Miroirs/cubietruck-slackware
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cubietruck-slackware/build.sh
Gwenhael Le Moine 621dd721e3 faulty cleaning
2015-02-21 11:17:03 +01:00

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#!/bin/bash
set -e
# Requires root ..
if [ "$UID" -ne 0 ]; then
echo "Please run as root"
exit 1
fi
CWD=$(pwd)
# --- Configuration -------------------------------------------------------------
IMG_NAME=${IMG_NAME:-"SlackwareARM_cubitruck"}
VERSION=${VERSION:-0.4}
COMPILE_BINARIES=${COMPILE_BINARIES:-"false"}
DOWNLOAD_BINARIES=${DOWNLOAD_BINARIES:-"true"}
CREATE_IMAGE=${CREATE_IMAGE:-"true"}
DEST=${DEST:-$CWD/dist}
CUBIETRUCK_DISPLAY=${CUBIETRUCK_DISPLAY:-"HDMI"}
IMAGE_SIZE_MB=${IMAGE_SIZE_MB:-2000}
SLACKWARE_VERSION=${SLACKWARE_VERSION:-current}
ROOTFS_VERSION=${ROOTFS_VERSION:-06Jan15}
TOOLCHAIN_VERSION=${TOOLCHAIN_VERSION:-4.8-2013.10}
TOOLCHAIN_URL_RANDOM_NUMBER=${TOOLCHAIN_URL_RANDOM_NUMBER:-155358238}
REPO_UBOOT=${REPO_UBOOT:-https://github.com/cubieboard/u-boot-sunxi}
REPO_SUNXI_TOOLS=${REPO_SUNXI_TOOLS:-https://github.com/linux-sunxi/sunxi-tools.git}
REPO_CONFIGS=${REPO_CONFIGS:-https://github.com/cubieboard/cubie_configs}
REPO_LINUX=${REPO_LINUX:-https://github.com/linux-sunxi/linux-sunxi}
# REPO_LINUX=${REPO_LINUX:-https://github.com/cubieboard2/linux-sunxi}
# REPO_LINUX=${REPO_LINUX:-https://github.com/cubieboard/linux-sunxi}
PACKAGE_BINARIES="false"
BINARIES_DIR=$CWD/binaries
# --- Functions ----------------------------------------------------------------
function prepare_dest() {
mkdir -p $DEST
}
function download_and_install_binaries() {
echo ". install binaries"
mkdir -p $DEST/image/sdcard/
cd $DEST/image/sdcard/
if [ ! -e $CWD/binaries-$VERSION.tar.xz ]; then
echo ". . downloading binaries"
wget -c https://bitbucket.org/gwenhael/cubietruck-slackware/downloads/binaries-$VERSION.tar.xz \
-O $CWD/binaries-$VERSION.tar.xz
fi
echo ". . extracting binaries"
tar xf $CWD/binaries-$VERSION.tar.xz
}
function setup_x_toolchain() {
echo ". setting up cross-compiler if needed"
if $(uname -m | grep -q arm); then
echo ". . ARM host detected, no cross-compiler needed"
CROSS_COMPILE=''
else
#Read this for further information if you run into problems with gcc compiler
#http://linux-sunxi.org/Toolchain
if [ ! -e $PWD/gcc-linaro-arm-linux-gnueabihf-${TOOLCHAIN_VERSION}_linux/ ]; then
if [ ! -e $CWD/gcc-linaro-arm-linux-gnueabihf-${TOOLCHAIN_VERSION}_linux.tar.xz ]; then
echo ". . downloading cross-compiler"
wget -c https://launchpadlibrarian.net/$TOOLCHAIN_URL_RANDOM_NUMBER/gcc-linaro-arm-linux-gnueabihf-${TOOLCHAIN_VERSION}_linux.tar.xz \
-O $CWD/gcc-linaro-arm-linux-gnueabihf-${TOOLCHAIN_VERSION}_linux.tar.xz
fi
echo ". . installing cross-compiler locally"
tar xf $CWD/gcc-linaro-arm-linux-gnueabihf-${TOOLCHAIN_VERSION}_linux.tar.xz
fi
CROSS_COMPILE=$PWD/gcc-linaro-arm-linux-gnueabihf-${TOOLCHAIN_VERSION}_linux/bin/arm-linux-gnueabihf-
fi
}
function clone_pull_patch_sources() {
mkdir -p $DEST/image
# Boot loader
if [ -d "$DEST/u-boot-sunxi" ]; then
echo ". . updating u-boot-sunxi"
( cd $DEST/u-boot-sunxi;
git pull )
else
echo ". . cloning u-boot-sunxi"
