#!/bin/bash # Script for GCC chainload in OS X made for EDKII # # Primary use is for creating better crosscompile support than # mingw-gcc-build.py that is found in BaseTools/gcc/ # # With this we can use Native GCC chainload for EDKII # development # # Xcode Tools are required # Script tested on "Xcode 3.2.2" - Snow Leopard # "Xcode 4.2" - Snow Leopard # "Xcode 4.6" - Lion # "Xcode 4.6" - Mountain Lion # "Xcode 5.0" - Mountain Lion # "Xcode 5.0.1" - Mavericks # "Xcode 6.1" - Yosemite # # # Created by Jadran Puharic on 1/25/12. # Enhanced by JrCs on 01/19/2013. # set -u # exit with error if unbound variables # GCC toolchain source version # here we can change source versions of tools # export BINUTILS_VERSION=${BINUTILS_VERSION:-binutils-2.40} export GCC_VERSION=${GCC_VERSION:-12.2.0} # Version of libraries are from ./contrib/download_prerequisites in gcc source directory export GMP_VERSION=${GMP_VERSION:-gmp-6.2.1} export MPFR_VERSION=${MPFR_VERSION:-mpfr-4.2.0} export MPC_VERSION=${MPC_VERSION:-mpc-1.3.1} # isl-0.25 compatibility requirement is set to 10.14 OSXVER="`/usr/bin/sw_vers -productVersion | cut -d '.' -f1,2`" if [[ ${OSXVER} < 10.14 ]]; then export ISL_VERSION=${ISL_VERSION:-isl-0.24} else export ISL_VERSION=${ISL_VERSION:-isl-0.25} fi #https://github.com/Meinersbur/isl/archive/refs/tags/isl-0.24.tar.gz #https://netbsd.pkgs.org/9/netbsd-amd64/isl-0.24.tgz.html #https://ftp.netbsd.org/pub/pkgsrc/packages/NetBSD/amd64/9.1/All/isl-0.24.tgz #https://launchpad.net/ubuntu/+archive/primary/+sourcefiles/isl/0.22.1-1/isl_0.22.1.orig.tar.xz # Change PREFIX if you want gcc and binutils # installed on different place # export PREFIX=${PREFIX:-~/src/opt/local} export GCC_MAJOR_VERSION=$(echo $GCC_VERSION | awk -F. '{ print $1$2}') # You can change DIR_MAIN if u wan't gcc source downloaded # in different folder. # export RAMDISK_MNT_PT=/tmp/buildgcc-ramdisk export DIR_MAIN=${DIR_MAIN:-~/src} export DIR_TOOLS=${DIR_TOOLS:-$DIR_MAIN/tools} export DIR_GCC=${DIR_GCC:-$DIR_TOOLS/gcc} export DIR_BUILD=${DIR_BUILD:-$RAMDISK_MNT_PT} export DIR_DOWNLOADS=${DIR_DOWNLOADS:-$DIR_TOOLS/download} export DIR_LOGS=${DIR_LOGS:-$DIR_TOOLS/logs} # Set MAKE and LD to prevent problem during compilation when Xcode path has spaces # export MAKE=make export LD=ld # Here we set MAKEFLAGS for GCC so it knows how many cores we can use # faster compile ! export MAKEFLAGS="-j $(( $(sysctl -n hw.ncpu) * 2 ))" # Default locale export LC_ALL=POSIX # Use standard PATH export PATH="/usr/bin:/bin:/usr/sbin:/sbin" ### Check Functions ### # Function: checking installation of Xcode Tools CheckXCode () { local OSXVER="`/usr/bin/sw_vers -productVersion | cut -d '.' -f1,2`" local OSXARCH="`/usr/bin/uname -m`" local OSXREV="`/usr/bin/uname -r`" export BUILDVER="$OSXVER" export BUILDARCH="$OSXARCH" export BUILDREV="$OSXREV" echo " Running on Mac OS X ${OSXVER}, with ${OSXARCH} architecture." if [[ ! -x /usr/bin/xcrun ]]; then echo "ERROR: Install Xcode Tools from Apple before using this script." >&2 exit 1 else export SDK="`/usr/bin/xcrun --show-sdk-path 2>/dev/null`" [ -z "${SDK}" ] && export SDK="/" if [ ! -d "${SDK}/usr/include" ]; then echo "ERROR: Cannot find Xcode SDK." >&2 echo "Please run Xcode and select an available \"Command Line Tools\" from Xcode->Preferences->Locations." >&2 exit 1 else echo " Using Xcode SDK: ${SDK}" fi fi } ### Main Function START ### # Function: Creating directory structure for EDK [ ! -d ${DIR_MAIN} ] && mkdir ${DIR_MAIN} [ ! -d ${DIR_TOOLS} ] && mkdir ${DIR_TOOLS} [ ! -d ${DIR_GCC} ] && mkdir ${DIR_GCC} [ ! -d ${DIR_DOWNLOADS} ] && mkdir ${DIR_DOWNLOADS} [ ! -d ${DIR_LOGS} ] && mkdir ${DIR_LOGS} [ ! -d ${PREFIX}/include ] && mkdir -p ${PREFIX}/include # Function: to manage PATH pathmunge () { if [[ ! $PATH =~ (^|:)$1(:|$) ]]; then if [[ "${2:-}" = "after" ]]; then export PATH=$PATH:$1 else export PATH=$1:$PATH fi fi } # RAMdisk function mountRamDisk() { dev_ramdisk=$(mount | grep "$RAMDISK_MNT_PT" | awk '{print $1}') if [ -z "$dev_ramdisk" ];then echo "- Creating new RAM disk" dev_ramdisk=`hdiutil attach -nomount ram://3145728 | awk '{print $1}'` [ -n "$dev_ramdisk" ] && newfs_hfs -v "BuildGCC RamDisk" "$dev_ramdisk" [ ! -d "$RAMDISK_MNT_PT" ] && mkdir "$RAMDISK_MNT_PT" mount -t hfs "$dev_ramdisk" "$RAMDISK_MNT_PT" touch "$RAMDISK_MNT_PT/.metadata_never_index" echo fi # Automatically remove RAMDISK on exit trap 'echo; echo "- Ejecting RAM disk"; cd "$HOME"; umount "$RAMDISK_MNT_PT" && hdiutil detach "$dev_ramdisk"' EXIT } # Download # DownloadSource () { # if [[ ! -f ${DIR_DOWNLOADS}/${ISL_VERSION}.tar.xz ]]; then # echo "Status: ${ISL_VERSION} not found." # cp -v ${ISL_VERSION}.tar.xz ${DIR_DOWNLOADS}/ # fi cd $DIR_DOWNLOADS if [[ ! -f ${DIR_DOWNLOADS}/${GMP_VERSION}.tar.xz ]]; then echo "Status: ${GMP_VERSION} not found." curl -k -f -o download.tmp --remote-name https://ftp.gnu.org/gnu/gmp/${GMP_VERSION}.tar.xz || exit 1 mv download.tmp ${GMP_VERSION}.tar.xz fi if [[ ! -f ${DIR_DOWNLOADS}/${MPFR_VERSION}.tar.xz ]]; then echo "Status: ${MPFR_VERSION} not found." curl -k -f -o download.tmp --remote-name https://ftp.gnu.org/gnu/mpfr/${MPFR_VERSION}.tar.xz || exit 1 mv download.tmp ${MPFR_VERSION}.tar.xz fi if [[ ! -f ${DIR_DOWNLOADS}/${MPC_VERSION}.tar.gz ]]; then echo "Status: ${MPC_VERSION} not found." curl -k -f -o download.tmp --remote-name https://ftp.gnu.org/gnu/mpc/${MPC_VERSION}.tar.gz || exit 1 mv download.tmp ${MPC_VERSION}.tar.gz fi if [[ ! -f ${DIR_DOWNLOADS}/${ISL_VERSION}.tar.xz ]]; then echo "Status: ${ISL_VERSION} not found." curl -k -f -o download.tmp --remote-name https://libisl.sourceforge.io/${ISL_VERSION}.tar.xz || exit 1 # curl -o download.tmp --remote-name http://isl.gforge.inria.fr/${ISL_VERSION}.tar.xz || exit 1 # curl -o download.tmp --remote-name https://github.com/Meinersbur/isl/archive/refs/tags/${ISL_VERSION}.tar.gz || exit 1 # curl -o download.tmp --remote-name https://codeload.github.com/Meinersbur/isl/tar.gz/refs/tags/isl-0.24 # curl -o download.tmp --remote-name https://github.com/CloverHackyColor/CloverBootloader/releases/download/5140/${ISL_VERSION}.tar.xz || exit 1 mv download.tmp ${ISL_VERSION}.tar.xz fi if [[ ! -f ${DIR_DOWNLOADS}/${BINUTILS_VERSION}.tar.xz ]]; then echo "Status: ${BINUTILS_VERSION} not found." curl -k -f -o download.tmp --remote-name https://ftp.gnu.org/gnu/binutils/${BINUTILS_VERSION}.tar.xz || exit 1 mv download.tmp ${BINUTILS_VERSION}.tar.xz fi if [[ ! -f ${DIR_DOWNLOADS}/gcc-${GCC_VERSION}.tar.xz ]]; then echo "Status: gcc-${GCC_VERSION} not found." curl -k -f -o download.tmp --remote-name https://ftp.gnu.org/gnu/gcc/gcc-${GCC_VERSION}/gcc-${GCC_VERSION}.tar.xz || exit 1 mv download.tmp gcc-${GCC_VERSION}.tar.xz fi } ### Extract ### # Function to extract source tarballs ExtractTarball () { exec 3>&1 1>&2 # Save stdout and redirect stdout to stderr local tarball="$1" local package=${tarball%%.tar*} tarball="${DIR_DOWNLOADS}/$tarball" local filetype=$(file -L --brief "$tarball" | tr '[A-Z]' '[a-z]') local tar_filter_option="" case ${filetype} in # convert to lowercase gzip\ *) tar_filter_option='--gzip' ;; bzip2\ *) tar_filter_option='--bzip2';; lzip\ *) tar_filter_option='--lzip' ;; lzop\ *) tar_filter_option='--lzop' ;; lzma\ *) tar_filter_option='--lzma' ;; xz\ *) tar_filter_option='--xz' ;; *tar\ archive*) tar_filter_option='';; *) echo "Unrecognized file format of '$tarball'" exit 1 ;; esac # Get the root directory from the tarball local first_line=$(dd if="$tarball" bs=1024 count=256 2>/dev/null | \ tar -t $tar_filter_option -f - 2>/dev/null | head -1) local top_level_dir=${first_line#./} # remove leading ./ top_level_dir=${top_level_dir%%/*} # keep only the top level directory [ -z "$top_level_dir" ] && echo "Error can't extract top level dir from $tarball" && exit 1 if [[ ! -d "${DIR_GCC}/$top_level_dir" ]]; then echo "- ${package} extracting..." rm -rf "${DIR_GCC}/$top_level_dir" # Remove old directory if exists rm -rf "$DIR_GCC/tmp" # Remove old partial extraction mkdir -p "$DIR_GCC/tmp" # Create temporary directory tar -C "$DIR_GCC/tmp" -x "$tar_filter_option" -f "${tarball}" mv "$DIR_GCC/tmp/$top_level_dir" "$DIR_GCC/$top_level_dir" rm -rf "$DIR_GCC/tmp" echo "- ${package} extracted" fi # Restore stdout for the result and close file descriptor 3 exec 1>&3- echo "${DIR_GCC}/$top_level_dir" # Return the full path where the tarball has been extracted } ### Compile ### # Function: Compiling libraries needed by GCC CompileLibs () { if [[ ! -f $PREFIX/include/gmp.h ]]; then # Mount RamDisk mountRamDisk # Compile GMP local GMP_DIR=$(ExtractTarball "${GMP_VERSION}.tar.xz") rm -rf "${DIR_BUILD}/$ARCH-gmp" mkdir -p "${DIR_BUILD}/$ARCH-gmp" && cd "${DIR_BUILD}/$ARCH-gmp" # building gmp on Catalina currently requires no-stack-check flag - NOT NEEDED anymore with latest gmp #if [[ "${BUILDVER}" == "10.15" ]]; then # echo "- ${GMP_VERSION} applying Catalina flag..." # export CPPFLAGS="-fno-stack-check" #fi echo "- ${GMP_VERSION} configure..." "${GMP_DIR}"/configure --prefix=$PREFIX > $DIR_LOGS/gmp.