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|
#!/bin/bash
set -ex
trap cleanup_exit INT TERM EXIT
cleanup_exit()
{
# cleanup here, only in case of error in this script
# normal cleanup deferred to later
[ $? = 0 ] && exit;
cd ${WORKSPACE}
sudo umount rootfs rootfs2 || true
sudo kpartx -dv out/${VENDOR}-${OS_FLAVOUR}-*.sd.img || true
sudo rm -rf rootfs rootfs2 || true
sudo git clean -fdxq
}
sudo apt-get update
sudo apt-get install -y kpartx python-requests device-tree-compiler zip libfdt-dev mtools android-tools-fsutils
wget -q \
http://repo.linaro.org/ubuntu/linaro-tools/pool/main/l/linaro-image-tools/linaro-image-tools_2016.05-1linarojessie1_amd64.deb \
http://repo.linaro.org/ubuntu/linaro-tools/pool/main/l/linaro-image-tools/python-linaro-image-tools_2016.05-1linarojessie1_all.deb
sudo dpkg -i --force-all *.deb
rm -f *.deb
# get the boot image tools, and keep track of commit info in the traces
git clone git://codeaurora.org/quic/kernel/skales
(cd skales && git log -1)
export PATH=`pwd`/skales:$PATH
# Create version string
echo "$(date +%Y%m%d)-${BUILD_NUMBER}" > build-version
export LANG=C
export make_bootwrapper=false
export make_install=true
export kernel_flavour=lt-qcom
export kernel_config="defconfig distro.config"
export MAKE_DTBS=true
export ARCH=arm64
export tcbindir="${HOME}/srv/toolchain/arm64-tc-14.09/bin"
export toolchain_url=http://releases.linaro.org/14.09/components/toolchain/binaries/gcc-linaro-aarch64-linux-gnu-4.9-2014.09_linux.tar.xz
test -d lci-build-tools || git clone https://git.linaro.org/git/ci/lci-build-tools.git lci-build-tools
bash -x lci-build-tools/jenkins_kernel_build_inst
# record kernel version
echo "$(make kernelversion)-${VENDOR}-${kernel_flavour}" > kernel-version
# Create the hardware pack
cat << EOF > ${VENDOR}-lt-qcom.default
format: '3.0'
name: ${VENDOR}-lt-qcom
architectures:
- arm64
origin: Linaro
maintainer: Linaro Platform <linaro-dev@lists.linaro.org>
support: supported
serial_tty: ${SERIAL_CONSOLE}
kernel_addr: '0x80208000'
initrd_addr: '0x83000000'
load_addr: '0x60008000'
dtb_addr: '0x61000000'
partition_layout: bootfs_rootfs
mmc_id: '0:1'
kernel_file: boot/Image-*-qcom
initrd_file: boot/initrd.img-*-qcom
dtb_file: lib/firmware/*-qcom/device-tree/msm8916-mtp.dtb
boot_script: boot.scr
boot_min_size: 64
extra_serial_options:
- console=tty0
- console=${SERIAL_CONSOLE},115200n8
assume_installed:
- adduser
- apt
- apt-utils
- debconf-i18n
- debian-archive-keyring
- gcc-6
- gnupg
- ifupdown
- initramfs-tools
- iproute2
- irqbalance
- isc-dhcp-client
- kmod
- netbase
- udev
- linaro-artwork
- systemd
sources:
qcom: http://repo.linaro.org/ubuntu/qcom-overlay ${OS_FLAVOUR} main
repo: http://repo.linaro.org/ubuntu/linaro-overlay ${OS_FLAVOUR} main
debian: http://ftp.debian.org/debian/ ${OS_FLAVOUR} main contrib non-free
packages:
- linux-image-arm64
- linux-headers-arm64
- firmware-linux
- wcnss-start
EOF
# Build information
cat > out/HEADER.textile << EOF
h4. QCOM Landing Team - $BUILD_DISPLAY_NAME
Build description:
* Build URL: "$BUILD_URL":$BUILD_URL