git clone $REPO_UBOOT $DEST/u-boot-sunxi
fi
# Allwinner tools
if [ -d "$DEST/sunxi-tools" ]; then
echo ". . updating sunxi-tools"
( cd $DEST/sunxi-tools;
git pull )
else
echo ". . cloning sunxi-tools"
git clone $REPO_SUNXI_TOOLS $DEST/sunxi-tools
fi
# Hardware configurations
if [ -d "$DEST/cubie_configs" ]; then
echo ". . updating cubie_configs"
( cd $DEST/cubie_configs;
git pull )
else
echo ". . cloning sunxi-tools"
git clone $REPO_CONFIGS $DEST/cubie_configs
echo ". . patching sunxi-tools"
# Applying Patch for high load. Could cause troubles with USB OTG port
sed -e 's/usb_detect_type = 1/usb_detect_type = 0/g' $DEST/cubie_configs/sysconfig/linux/cubietruck.fex > $DEST/cubie_configs/sysconfig/linux/ct.fex
# Prepare fex files for VGA & HDMI
sed -e 's/screen0_output_type.*/screen0_output_type = 3/g' $DEST/cubie_configs/sysconfig/linux/ct.fex > $DEST/cubie_configs/sysconfig/linux/ct-hdmi.fex
sed -e 's/screen0_output_type.*/screen0_output_type = 4/g' $DEST/cubie_configs/sysconfig/linux/ct.fex > $DEST/cubie_configs/sysconfig/linux/ct-vga.fex
fi
if [ -d "$DEST/linux-sunxi" ]; then
echo ". . updating linux-sunxi"
( cd $DEST/linux-sunxi;
git pull -f )
else
echo ". . updating linux-sunxi"
git clone $REPO_LINUX $DEST/linux-sunxi
fi
}
function clean_sources() {
echo ". cleaning sources"
for i in u-boot-sunxi sunxi-tools linux-sunxi; do
echo ". . cleaning $i"
( cd $DEST/$i
make clean CROSS_COMPILE=$CROSS_COMPILE )
done
}
function compile() {
echo ". compiling binaries and installing them into $BINARIES_DIR"
mkdir -p $BINARIES_DIR
( cd $DEST/u-boot-sunxi
cp $CWD/config/kernel.config $DEST/u-boot-sunxi/include/linux/config.h
echo ". . compiling u-boot-sunxi"
make -j2 'cubietruck' CROSS_COMPILE=$CROSS_COMPILE
make HOSTCC=gcc CROSS_COMPILE='' tools
echo ". . installing u-boot-sunxi in $BINARIES_DIR"
mkdir -p $BINARIES_DIR/$(basename $(pwd))
mv tools/mkimage $BINARIES_DIR/$(basename $(pwd))
)
( cd $DEST/sunxi-tools
echo ". . compiling sunxi-tools"
make fex2bin bin2fex
echo ". . installing sunxi-tools in $BINARIES_DIR"
mkdir -p $BINARIES_DIR/$(basename $(pwd))
mv fexc fex2bin bin2fex $BINARIES_DIR/$(basename $(pwd))
)
echo ". . installing cubie_configs in $BINARIES_DIR"
mkdir -p $BINARIES_DIR/cubie_configs
$BINARIES_DIR/sunxi-tools/fex2bin $DEST/cubie_configs/sysconfig/linux/ct-vga.fex $BINARIES_DIR/cubie_configs/script-vga.bin
$BINARIES_DIR/sunxi-tools/fex2bin $DEST/cubie_configs/sysconfig/linux/ct-hdmi.fex $BINARIES_DIR/cubie_configs/script-hdmi.bin
( cd $DEST/linux-sunxi
PATH=$PATH:$BINARIES_DIR/u-boot-sunxi/
echo ". . adding ap6210 firmware to kernel"
( cd $DEST/linux-sunxi/firmware;
unzip -o $CWD/firmwares/ap6210.zip )
echo ". . compiling kernel"
make -j2 ARCH=arm CROSS_COMPILE=$CROSS_COMPILE sun7i_defconfig
# get proven config
cp $CWD/config/kernel.config $DEST/linux-sunxi/.config
make -j2 ARCH=arm CROSS_COMPILE=$CROSS_COMPILE uImage modules
make -j2 ARCH=arm CROSS_COMPILE=$CROSS_COMPILE INSTALL_MOD_PATH=output modules_install
make -j2 ARCH=arm CROSS_COMPILE=$CROSS_COMPILE INSTALL_HDR_PATH=output headers_install
echo ". . installing kernel in $BINARIES_DIR"
mkdir -p $BINARIES_DIR/$(basename $(pwd))
