH_XCODE_DIR="" elif [ "$OS" = "haiku" ]; then #WITH_SDL=0 WITH_SDL_TTF=0 WITH_X11=0 WITH_ALSA=0 WITH_PULSE=0 WITH_DBUS=0 WITH_KMODS=0 WITH_LIBIDL=0 WITH_XPCOM=0 BUILD_LIBXSLT=1 BUILD_LIBXML2=1 WITH_LIBVPX=0 # it is part of libroot, which is linked by default, # but the script wants something LIBPTHREAD="-lroot" #[ $OSE -eq 1 ] || BUILD_LIBCURL=1 [ $OSE -eq 1 ] || BUILD_LIBSSL=1 elif [ "$OS" = "solaris" ]; then [ $OSE -eq 1 ] && WITH_LIBVPX=0 fi # scan command line options for option in "$@"; do case "$option" in --help|-help|-h) show_help ;; --nofatal) nofatal=1 ;; --env-only) ENV_ONLY=1 ;; --with-gcc=*) CC=`echo $option | cut -d'=' -f2` ;; --with-g++=*) CXX=`echo $option | cut -d'=' -f2` ;; --with-kbuild=*) KBUILDDIR=`echo $option | cut -d'=' -f2` if echo $KBUILDDIR|grep -q "$INVALID_CHARS"; then echo "Error: KBUILDDIR contains invalid characters!" exit 1 fi ;; --with-qt-dir=*) [ $WITH_QT4 -eq 1 ] && QT4DIR=`echo $option | cut -d'=' -f2` [ $WITH_QT4 -eq 1 ] && QT4DIR_PKGCONFIG=0 [ $WITH_QT5 -eq 1 ] && QT5DIR=`echo $option | cut -d'=' -f2` [ $WITH_QT5 -eq 1 ] && QT5DIR_PKGCONFIG=0 ;; --with-openssl-dir=*) OPENSSLDIR=`echo $option | cut -d'=' -f2` INCCRYPTO="-I${OPENSSLDIR}/include" LIBCRYPTO="${OPENSSLDIR}/lib/libcrypto.a ${OPENSSLDIR}/lib/libssl.a" ;; --with-ow-dir=*) WATCOM=`echo $option | cut -d'=' -f2` ;; --with-gsoap-dir=*) GSOAP=`echo $option | cut -d'=' -f2` ;; --with-gsoap-import=*) GSOAP_IMPORT=`echo $option | cut -d'=' -f2` ;; --with-iasl=*) IASL=`echo $option | cut -d'=' -f2` ;; --with-xcode-dir=*) WITH_XCODE_DIR=`echo $option | cut -d'=' -f2` echo $option ;; --with-linux=*) LINUX=`echo $option | cut -d'=' -f2` ;; --with-mkisofs=*) MKISOFS=`echo $option | cut -d'=' -f2` ;; --with-makeself=*) MAKESELF=`echo $option | cut -d'=' -f2` ;; --target-arch=*) TARGET_MACHINE=`echo $option | cut -d'=' -f2` ;; --disable-xpcom) [ $WITH_XPCOM -eq 1 ] && WITH_XPCOM=0 ;; --disable-python) [ $WITH_PYTHON -eq 1 ] && WITH_PYTHON=0 ;; --disable-java) [ $WITH_JAVA -eq 1 ] && WITH_JAVA=0 ;; --disable-vmmraw) [ $WITH_VMMRAW -eq 1 ] && WITH_VMMRAW=0 ;; --disable-sdl-ttf) [ $WITH_SDL_TTF -eq 1 ] && WITH_SDL_TTF=0 ;; --disable-qt) [ $WITH_QT4 -eq 1 ] && WITH_QT4=0 [ $WITH_QT5 -eq 1 ] && WITH_QT5=0 ;; --enable-qt4) [ $WITH_QT4 -eq 0 ] && WITH_QT4=1 [ $WITH_QT5 -eq 1 ] && WITH_QT5=0 ;; --enable-qt5) [ $WITH_QT5 -eq 0 ] && WITH_QT5=1 [ $WITH_QT4 -eq 1 ] && WITH_QT4=0 ;; --passive-mesa) PASSIVE_MESA=1 ;; --disable-alsa) [ $WITH_ALSA -eq 1 ] && WITH_ALSA=0 ;; --disable-pulse) [ $WITH_PULSE -eq 1 ] && WITH_PULSE=0 ;; --enable-pulse) WITH_PULSE=2 ;; --disable-dbus) [ $WITH_DBUS -eq 1 ] && WITH_DBUS=0 ;; --disable-kmods) [ $WITH_KMODS -eq 1 ] && WITH_KMODS=0 ;; --disable-opengl) [ $WITH_OPENGL -eq 1 ] && WITH_OPENGL=0 ;; --enable-webservice) [ $WITH_GSOAP -eq 0 ] && WITH_GSOAP=1 ;; --enable-vnc) WITH_VNC=1 ;; --disable-hardening) WITH_HARDENING=0 ;; --disable-extpack) WITH_EXTPACK=0 ;; --disable-docs) WITH_DOCS=0 ;; --enable-hardening) WITH_HARDENING=2 ;; --disable-udptunnel) WITH_UDPTUNNEL=0 ;; --enable-vde) WITH_VDE=1 ;; --disable-devmapper) WITH_DEVMAPPER=0 ;; --disable-libvpx) WITH_LIBVPX=0 ;; --disable-sdl) WITH_SDL=0 ;; --build-debug|-d) BUILD_TYPE=debug ;; --build-profile) BUILD_TYPE=profile ;; --build-libxml2) BUILD_LIBXML2=1 ;; --build-libssl) BUILD_LIBSSL=1 ;; --build-libcurl) BUILD_LIBCURL=1 ;; --build-libvpx) BUILD_LIBVPX=1 ;; --build-headless) HEADLESS=1 WITH_SDL=0 WITH_SDL_TTF=0 WITH_X11=0 WITH_OPENGL=0 WITH_QT4=0 WITH_QT5=0 ;; --ose) OSE=2 ;; --odir=*) ODIR="`echo $option | cut -d'=' -f2`/" ODIR_OVERRIDE=1 ;; --out-path=*) out_path="`echo $option | cut -d'=' -f2`/" if [ -d $out_path ]; then saved_path="`pwd`" cd $out_path OUT_PATH="`pwd`" cd $saved_path OUT_PATH_OVERRIDE=1 if [ $ODIR_OVERRIDE -eq 0 ]; then # This variable has not *yet* been overridden. That can still happen. ODIR=$OUT_PATH/ fi else echo "Error: invalid folder \"$out_path\" in option \"$option\"" exit 1 fi ;; --setup-wine) [ "$OS" != "darwin" ] && SETUP_WINE=1 ;; --only-additions) ONLY_ADDITIONS=1 ;; *) echo echo "Unrecognized option \"$option\"" echo show_help ;; esac done LOG="$ODIR$LOG" ENV="$ODIR$ENV" CNF="$ODIR$CNF" # initialize output files cat > $LOG << EOF # Log file generated by # # '$0 $*' # EOF cat > $CNF << EOF # -*- Makefile -*- # # automatically generated by # # '$0 $*' # # It will be completely overwritten if configure is executed again. # EOF cat > $ENV << EOF #!/bin/bash # # automatically generated by # # '$0 $*' # # It will be completely overwritten if configure is executed again. # Make sure you source this file once before you start to build VBox. # EOF # Print log warning about OSE if necessary if [ -n "$NOT_OSE" ]; then echo "Found RDP server, assuming VBOX_OSE = FALSE" >> $LOG echo >> $LOG fi if [ "$BUILD_TYPE" = "debug" ]; then echo "Creating DEBUG build!" >> $LOG elif [ "$BUILD_TYPE" = "profile" ]; then echo "Creating PROFILE build!" >> $LOG fi # first determine our environment check_environment check_kbuild [ -n "$ENV_ONLY" ] && exit 0 # append the tools directory to the default search path echo "$PATH" | grep -q "$DEVDIR_BIN" || PATH="$PATH:$DEVDIR_BIN" export PATH # if we will be writing to a different out directory then set this up now if [ $OUT_PATH_OVERRIDE -eq 1 ]; then echo "AUTOCFG=$OUT_PATH/AutoConfig.kmk" >> $ENV echo "export AUTOCFG" >> $ENV echo "LOCALCFG=$OUT_PATH/LocalConfig.kmk" >> $ENV echo "export LOCALCFG" >> $ENV echo "PATH_OUT_BASE=$OUT_PATH" >> $ENV echo "export PATH_OUT_BASE" >> $ENV fi # don't bother people with -Werror cnf_append "VBOX_GCC_WERR" "\$(NO_SUCH_VARIABLE)" # some things are not available in for OSE if [ $OSE -ge 1 ]; then cnf_append "VBOX_OSE" "1" cnf_append "VBOX_WITH_VALIDATIONKIT" "" cnf_append "VBOX_WITH_WIN32_ADDITIONS" "" if [ "$OS" = "linux" ]; then cnf_append "VBOX_WITH_LINUX_ADDITIONS" "1" else cnf_append "VBOX_WITH_LINUX_ADDITIONS" "" fi echo >> $CNF fi # extpack