rpm-ostree/tests/compose.sh

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#!/bin/bash
set -euo pipefail
# freeze on a specific commit for tests for reproducibility and since it should
# always work to target older treefiles
FEDORA_COREOS_CONFIG_COMMIT=501c4edc0c3d2bfea7d8fcf857eeb0add765d11d
dn=$(cd "$(dirname "$0")" && pwd)
topsrcdir=$(cd "$dn/.." && pwd)
commondir=$(cd "$dn/common" && pwd)
export topsrcdir commondir
# shellcheck source=common/libtest-core.sh
. "${commondir}/libtest.sh"
read -r -a tests <<< "$(filter_tests "${topsrcdir}/tests/compose")"
if [ ${#tests[*]} -eq 0 ]; then
echo "No tests selected; mistyped filter?"
exit 0
fi
JOBS=${JOBS:-$(ncpus)}
outputdir="${topsrcdir}/compose-logs"
fixtures="$(pwd)/compose-cache"
# re-use the same FCOS config and RPMs if it already exists
if [ ! -d compose-cache ]; then
mkdir -p compose-cache
# first, download all the RPMs into a directory
echo "Caching test fixtures in compose-cache/"
# Really want to use cosa fetch for this and just share the pkgcache repo.
# Though for now we still need to support non-unified mode. Once we don't, we
# can clean this up.
pushd compose-cache
git clone https://github.com/coreos/fedora-coreos-config config
pushd config
git checkout "${FEDORA_COREOS_CONFIG_COMMIT}"
# we flatten the treefile to make it easier to manipulate in tests (we have
# lots of tests that check for include logic already)
rpm-ostree compose tree --print-only manifest.yaml > manifest.json
rm manifest.yaml
mv manifests/{passwd,group} .
rm -rf manifests/
popd # config
mkdir cachedir
# we just need a repo so we can download stuff (but see note above about
# sharing pkgcache repo in the future)
ostree init --repo=repo --mode=archive
rpm-ostree compose tree --unified-core --download-only-rpms --repo=repo \
config/manifest.json --cachedir cachedir \
--ex-lockfile config/manifest-lock.x86_64.json \
--ex-lockfile config/manifest-lock.overrides.x86_64.yaml
rm -rf repo
(cd cachedir && createrepo_c .)
echo -e "[cache]\nbaseurl=$(pwd)/cachedir\ngpgcheck=0" > config/cache.repo
pushd config
python3 -c '
import sys, json
y = json.load(sys.stdin)
y["repos"] = ["cache"]
y["postprocess"] = []
y.pop("lockfile-repos", None)
json.dump(y, sys.stdout)' < manifest.json > manifest.json.new
mv manifest.json{.new,}
git add .
git -c user.email="composetest@localhost.com" -c user.name="composetest" \
commit -am 'modifications for tests'
popd # config
popd # compose-cache
fi
if ! has_compose_privileges; then
pushd compose-cache
# Unlike cosa, we don't need as much flexibility since we don't e.g. build
# images. So just create the supermin appliance and root now so each test
# doesn't have to build it.
mkdir -p supermin.{prepare,build}
# we just import the strict minimum here that rpm-ostree needs
rpms="rpm-ostree bash rpm-build coreutils selinux-policy-targeted dhcp-client util-linux"
# shellcheck disable=SC2086
supermin --prepare --use-installed -o supermin.prepare $rpms
# the reason we do a heredoc here is so that the var substition takes
# place immediately instead of having to proxy them through to the VM
cat > init <<EOF
#!/bin/bash
set -xeuo pipefail
export PATH=/usr/sbin:$PATH
mount -t proc /proc /proc
mount -t sysfs /sys /sys
mount -t devtmpfs devtmpfs /dev
LANG=C /sbin/load_policy -i
# load kernel module for 9pnet_virtio for 9pfs mount
/sbin/modprobe 9pnet_virtio
# need fuse module for rofiles-fuse/bwrap during post scripts run
/sbin/modprobe fuse
# set up networking
/usr/sbin/dhclient eth0
# set the umask so that anyone in the group can rwx
umask 002
# mount once somewhere predictable to source env vars
mount -t 9p -o rw,trans=virtio,version=9p2000.L testdir /mnt
source /mnt/tmp/env
umount /mnt
# we only need two dirs
mkdir -p "${fixtures}" "\${test_tmpdir}"
mount -t 9p -o ro,trans=virtio,version=9p2000.L cache "${fixtures}"
mount -t 9p -o rw,trans=virtio,version=9p2000.L testdir "\${test_tmpdir}"
mount /dev/sdb1 "\${test_tmpdir}/cache"
cd "\${test_tmpdir}"
# hack for non-unified mode
rm -rf cache/workdir && mkdir cache/workdir
rc=0
sh -x tmp/cmd.sh || rc=\$?
echo \$rc > tmp/cmd.sh.rc
if [ -b /dev/sdb1 ]; then
/sbin/fstrim -v cache
fi
/sbin/reboot -f
EOF
chmod a+x init
tar -czf supermin.prepare/init.tar.gz --remove-files init
supermin --build "${fixtures}/supermin.prepare" --size 5G -f ext2 -o supermin.build
popd # compose-cache
fi
echo "Running ${#tests[*]} tests ${JOBS} at a time"
echo "Test results outputting to ${outputdir}/"
echo -n "${tests[*]}" | parallel -d' ' -j "${JOBS}" --line-buffer \
"${topsrcdir}/tests/compose/runtest.sh" "${outputdir}" "${fixtures}"