cp $DEST/linux-sunxi/arch/arm/boot/uImage $BINARIES_DIR/$(basename $(pwd))
cp -R $DEST/linux-sunxi/output/lib/modules $BINARIES_DIR/$(basename $(pwd))
cp -R $DEST/linux-sunxi/output/lib/firmware/ $BINARIES_DIR/$(basename $(pwd))
)
}
function pack_binaries() {
echo ". packaging $BINARIES_DIR into $BINARIES_DIR"
tar Jcf $BINARIES_DIR-$VERSION.tar.xz $BINARIES_DIR
}
function create_and_mount_image() {
echo ". creating and mounting image"
mkdir -p $DEST/image
cd $DEST/image
echo ". . create image and mount image to next free loop device"
dd if=/dev/zero of=${IMG_NAME}-${VERSION}_rootfs_SD.raw bs=1M count=$IMAGE_SIZE_MB
LOOP0=$(losetup -f)
losetup $LOOP0 ${IMG_NAME}-${VERSION}_rootfs_SD.raw
echo ". . Partitionning and mounting filesystem"
dd if=$DEST/u-boot-sunxi/u-boot-sunxi-with-spl.bin of=$LOOP0 bs=1024 seek=8
# create one partition starting at 2048 which is default
(echo n; echo p; echo 1; echo; echo; echo w) | fdisk $LOOP0 >> /dev/null || true
# just to make sure
partprobe $LOOP0
LOOP1=$(losetup -f)
# 2048 (start) x 512 (block size) = where to mount partition
losetup -o 1048576 $LOOP1 $LOOP0
echo ". . create filesystem"
mkfs.ext4 $LOOP1
echo ". . create mount point and mount image"
mkdir -p $DEST/image/sdcard/
mount $LOOP1 $DEST/image/sdcard/
}
function umount_image() {
echo ". umount image"
umount -d -l $DEST/image/sdcard/
losetup -d $LOOP1
losetup -d $LOOP0
}
function compress_image() {
echo ". compress image"
xz -z $DEST/image/${IMG_NAME}-${VERSION}_rootfs_SD.raw
}
function download_and_install_minirootfs() {
echo ". install minirootds"
cd $DEST/image/sdcard/
if [ ! -e $CWD/slack-$SLACKWARE_VERSION-miniroot_$ROOTFS_VERSION.tar.xz ]; then
echo ". . downloading minirootfs"
wget -c ftp://ftp.arm.slackware.com/slackwarearm/slackwarearm-devtools/minirootfs/roots/slack-$SLACKWARE_VERSION-miniroot_$ROOTFS_VERSION.tar.xz \
-O $CWD/slack-$SLACKWARE_VERSION-miniroot_$ROOTFS_VERSION.tar.xz
fi
echo ". . extracting minirootfs"
tar xf $CWD/slack-$SLACKWARE_VERSION-miniroot_$ROOTFS_VERSION.tar.xz
}
function configure_slackwarearm() {
echo ". configuring system"
cat > $DEST/image/sdcard/etc/motd <<EOF
_ _ _ _
___ _ _ | |__ (_) ___ | |_ _ __ _ _ ___ | | __
/ __|| | | || '_ \ | | / _ \| __|| '__|| | | | / __|| |/ /
| (__ | |_| || |_) || || __/| |_ | | | |_| || (__ | <
\___| \__,_||_.__/ |_| \___| \__||_| \__,_| \___||_|\_\
Slackware
EOF
echo ". . install script to turn off the LED blinking"
cp $CWD/scripts/disable_led.sh $DEST/image/sdcard/bin/disable_led.sh
chmod +x $DEST/image/sdcard/bin/disable_led.sh
cat <<EOF >> $DEST/image/sdcard/etc/rc.d/rc.local
# Uncomment the following line to turn off the leds after booting
# /bin/disable_led.sh
EOF
echo ". . copy script to expand filesystem to the whole card"
cp $CWD/scripts/resize2fs-arch.sh $DEST/image/sdcard/root/resize2fs-root.sh
chmod +x $DEST/image/sdcard/root/resize2fs-root.sh
echo ". . set hostname"
echo darkstar > $DEST/image/sdcard/etc/HOSTNAME
echo ". . setup fstab"
echo '/dev/mmcblk0p1 / ext4 defaults 1 1' >> $DEST/image/sdcard/etc/fstab
echo 'tmpfs /tmp tmpfs defaults,nosuid,size=30% 0 0' >> $DEST/image/sdcard/etc/fstab
}