if [ $ONLY_ADDITIONS -eq 1 ]; then cnf_append "VBOX_WITH_EXTPACK_PUEL_BUILD" "" elif [ $OSE -eq 0 ]; then if [ $WITH_EXTPACK -eq 1 ]; then BUILD_LIBSSL=1 else cnf_append "VBOX_WITH_EXTPACK_PUEL_BUILD" "" fi fi # headless if [ -n "$HEADLESS" ]; then cnf_append "VBOX_HEADLESS" "1" fi # emit disable directives corresponding to any --disable-xxx options. if [ $WITH_OPENGL -eq 0 ]; then cnf_append "VBOX_WITH_CROGL" "" cnf_append "VBOX_WITH_VIDEOHWACCEL" "" cnf_append "VBOX_GUI_USE_QGL" "" fi [ $WITH_XPCOM -eq 0 ] && cnf_append "VBOX_WITH_MAIN" "" [ $WITH_QT4 -eq 0 -a $WITH_QT5 -eq 0 ] && cnf_append "VBOX_WITH_QTGUI" "" [ $WITH_QT5 -eq 1 ] && cnf_append "VBOX_WITH_QTGUI_V5" "1" [ $WITH_SDL_TTF -eq 0 ] && cnf_append "VBOX_WITH_SECURELABEL" "" [ $WITH_PYTHON -eq 0 ] && cnf_append "VBOX_WITH_PYTHON" "" [ $WITH_JAVA -eq 0 ] && cnf_append "VBOX_WITH_JXPCOM" "" [ $WITH_JAVA -eq 0 ] && cnf_append "VBOX_WITH_JWS" "" [ $WITH_HARDENING -eq 0 ] && cnf_append "VBOX_WITHOUT_HARDENING" "1" [ $WITH_HARDENING -eq 2 ] && cnf_append "VBOX_WITH_HARDENING" "2" [ $WITH_VMMRAW -eq 0 ] && cnf_append "VBOX_WITH_RAW_MODE" "" if [ $WITH_LIBVPX -eq 0 ]; then cnf_append "VBOX_WITH_LIBVPX" "" cnf_append "VBOX_WITH_VIDEOREC" "" fi # Darwin-specific if [ "$OS" = "darwin" ]; then check_darwinversion fi # the tools check_gcc if [ $ONLY_ADDITIONS -eq 0 ]; then check_open_watcom [ "$OS" != "darwin" ] && check_iasl # don't check for yasm for the time beeing as 0.40 and 0.50 both have known bugs # [ "$OS" != "darwin" ] && check_yasm [ "$OS" != "darwin" ] && check_xsltproc [ "$OS" != "darwin" ] && check_mkisofs fi # the libraries if [ $ONLY_ADDITIONS -eq 0 ]; then [ "$OS" != "darwin" ] && check_pthread check_libxml2 [ $WITH_LIBIDL -eq 1 ] && check_libidl check_ssl check_curl [ $WITH_LIBVPX -eq 1 ] && check_vpx [ "$OS" != "darwin" ] && check_z [ "$OS" != "darwin" ] && check_png [ $OSE -eq 0 -a "$OS" = "linux" ] && check_pam if [ $WITH_SDL -eq 1 ]; then check_sdl else cnf_append "VBOX_WITH_VBOXSDL" "" fi [ $WITH_SDL_TTF -eq 1 -a $OSE -eq 0 ] && check_sdl_ttf [ $WITH_X11 -eq 1 ] && check_x # TODO check for xcomposite-dev (X11/extensions/Xcomposite.h, additions only) # TODO check for libxdamange-dev (X11/extensions/Xdamage.h, additions only) [ $WITH_X11 -eq 1 ] && check_xcursor [ $WITH_X11 -eq 1 ] && check_xinerama [ $WITH_X11 -eq 1 ] && check_xrandr [ $WITH_OPENGL -eq 1 ] && check_opengl [ $WITH_QT4 -eq 1 ] && check_qt4 [ $WITH_QT5 -eq 1 ] && check_qt5 [ $WITH_PYTHON -eq 1 ] && check_python [ $WITH_JAVA -eq 1 ] && check_java # PulseAudio if [ "$OS" = "linux" -o "$OS" = "freebsd" -o "$OS" = "netbsd" ]; then if [ $WITH_PULSE -eq 1 ]; then check_pulse elif [ $WITH_PULSE -eq 0 ]; then cnf_append "VBOX_WITH_AUDIO_PULSE" "" fi fi fi # Linux-specific if [ "$OS" = "linux" ]; then # don't check for the static libstdc++ in the PUEL version as we build the # additions at a dedicated box [ $OSE -ge 1 ] && check_staticlibstdcxx if [ $WITH_KMODS -eq 1 ]; then check_linux else cnf_append "VBOX_LINUX_SRC" "" cnf_append "VBOX_WITH_VBOXDRV" "" cnf_append "VBOX_WITH_ADDITION_DRIVERS" "" fi if [ $ONLY_ADDITIONS -eq 0 ]; then if [ $WITH_ALSA -eq 1 ]; then check_alsa else cnf_append "VBOX_WITH_AUDIO_ALSA" "" fi if [ $WITH_DBUS -eq 0 ]; then cnf_append "VBOX_WITH_DBUS" "" fi if [ $WITH_DEVMAPPER -eq 1 ]; then check_libdevmapper else cnf_append "VBOX_WITH_DEVMAPPER" "" fi check_libcap fi check_compiler_h [ $ONLY_ADDITIONS -eq 0 -a "$BUILD_MACHINE" = "amd64" -a $WITH_VMMRAW -eq 1 ] && check_32bit # tools/common/makeself* [ $OSE -ge 1 ] && check_makeself fi [ -n "$SETUP_WINE" ] && setup_wine if [ $ONLY_ADDITIONS -eq 0 -a $WITH_GSOAP -eq 1 ]; then check_gsoap else if [ $OSE -ge 1 ]; then cnf_append "VBOX_WITH_WEBSERVICES" "" fi fi # UDPTUNNEL if [ $ONLY_ADDITIONS -eq 0 -a $WITH_UDPTUNNEL -eq 0 ]; then cnf_append "VBOX_WITH_UDPTUNNEL" "" fi # VDE if [ $ONLY_ADDITIONS -eq 0 -a "$OS" = "linux" -o "$OS" = "freebsd" ]; then if [ $WITH_VDE -eq 1 ]; then cnf_append "VBOX_WITH_VDE" "1" fi fi # DOCS if [ $ONLY_ADDITIONS -eq 1 -o $WITH_DOCS -eq 0 ]; then cnf_append "VBOX_WITH_DOCS" "" cnf_append "VBOX_WITH_DOCS_PACKING" "" fi # VNC server support if [ $ONLY_ADDITIONS -eq 0 -a $OSE -ge 1 ]; then if [ $WITH_VNC = 1 ]; then check_vncserver else cnf_append "VBOX_WITH_EXTPACK_VNC" "" fi fi if [ $ONLY_ADDITIONS -eq 1 ]; then cnf_append "VBOX_ONLY_ADDITIONS" "1" fi # success! echo echo "Successfully generated '$CNF' and '$ENV'." echo "Source '$ENV' once before you start to build VBox:" echo "" echo " source $ENV" echo " kmk" echo "" if [ "$OS" = "linux" ]; then if [ $OUT_PATH_OVERRIDE -eq 1 ]; then vbox_out_path=$OUT_PATH else vbox_out_path=./out fi echo "To compile the kernel modules, do:" echo "" echo " cd $vbox_out_path/$OS.$TARGET_MACHINE/$BUILD_TYPE/bin/src" echo " make" echo "" fi if [ $ONLY_ADDITIONS -eq 1 ]; then echo "" echo " Tree configured to build only the Guest Additions" echo "" elif [ $WITH_HARDENING -gt 0 ]; then echo "" echo " +++ WARNING +++ WARNING +++ WARNING +++ WARNING +++ WARNING +++ WARNING +++" echo " Hardening is enabled which means that the VBox binaries will not run from" echo " the binary directory. The binaries have to be installed suid root and some" echo " more prerequisites have to be fulfilled which is normally done by installing" echo " the final package. For development, the hardening feature can be disabled" echo " by specifying the --disable-hardening parameter. Please never disable that" echo " feature for the final distribution!" echo " +++ WARNING +++ WARNING +++ WARNING +++ WARNING +++ WARNING +++ WARNING +++" echo "" else echo "" echo " +++ WARNING +++ WARNING +++ WARNING +++ WARNING +++ WARNING +++ WARNING +++" echo " Hardening is disabled. Please do NOT build packages for distribution with" echo " disabled hardening!" echo " +++ WARNING +++ WARNING +++ WARNING +++ WARNING +++ WARNING +++ WARNING +++" echo "" fi echo "Enjoy!" cleanup