* OS flavour: $OS_FLAVOUR
* Kernel tree: "$GIT_URL":$GIT_URL
* Kernel branch: $KERNEL_BRANCH
* Kernel version: $(cat kernel-version)
* Kernel commit: "$GIT_COMMIT":$GIT_URL/commit/$GIT_COMMIT
* Kernel defconfig: $kernel_config
EOF
# Download license file and firmware
rm -f license.txt
wget https://git.linaro.org/landing-teams/working/qualcomm/lt-docs.git/blob_plain/HEAD:/license/license.txt
if [ -n "${QCOM_FIRMWARE}" ]; then
rm -rf qcom_firmware && mkdir qcom_firmware && cd qcom_firmware
wget -q ${QCOM_FIRMWARE}
echo "${QCOM_FIRMWARE_MD5} $(basename ${QCOM_FIRMWARE})" > MD5
md5sum -c MD5
unzip $(basename ${QCOM_FIRMWARE})
cd -
rm -f qcom_firmware/linux-board-support-package-*/proprietary-linux/wlan/macaddr0
rm -f qcom_firmware/linux-board-support-package-*/proprietary-linux/firmware.tar
sudo MTOOLS_SKIP_CHECK=1 mcopy -i qcom_firmware/linux-board-support-package-*/bootloaders-linux/NON-HLOS.bin \
::image/modem.* ::image/mba.mbn qcom_firmware/linux-board-support-package-*/proprietary-linux
fi
for rootfs in ${ROOTFS}; do
rootfs_arch=$(echo $rootfs | cut -f2 -d,)
rootfs_sz=$(echo $rootfs | cut -f3 -d,)
rootfs=$(echo $rootfs | cut -f1 -d,)
cat ${VENDOR}-lt-qcom.default > ${VENDOR}-lt-qcom
# additional packages in desktop images
[ "${rootfs}" = "alip" ] && cat << EOF >> ${VENDOR}-lt-qcom
- 96boards-artwork
EOF
rm -f `ls hwpack_${VENDOR}-lt-qcom_*_${rootfs_arch}_supported.tar.gz`
VERSION=$(cat build-version)
linaro-hwpack-create --debug ${VENDOR}-lt-qcom ${VERSION}
linaro-hwpack-replace -t `ls hwpack_${VENDOR}-lt-qcom_*_${rootfs_arch}_supported.tar.gz` -p `ls linux-image-*-${VENDOR}-lt-qcom_*.deb` -r linux-image -d -i
linaro-hwpack-replace -t `ls hwpack_${VENDOR}-lt-qcom_*_${rootfs_arch}_supported.tar.gz` -p `ls linux-headers-*-${VENDOR}-lt-qcom_*.deb` -r linux-headers -d -i
# Get rootfs
export ROOTFS_BUILD_NUMBER=`wget -q --no-check-certificate -O - https://ci.linaro.org/jenkins/job/${OS_FLAVOUR}-${rootfs_arch}-rootfs/label=docker-jessie-${rootfs_arch},rootfs=${rootfs}/lastSuccessfulBuild/buildNumber`
export ROOTFS_BUILD_TIMESTAMP=`wget -q --no-check-certificate -O - https://ci.linaro.org/jenkins/job/${OS_FLAVOUR}-${rootfs_arch}-rootfs/label=docker-jessie-${rootfs_arch},rootfs=${rootfs}/lastSuccessfulBuild/buildTimestamp?format=yyyyMMdd`
export ROOTFS_BUILD_URL="http://snapshots.linaro.org/debian/images/${OS_FLAVOUR}/${rootfs}-${rootfs_arch}/${ROOTFS_BUILD_NUMBER}/linaro-${OS_FLAVOUR}-${rootfs}-${ROOTFS_BUILD_TIMESTAMP}-${ROOTFS_BUILD_NUMBER}.tar.gz"
wget --progress=dot -e dotbytes=2M ${ROOTFS_BUILD_URL}
# Create pre-built image(s)
linaro-media-create --dev fastmodel --output-directory ${WORKSPACE}/out --image-file ${VENDOR}-${OS_FLAVOUR}-${rootfs}-${PLATFORM_NAME}-${VERSION}.sd.img --image-size 3G --binary linaro-${OS_FLAVOUR}-${rootfs}-${ROOTFS_BUILD_TIMESTAMP}-${ROOTFS_BUILD_NUMBER}.tar.gz --hwpack hwpack_${VENDOR}-lt-qcom_*.tar.gz --hwpack-force-yes --bootloader uefi
# Create eMMC rootfs image(s)
mkdir -p rootfs rootfs2