$ARCH.configure.log.txt 2>&1 echo "- ${GMP_VERSION} make..." make 1> /dev/null 2> $DIR_LOGS/gmp.$ARCH.make.log.txt make install 1> $DIR_LOGS/gmp.$ARCH.install.log.txt 2> /dev/null rm -rf "${DIR_BUILD}/$ARCH-gmp" "$GMP_DIR" echo "- ${GMP_VERSION} installed in $PREFIX" # unset flag which was set for Catalina #if [[ "${BUILDVER}" == "10.15" ]]; then # unset CPPFLAGS #fi fi if [[ ! -f $PREFIX/include/mpfr.h ]]; then # Mount RamDisk mountRamDisk # Compile MPFR local MPFR_DIR=$(ExtractTarball "${MPFR_VERSION}.tar.xz") rm -rf "${DIR_BUILD}/$ARCH-mpfr" mkdir -p "${DIR_BUILD}/$ARCH-mpfr" && cd "${DIR_BUILD}/$ARCH-mpfr" # curl -L https://www.mpfr.org/${MPFR_VERSION}/allpatches | patch -N -Z -p1 --directory="${MPFR_DIR}" echo "- ${MPFR_VERSION} configure..." "${MPFR_DIR}"/configure --prefix=$PREFIX --with-gmp=$PREFIX > $DIR_LOGS/mpfr.$ARCH.configure.log.txt 2>&1 echo "- ${MPFR_VERSION} make..." make 1> /dev/null 2> $DIR_LOGS/mpfr.$ARCH.make.log.txt make install 1> $DIR_LOGS/mpfr.$ARCH.install.log.txt 2> /dev/null rm -rf "${DIR_BUILD}/$ARCH-mpfr" "$MPFR_DIR" echo "- ${MPFR_VERSION} installed in $PREFIX" fi if [[ ! -f $PREFIX/include/mpc.h ]]; then # Mount RamDisk mountRamDisk # Compile MPC local MPC_DIR=$(ExtractTarball "${MPC_VERSION}.tar.gz") rm -rf "${DIR_BUILD}/$ARCH-mpc" mkdir -p "${DIR_BUILD}/$ARCH-mpc" && cd "${DIR_BUILD}/$ARCH-mpc" echo "- ${MPC_VERSION} configure..." "${MPC_DIR}"/configure --prefix=$PREFIX --with-gmp=$PREFIX --with-mpfr=$PREFIX > $DIR_LOGS/mpc.$ARCH.configure.log.txt 2>&1 echo "- ${MPC_VERSION} make..." make 1> /dev/null 2> $DIR_LOGS/mpc.$ARCH.make.log.txt make install 1> $DIR_LOGS/mpc.$ARCH.install.log.txt 2> /dev/null rm -rf "${DIR_BUILD}/$ARCH-mpc" "$MPC_DIR" echo "- ${MPC_VERSION} installed in $PREFIX" fi if [[ ! -f $PREFIX/lib/libisl.a ]]; then # Mount RamDisk mountRamDisk # Compile ISL local ISL_DIR=$(ExtractTarball "${ISL_VERSION}.tar.xz") echo "- ${ISL_DIR} - dir" rm -rf "${DIR_BUILD}/$ARCH-isl" mkdir -p "${DIR_BUILD}/$ARCH-isl" && cd "${DIR_BUILD}/$ARCH-isl" # echo "- ${ISL_VERSION} autogen..." # "${ISL_DIR}"/autogen.sh --prefix=$PREFIX echo "- ${ISL_VERSION} configure..." "${ISL_DIR}"/configure --prefix=$PREFIX --with-gmp-prefix=$PREFIX --with-gcc-arch=$ARCH > $DIR_LOGS/isl.$ARCH.configure.log.txt 2>&1 echo "- ${ISL_VERSION} make..." make 1> /dev/null 2> $DIR_LOGS/isl.$ARCH.make.log.txt make install 1> $DIR_LOGS/isl.