function install_kernel_and_boot() {
echo ". install kernel and setup boot"
echo ". . remove the preconfigured boot and setup ours"
rm -rf $DEST/image/sdcard/boot/*
TARGET=/image/sdcard
if [ -x /sbin/makepkg ] && [ -x /sbin/installpkg ]; then
mkdir -p $DEST/pkg-linux-sunxi/{boot,lib}/
TARGET=/pkg-linux-sunxi
fi
echo ". . configure u-boot"
cat <<EOF > $DEST$TARGET/boot/uEnv.txt
root=/dev/mmcblk0p1 ro rootwait
extraargs=console=tty0,115200 sunxi_no_mali_mem_reserve sunxi_g2d_mem_reserve=0 sunxi_ve_mem_reserve=0 hdmi.audio=EDID:0 disp.screen0_output_mode=EDID:1280x720p50 rootwait
panic=10 rootfstype=ext4 rootflags=discard
EOF
echo ". . setup video output"
cp $BINARIES_DIR/cubie_configs/script-*.bin $DEST$TARGET/boot/
( cd $DEST$TARGET/boot/
[ -e script.bin ] && rm script.bin
case $CUBIETRUCK_DISPLAY in
VGA) ln script-vga.bin script.bin
;;
HDMI) ln script-hdmi.bin script.bin
;;
esac )
echo ". . Installing kernel"
cp $BINARIES_DIR/linux-sunxi/uImage $DEST$TARGET/boot/
cp -R $BINARIES_DIR/linux-sunxi/modules $DEST$TARGET/lib/
cp -R $BINARIES_DIR/linux-sunxi/firmware/ $DEST$TARGET/lib/
echo ". . write rc.modules"
mkdir -p $DEST$TARGET/etc/rc.d/
cat >> $DEST$TARGET/etc/rc.d/rc.modules <<EOT
#!/bin/sh
/sbin/modprobe hci_uart
/sbin/modprobe gpio_sunxi
/sbin/modprobe bcmdhd
/sbin/modprobe ump
/sbin/modprobe mali
#/sbin/modprobe sunxi_gmac
EOT
chmod +x $DEST$TARGET/etc/rc.d/rc.modules
if [ -x /sbin/makepkg ] && [ -x /sbin/installpkg ]; then
echo ". . build slackware package for kernel"
mkdir -p $DEST/pkg-linux-sunxi/install/
PRGNAM=linux-sunxi
cat <<EOF > $DEST/pkg-linux-sunxi/install/slack-desc
$PRGNAM: $PRGNAM (Linux sunxi kernel)
$PRGNAM:
$PRGNAM: Linux is a clone of the operating system Unix, written from scratch by
$PRGNAM: Linus Torvalds with assistance from a loosely-knit team of hackers
$PRGNAM: across the Net. It aims towards POSIX and Single UNIX Specification
$PRGNAM: compliance.
$PRGNAM:
$PRGNAM: It has all the features you would expect in a modern fully-fledged Unix
$PRGNAM:
$PRGNAM: $REPO_LINUX
$PRGNAM:
EOF
VERSION=$(cat $DEST/linux-sunxi/Makefile | grep "^VERSION" | sed "s|^VERSION = \(.*\)$|\1|g")
VERSION=$VERSION.$(cat $DEST/linux-sunxi/Makefile | grep "^PATCHLEVEL" | sed "s|^PATCHLEVEL = \(.*\)$|\1|g")
VERSION=$VERSION.$(cat $DEST/linux-sunxi/Makefile | grep "^SUBLEVEL" | sed "s|^SUBLEVEL = \(.*\)$|\1|g")
# VERSION=$VERSION.$(cat $DEST/linux-sunxi/Makefile | grep "^EXTRAVERSION" | sed "s|^EXTRAVERSION = \(.*\)$|\1|g")
ARCH=arm
BUILD=1
TAG=cyco
( cd $DEST/pkg-linux-sunxi
makepkg -l y -c n $DEST/$PRGNAM-$VERSION-$ARCH-$BUILD$TAG.txz
)
installpkg --root $DEST/image/sdcard/ $DEST/$PRGNAM-$VERSION-$ARCH-$BUILD$TAG.txz
fi
}
function clean_image() {
rm $DEST/image/*
}
function clean_binaries() {
rm -r $DEST/binaries/*
}
# commandline arguments processing
while [ "x$1" != "x" ]
do
case "$1" in
-b | --binaries )
shift
DOWNLOAD_BINARIES="true"
COMPILE_BINARIES="false"
;;
--clean )
shift
clean_sources
clean_binaries
clean_image
exit -1
;;
-c | --compile )
shift
COMPILE_BINARIES="true"
DOWNLOAD_BINARIES="false"
;;
-dc | --dont-compile )
shift
COMPILE_BINARIES="false"
;;
-d | --display )
shift