for device in $(sudo kpartx -avs out/${VENDOR}-${OS_FLAVOUR}-${rootfs}-${PLATFORM_NAME}-${VERSION}.sd.img | cut -d' ' -f3); do
partition=$(echo ${device} | cut -d'p' -f3)
[ "${partition}" = "2" ] && sudo mount -o loop /dev/mapper/${device} rootfs
done
sudo rm -rf rootfs/dev rootfs/boot rootfs/var/lib/apt/lists
sudo mkdir rootfs/dev rootfs/boot rootfs/var/lib/apt/lists
# clean up fstab
sudo sed -i '/UUID/d' rootfs/etc/fstab
if [ -n "${QCOM_FIRMWARE}" ]; then
# add license file in the generated rootfs
sudo cp -f license.txt rootfs/etc/license.txt
# add firmware (adreno, venus and WCN)
sudo cp -a qcom_firmware/linux-board-support-package-*/proprietary-linux/* rootfs/lib/firmware
fi
if [ "${rootfs}" = "installer" ]; then
# no need to resize rootfs for SD card boot
sudo rm -f rootfs/lib/systemd/system/resize-helper.service
# needed by GUI installer
cat << EOF | sudo tee -a rootfs/etc/fstab
/dev/mmcblk1p9 /mnt vfat defaults 0 0
EOF
fi
# Disable Network Manager MAC randomization during scan
# https://bugs.96boards.org/show_bug.cgi?id=465
if [ -f rootfs/etc/NetworkManager/NetworkManager.conf ]; then
cat << EOF | sudo tee -a rootfs/etc/NetworkManager/NetworkManager.conf
[device]
wifi.scan-rand-mac-address=no
EOF
fi
sudo mkfs.ext4 -L rootfs out/${VENDOR}-${OS_FLAVOUR}-${rootfs}-${PLATFORM_NAME}-${VERSION}.img.raw ${rootfs_sz}
sudo mount -o loop out/${VENDOR}-${OS_FLAVOUR}-${rootfs}-${PLATFORM_NAME}-${VERSION}.img.raw rootfs2
sudo cp -a rootfs/* rootfs2
rootfs_sz_real=$(sudo du -sh rootfs2 | cut -f1)
sudo umount rootfs rootfs2
sudo ext2simg -v out/${VENDOR}-${OS_FLAVOUR}-${rootfs}-${PLATFORM_NAME}-${VERSION}.img.raw out/${VENDOR}-${OS_FLAVOUR}-${rootfs}-${PLATFORM_NAME}-${VERSION}.img
sudo kpartx -dv out/${VENDOR}-${OS_FLAVOUR}-*.sd.img
sudo rm -f out/${VENDOR}-${OS_FLAVOUR}-*.sd.img out/${VENDOR}-${OS_FLAVOUR}-*.img.raw
# Compress image(s)
gzip -9 out/${VENDOR}-${OS_FLAVOUR}-${rootfs}-${PLATFORM_NAME}-${VERSION}.img
cat >> out/HEADER.textile << EOF
* Linaro Debian ${rootfs}: "http://snapshots.linaro.org/debian/images/${OS_FLAVOUR}/${rootfs}-${rootfs_arch}/${ROOTFS_BUILD_NUMBER}":http://snapshots.linaro.org/debian/images/${OS_FLAVOUR}/${rootfs}-${rootfs_arch}/${ROOTFS_BUILD_NUMBER} , size: ${rootfs_sz_real}
EOF
done
# Move all relevant DTBs in out/, if DTBS is not specified, use all qcom DTS
DTBS="${DTBS:-arch/arm64/boot/dts/qcom/*.dts}"
for f in ${DTBS} ; do
# f is a .dtb or .dts file
[ -e "out/dtbs/$f" ] || f=$(basename ${f} .dts).dtb
mv out/dtbs/${f} out/
done
rm -rf out/dtbs
# Create device tree table
dtbTool -o out/dt.img -s ${BOOTIMG_PAGESIZE} out/
# Create boot image
mkbootimg \
--kernel out/Image \
--ramdisk "out/initrd.img-$(cat kernel-version)" \
--output out/boot-${VENDOR}-${OS_FLAVOUR}-${PLATFORM_NAME}-${VERSION}.img \
--dt out/dt.img \
--pagesize "${BOOTIMG_PAGESIZE}" \
--base "0x80000000" \
--cmdline "root=/dev/disk/by-partlabel/${ROOTFS_PARTLABEL} rw rootwait console=tty0 console=${SERIAL_CONSOLE},115200n8"
gzip -9 out/boot-${VENDOR}-${OS_FLAVOUR}-${PLATFORM_NAME}-${VERSION}.img
# Final preparation for publishing
cp -a linux-*.deb out/
|