$ARCH.install.log.txt 2> /dev/null rm -rf "${DIR_BUILD}/$ARCH-isl" "$ISL_DIR" echo "- ${ISL_VERSION} installed in $PREFIX" fi } # Function: Compiling Binutils CompileBinutils () { if [[ -x "$PREFIX/cross/bin/$TARGET-ld" ]]; then return fi # Check GMP/MPFR/MPC [[ ! -f $PREFIX/include/gmp.h ]] && echo "Error: ${GMP_VERSION} not installed, check logs" && exit [[ ! -f $PREFIX/include/mpfr.h ]] && echo "Error: ${MPFR_VERSION} not installed, check logs" && exit [[ ! -f $PREFIX/include/mpc.h ]] && echo "Error: ${MPC_VERSION} not installed, check logs" && exit # [[ ! -x $PREFIX/bin/gcc ]] && echo "Error native ${GCC_VERSION} not installed !" && exit # Mount RamDisk mountRamDisk # Using our native GCC compiler # pathmunge $PREFIX/bin export BUILD_BINUTILS_DIR=${DIR_BUILD}/$ARCH-binutils # Extract the tarball local BINUTILS_DIR=$(ExtractTarball "${BINUTILS_VERSION}.tar.xz") # Binutils build --host=${BUILDARCH}-apple-darwin${BUILDREV} rm -rf "$BUILD_BINUTILS_DIR" mkdir -p "$BUILD_BINUTILS_DIR" && cd "$BUILD_BINUTILS_DIR" echo "- ${BINUTILS_VERSION} configure..." local cmd="LDFLAGS=\"-dead_strip\" ${BINUTILS_DIR}/configure --host=${BUILDARCH}-apple-darwin${BUILDREV} --enable-plugins --build=${BUILDARCH}-apple-darwin${BUILDREV} --target=$TARGET --prefix=$PREFIX/cross --with-included-gettext --disable-werror --with-gmp=$PREFIX --with-mpfr=$PREFIX --with-mpc=$PREFIX --with-isl=$PREFIX --disable-isl-version-check --disable-nls --enable-deterministic-archives --with-mmap --with-system-zlib --enable-gprofng=NO" local logfile="$DIR_LOGS/binutils.$ARCH.configure.log.txt" echo "$cmd" > "$logfile" eval "$cmd" >> "$logfile" 2>&1 echo "- ${BINUTILS_VERSION} make..." cmd="make MAKEINFO=true" logfile="$DIR_LOGS/binutils.$ARCH.make.log.txt" echo "$cmd" > "$logfile" eval "$cmd" >/dev/null 2>> "$logfile" if [[ $? -ne 0 ]]; then echo "Error compiling ${BINUTILS_VERSION} ! Check the log $logfile" exit 1 fi cmd="make MAKEINFO=true install-strip" logfile="$DIR_LOGS/binutils.$ARCH.install.log.txt" echo "$cmd" > "$logfile" eval "$cmd" >> "$logfile" 2>&1 if [[ $? -ne 0 ]]; then echo "Error installing ${BINUTILS_VERSION} ! Check the log $logfile" exit 1 fi rm -rf "$BUILD_BINUTILS_DIR" "$BINUTILS_DIR" [ ! -f $PREFIX/cross/bin/$TARGET-ld ] && echo "Error: ${BINUTILS_VERSION} not installed, check logs in $DIR_LOGS" && exit 1 echo "- ${BINUTILS_VERSION} installed in $PREFIX/cross" } GCC_native () { if [[ ! -x "$PREFIX"/bin/gcc ]]; then # Mount RamDisk mountRamDisk local GCC_DIR=$(ExtractTarball "gcc-${GCC_VERSION}.tar.xz") || exit 1 local BUILD_DIR="${DIR_BUILD}/$ARCH-gcc-native" rm -rf "$BUILD_DIR" mkdir -p "$BUILD_DIR" && cd "$BUILD_DIR" # Create the sdk directory and link it to the native sdk directory # We need to create individual links, as creating a link to just $SDK would result in the real path being followed and resolved local TOOLCHAIN_SDK_DIR="$PREFIX/sdk" rm -rf "$TOOLCHAIN_SDK_DIR" mkdir -p "$TOOLCHAIN_SDK_DIR" ln -sf "$SDK/usr" "$TOOLCHAIN_SDK_DIR/usr" ln -sf "$SDK/System" "$TOOLCHAIN_SDK_DIR/System" export CXXFLAGS="-O2 -I$PREFIX/include -I$PREFIX/sdk/include" export CFLAGS="-O2 -I$PREFIX/include -I$PREFIX/sdk/include" export LDFLAGS="-L$PREFIX/lib -L$PREFIX/sdk/lib -dead_strip -Wl,-dead_strip_dylibs" local cmd="${GCC_DIR}/configure --prefix='$PREFIX' --with-sysroot='$TOOLCHAIN_SDK_DIR' --enable-languages=c,c++ --libdir='$PREFIX/lib/gcc$GCC_MAJOR_VERSION' --includedir='$PREFIX/include/gcc$GCC_MAJOR_VERSION' --datarootdir='$PREFIX/share/gcc$GCC_MAJOR_VERSION' --with-included-gettext --with-system-zlib --disable-nls --enable-plugin --with-gxx-include-dir='$PREFIX/include/gcc$GCC_MAJOR_VERSION/c++/' --with-gmp='$PREFIX' --with-mpfr='$PREFIX' --with-mpc='$PREFIX' --with-isl='$PREFIX' --disable-bootstrap --disable-isl-version-check" local logfile="$DIR_LOGS/gcc-native.$ARCH.configure.log.txt" echo "$cmd" > "$logfile" echo "- gcc-${GCC_VERSION} (native) configure..." eval "$cmd" >> "$logfile" 2>&1 if [[ $? -ne 0 ]]; then echo "Error configuring GCC-${GCC_VERSION} ! Check the log $logfile" && exit 1 fi cmd="make BOOT_CFLAGS='-O2 -I$PREFIX/include -I$PREFIX/sdk/include'" local logfile="$DIR_LOGS/gcc-native.$ARCH.make.log.txt" echo "$cmd" > "$logfile" echo "- gcc-${GCC_VERSION} (native) make..." eval "$cmd" >> "$logfile" 2>&1 if [[ $? -ne 0 ]]; then echo "Error compiling GCC-${GCC_VERSION} ! Check the log $logfile" && exit 1 fi cmd="make install-strip" local logfile="$DIR_LOGS/gcc-native.$ARCH.install.log.txt" echo "$cmd" > "$logfile" echo "- gcc-${GCC_VERSION} (native) installing..." eval "$cmd" >> "$logfile" 2>&1 if [[ $? -ne 0 ]]; then echo "Error installing GCC-${GCC_VERSION} ! Check the log $logfile" && exit 1 fi unset CFLAGS unset CXXFLAGS unset LDFLAGS # Create a new and clean sdk directory rm -rf "$TOOLCHAIN_SDK_DIR" mkdir -p "$TOOLCHAIN_SDK_DIR/usr/lib" # Copy header and library files needed to compile Basetools echo "- Copying headers and library files..." rsync -aH --copy-unsafe-links "$SDK/usr/include" "$TOOLCHAIN_SDK_DIR/usr/" rsync -aH --copy-unsafe-links "$SDK/usr/lib"/libSystem* "$SDK/usr/lib"/crt* "$TOOLCHAIN_SDK_DIR/usr/lib/" echo "- gcc-${GCC_VERSION} installed in $PREFIX" rm -rf "$BUILD_DIR" # Create a link for cc ln -f "$PREFIX"/bin/gcc "$PREFIX"/bin/cc fi } # Function: Compiling cross GCC compiler CompileCrossGCC () { [[ -x $PREFIX/cross/bin/$TARGET-gcc ]] && return 0 # Check GMP/MPFR/MPC [[ ! -f $PREFIX/include/gmp.h ]] && echo "Error: ${GMP_VERSION} not installed, check logs" && exit [[ ! -f $PREFIX/include/mpfr.h ]] && echo "Error: ${MPFR_VERSION} not installed, check logs" && exit [[ ! -f $PREFIX/include/mpc.h ]] && echo "Error: ${MPC_VERSION} not installed, check logs" && exit # Mount RamDisk mountRamDisk # Using our native GCC compiler # pathmunge $PREFIX/bin # Extract the tarball local GCC_DIR=$(ExtractTarball "gcc-${GCC_VERSION}.tar.xz") if [[ "${BUILDVER}" == "10.15" ]]; then echo "- gcc-${GCC_VERSION} applying Catalina path..." #patch no longer needed with gcc 9.3.0, CPATH still needed #curl -L https://raw.githubusercontent.com/Homebrew/formula-patches/b8b8e65e/gcc/9.2.0-catalina.patch | patch -N -Z -p1 --directory="${GCC_DIR}" export CPATH=$SDK/usr/include fi local BUILD_DIR="${DIR_BUILD}/$ARCH-gcc-cross" rm -rf "$BUILD_DIR" mkdir -p "$BUILD_DIR" && cd "$BUILD_DIR" export CFLAGS="-Os -I$PREFIX/include -I$PREFIX/sdk/include" export CPPFLAGS="-Os -I$PREFIX/include -I$PREFIX/sdk/include" export CXXFLAGS="-Os -I$PREFIX/include -I$PREFIX/sdk/include" export CXXCPPFLAGS="-Os -I$PREFIX/include -I$PREFIX/sdk/include" export LDFLAGS="-Os -L$PREFIX/lib -L$PREFIX/sdk/lib -dead_strip -Wl,-dead_strip_dylibs" export BOOT_CFLAGS="-Os -I$PREFIX/include -I$PREFIX/sdk/include" export BOOT_CPPFLAGS="-Os -I$PREFIX/include -I$PREFIX/sdk/include" echo "- gcc-${GCC_VERSION} configure..." "${GCC_DIR}"/configure --host=${BUILDARCH}-apple-darwin${BUILDREV} --build=${BUILDARCH}-apple-darwin${BUILDREV} --target=$TARGET --prefix="$PREFIX/cross" --with-gmp="$PREFIX" --with-mpfr="$PREFIX" --with-mpc="$PREFIX" --with-isl="$PREFIX" --with-system-zlib --with-gnu-as --with-gnu-ld --with-newlib --disable-libssp --disable-nls --disable-werror --enable-languages=c,c++ --enable-plugin --disable-isl-version-check > "$DIR_LOGS"/gcc.$ARCH.configure.log.txt 2>&1 echo "- gcc-${GCC_VERSION} make..." make all-gcc 1> /dev/null 2> $DIR_LOGS/gcc.$ARCH.make.log.txt make install-strip-gcc 1> $DIR_LOGS/gcc.$ARCH.install.log.txt 2> /dev/null unset CFLAGS unset CPPFLAGS unset CXXFLAGS unset CXXCPPFLAGS unset LDFLAGS unset BOOT_CFLAGS unset BOOT_CPPFLAGS # unset path which was set for Catalina if [[ "${BUILDVER}" == "10.15" ]]; then unset CPATH fi [[ ! -x $PREFIX/cross/bin/$TARGET-gcc ]] && \ echo "Error: gcc-${GCC_VERSION} not installed, check logs in $DIR_LOGS" && exit 1 rm -rf "${BUILD_DIR}" "$GCC_DIR" echo "- gcc-${GCC_VERSION} installed in $PREFIX/cross" echo } export TARGET="x86_64-clover-linux-gnu" export ARCH="x64" export ABI_VER="64" echo "- Building GCC $GCC_VERSION toolchain for $ARCH" echo "- to $PREFIX/cross/bin/${TARGET}" CheckXCode || exit 1 DownloadSource || exit 1 startBuildEpoch=$(date -u "+%s") CompileLibs || exit 1 #GCC_native || exit 1 CompileBinutils || exit 1 CompileCrossGCC || exit 1 # Remove GCC source directory [[ -d "$DIR_GCC" ]] && rm -rf "$DIR_GCC" stopBuildEpoch=$(date -u "+%s") buildTime=$(expr $stopBuildEpoch - $startBuildEpoch) if [[ $buildTime -ge 3600 ]]; then timeToBuild=$(printf "%dh%dm%ds" $((buildTime/3600)) $((buildTime/60%60)) $((buildTime%60))) elif [[ $buildTime -gt 59 ]]; then timeToBuild=$(printf "%dm%ds" $((buildTime/60%60)) $((buildTime%60))) else timeToBuild=$(printf "%ds" $((buildTime))) fi printf -- "\n* %s %s %s\n" "GCC toolchain Build process took" "$timeToBuild" "to complete..."