CUBIETRUCK_DISPLAY=$1
shift
;;
-gz | --compress )
shift
COMPRESS="true"
;;
-i | --create-image )
shift
CREATE_IMAGE="true"
;;
-ni | --no-image )
shift
CREATE_IMAGE="false"
;;
-n | --image-name )
shift
IMG_NAME=$1
shift
;;
-r | --rootfs-version )
shift
ROOTFS_VERSION=$1
shift
;;
-s | --image-size )
shift
IMAGE_SIZE_MB=$1
shift
;;
-o | --output )
shift
DEST=$1
shift
;;
--package-binaries )
shift
PACKAGE_BINARIES="true"
;;
-v | --image-version )
shift
VERSION=$1
shift
;;
-xv | --toolchain-version )
shift
TOOLCHAIN_VERSION=$1
shift
;;
-xumn | --toolchain-url-magic-number )
shift
TOOLCHAIN_URL_RANDOM_NUMBER=$1
shift
;;
-h | --help )
echo -e "Usage: run as root: $0 <options>"
echo -e "Options:"
echo -e "\t--clean"
echo -e "\t\tclean sources, remove binaries and image"
echo -e "\t-b | --binaries"
echo -e "\t\tdownload and use pre-built binaries"
echo -e "\t-c | --compile"
echo -e "\t\tbuild binaries locally"
echo -e "\t-dc | --dont-compile (default)"
echo -e "\t\tskip compilation"
echo -e "\t-i | --create-image (default)"
echo -e "\t\tgenerate image"
echo -e "\t-ni | --no-image"
echo -e "\t\tskip image generation"
echo -e "\t-d | --display [\"HDMI\"|\"VGA\"] (default: $CUBIETRUCK_DISPLAY)"
echo -e "\t\tconfiguration image video output"
echo -e "\t-gz | --compress (default: no)"
echo -e "\t\tcompress image (takes time)"
echo -e "\t-n | --image-name [\"nom\"] (default: $IMG_NAME)"
echo -e "\t\tname the image"
echo -e "\t-r | --rootfs-version [\"version number\"] (default: $ROOTFS_VERSION)"
echo -e "\t\tversion of the minirootfs"
echo -e "\t-s | --image-size [size in MB] (default: $IMAGE_SIZE_MB)"
echo -e "\t\tsize of the image (see resizefs script in image)"
echo -e "\t-o | --output [/directory/] (default: $DEST)"
echo -e "\t\tdirectory where the image will be generated"
echo -e "\t--package-binaries"
echo -e "\t\tpackage compiled binaries into $BINARIES_DIR-$VERSION.tar.xz"
echo -e "\t\t(combine with --compile)"
echo -e "\t-v | --image-version [\"version number\"] (default: $VERSION)"
echo -e "\t\tversion the image"
echo -e "\t-xv | --toolchain-version [\"version number\"] (default: $TOOLCHAIN_VERSION)"
echo -e "\t-xumn | --toolchain-url-magic-number [\"magic number\"] (default: $TOOLCHAIN_URL_RANDOM_NUMBER)"
echo -e "\t\tversion of the cross-compiler"
exit 0
;;
esac
done
# --- Script --------------------------------------------------------------------
prepare_dest
if [ "$COMPILE_BINARIES" = "true" ]; then
setup_x_toolchain
clone_pull_patch_sources
clean_sources
compile
else
if [ "$DOWNLOAD_BINARIES" = "true" ]; then
download_and_install_binaries
fi
fi
[ "$PACKAGE_BINARIES" = "true" ] && pack_binaries && exit -1
if [ ! -e $BINARIES_DIR ]; then
echo "ERROR"
echo "Necessary binaries files not present !"
echo "Either run $0 --compile or download them from https://bitbucket.org/gwenhael/cubietruck-slackware/downloads"
echo "and untar them here."
exit 99
fi
if [ "$CREATE_IMAGE" = "true" ]; then
create_and_mount_image
download_and_install_minirootfs
configure_slackwarearm
install_kernel_and_boot
umount_image
fi
[ "$COMPRESS" = "true" ] && compress_image
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