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#!/bin/bash
BM=$CI_PROJECT_DIR/.gitlab-ci/bare-metal
if [ -z "$BM_SERIAL" ]; then
echo "Must set BM_SERIAL in your gitlab-runner config.toml [[runners]] environment"
echo "This is the serial device to talk to for waiting for fastboot to be ready and logging from the kernel."
exit 1
fi
if [ -z "$BM_POWERUP" ]; then
echo "Must set BM_POWERUP in your gitlab-runner config.toml [[runners]] environment"
echo "This is a shell script that should reset the device and begin its boot sequence"
echo "such that it pauses at fastboot."
exit 1
fi
if [ -z "$BM_POWERDOWN" ]; then
echo "Must set BM_POWERDOWN in your gitlab-runner config.toml [[runners]] environment"
echo "This is a shell script that should power off the device."
exit 1
fi
if [ -z "$BM_FASTBOOT_SERIAL" ]; then
echo "Must set BM_FASTBOOT_SERIAL in your gitlab-runner config.toml [[runners]] environment"
echo "This must be the a stable-across-resets fastboot serial number."
exit 1
fi
if [ -z "$BM_KERNEL" ]; then
echo "Must set BM_KERNEL to your board's kernel vmlinuz or Image.gz in the job's variables:"
exit 1
fi
if [ -z "$BM_DTB" ]; then
echo "Must set BM_DTB to your board's DTB file in the job's variables:"
exit 1
fi
if [ -z "$BM_ROOTFS" ]; then
echo "Must set BM_ROOTFS to your board's rootfs directory in the job's variables:"
exit 1
fi
set -ex
# Copy the rootfs to a temporary for our setup, as I believe changes to the
# container can end up impacting future runs.
cp -Rp $BM_ROOTFS rootfs
# Set up the init script that brings up the system.
cp $BM/init.sh rootfs/init
# Pass through relevant env vars from the gitlab job to the baremetal init script
touch rootfs/set-job-env-vars.sh
chmod +x rootfs/set-job-env-vars.sh
for var in \
CI_COMMIT_BRANCH \
CI_COMMIT_TITLE \
CI_JOB_ID \
CI_JOB_URL \
CI_MERGE_REQUEST_SOURCE_BRANCH_NAME \
CI_MERGE_REQUEST_TITLE \
CI_NODE_INDEX \
CI_NODE_TOTAL \
CI_PIPELINE_ID \
CI_RUNNER_DESCRIPTION \
DEQP_EXPECTED_RENDERER \
DEQP_PARALLEL \
DEQP_RUN_SUFFIX \
DEQP_VER \
FLAKES_CHANNEL \
NIR_VALIDATE \
; do
val=`echo ${!var} | sed 's|"||g'`
echo "export $var=\"${val}\"" >> rootfs/set-job-env-vars.sh
done
# Add the Mesa drivers we built, and make a consistent symlink to them.
mkdir -p rootfs/$CI_PROJECT_DIR
tar -C rootfs/$CI_PROJECT_DIR/ -xf $CI_PROJECT_DIR/artifacts/install.tar
ln -sf $CI_PROJECT_DIR/install rootfs/install
# Copy the deqp runner script and metadata.
cp .gitlab-ci/deqp-runner.sh rootfs/deqp/.
cp .gitlab-ci/$DEQP_SKIPS rootfs/$CI_PROJECT_DIR/install/deqp-skips.txt
if [ -n "$DEQP_EXPECTED_FAILS" ]; then
cp .gitlab-ci/$DEQP_EXPECTED_FAILS rootfs/$CI_PROJECT_DIR/install/deqp-expected-fails.txt
fi
# Finally, pack it up into a cpio rootfs.
pushd rootfs
find -H | cpio -H newc -o | xz --check=crc32 -T4 - > $CI_PROJECT_DIR/rootfs.cpio.gz
popd
cat $BM_KERNEL $BM_DTB > Image.gz-dtb
abootimg \
--create artifacts/fastboot.img \
-k Image.gz-dtb \
-r rootfs.cpio.gz \
-c cmdline="$BM_CMDLINE"
rm Image.gz-dtb
# Start watching serial, and power up the device.
$BM/serial-buffer.py $BM_SERIAL | tee artifacts/serial-output.txt &
while [ ! -e artifacts/serial-output.txt ]; do
sleep 1
done
PATH=$BM:$PATH $BM_POWERUP
# Once fastboot is ready, boot our image.
$BM/expect-output.sh artifacts/serial-output.txt "fastboot: processing commands"
fastboot boot -s $BM_FASTBOOT_SERIAL artifacts/fastboot.img
# Wait for the device to complete the deqp run
$BM/expect-output.sh artifacts/serial-output.txt "DEQP RESULT"
# power down the device
PATH=$BM:$PATH $BM_POWERDOWN
set +e
if grep -q "DEQP RESULT: pass" artifacts/serial-output.txt; then
exit 0
else
exit 1
fi
|
