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The update test script compares a TimescaleDB instance, which is updated to the latest version from an older version, to a cleanly installed one at the latest version. It does this by inserting the same data on both and comparing the data and metadata tables. This comparison breaks if the new version has changed some behavior (e.g., chunk indexes might use a different naming scheme), because the updated version will retain the metadata related to the old behavior while the latest version will create metadata according to the new behavior. To fix this issue, the update script now performs a database backup on the old version and restores it on the cleanly installed version of TimescaleDB. This retains the metadata in accordance with the old behavior, although the new version will create new metadata according to the new behavior. This has the further benefit of testing the restore process during upgrades, which is probably the way people will move to a new version of TimescaleDB if they do not update the extension with the data in place. The capture errors related to broken update scripts, the update test now includes an integrity test for some metadata tables.
135 lines
4.1 KiB
Bash
Executable File
135 lines
4.1 KiB
Bash
Executable File
#!/bin/bash
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set -e
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set -o pipefail
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SCRIPT_DIR=$(dirname $0)
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BASE_DIR=${PWD}/${SCRIPT_DIR}/..
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PGTEST_TMPDIR=${PGTEST_TMPDIR:-$(mktemp -d 2>/dev/null || mktemp -d -t 'timescaledb_update_test')}
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UPDATE_PG_PORT=${UPDATE_PG_PORT:-6432}
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CLEAN_PG_PORT=${CLEAN_PG_PORT:-6433}
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UPDATE_FROM_IMAGE=${UPDATE_FROM_IMAGE:-timescale/timescaledb}
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UPDATE_FROM_TAG=${UPDATE_FROM_TAG:-0.1.0}
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UPDATE_TO_IMAGE=${UPDATE_TO_IMAGE:-update_test}
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UPDATE_TO_TAG=${UPDATE_TO_TAG:-latest}
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DO_CLEANUP=true
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while getopts "d" opt;
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do
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case $opt in
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d)
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DO_CLEANUP=false
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echo "!!Debug mode: Containers and temporary directory will be left on disk"
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echo
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;;
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esac
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done
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shift $((OPTIND-1))
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if "$DO_CLEANUP" = "true"; then
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trap cleanup EXIT
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fi
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cleanup() {
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# Save status here so that we can return the status of the last
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# command in the script and not the last command of the cleanup
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# function
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status="$?"
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set +e # do not exit immediately on failure in cleanup handler
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rm -rf ${PGTEST_TMPDIR}
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docker rm -vf timescaledb-orig timescaledb-clean timescaledb-updated 2>/dev/null
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echo "Exit status is $status"
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exit $status
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}
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docker_exec() {
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# Echo to stderr
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>&2 echo -e "\033[1m$1\033[0m: $2"
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docker exec -it $1 /bin/bash -c "$2"
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}
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docker_pgcmd() {
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docker_exec $1 "psql -h localhost -U postgres -d single -c \"$2\""
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}
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docker_pgscript() {
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docker_exec $1 "psql -h localhost -U postgres -f $2"
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}
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docker_pgtest() {
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>&2 echo -e "\033[1m$1\033[0m: $2"
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docker exec $1 psql -X -v ECHO=ALL -v ON_ERROR_STOP=1 -h localhost -U postgres -d single -f $2 > ${PGTEST_TMPDIR}/$1.out || exit $?
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}
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docker_pgdiff() {
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>&2 echo -e "\033[1m$1 vs $2\033[0m: $2"
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docker_pgtest $1 $3
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docker_pgtest $2 $3
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diff ${PGTEST_TMPDIR}/$1.out ${PGTEST_TMPDIR}/$2.out | tee ${PGTEST_TMPDIR}/update_test.output
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}
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docker_run() {
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docker run -d --name $1 -v ${BASE_DIR}:/src $2
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wait_for_pg $1
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}
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docker_run_vol() {
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docker run -d --name $1 -v ${BASE_DIR}:/src -v $2 $3
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wait_for_pg $1
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}
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wait_for_pg() {
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set +e
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for i in {1..10}; do
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sleep 2
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docker_exec $1 "pg_isready -U postgres"
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if [[ $? == 0 ]] ; then
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# this makes the test less flaky, although not
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# ideal. Apperently, pg_isready is not always a good
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# indication of whether the DB is actually ready to accept
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# queries
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sleep 2
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set -e
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return 0
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fi
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done
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exit 1
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}
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echo "Using temporary directory $PGTEST_TMPDIR"
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docker rm -f timescaledb-orig timescaledb-updated timescaledb-clean 2>/dev/null || true
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IMAGE_NAME=update_test TAG_NAME=latest bash scripts/docker-build.sh
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docker_run timescaledb-orig ${UPDATE_FROM_IMAGE}:${UPDATE_FROM_TAG}
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docker_run timescaledb-clean ${UPDATE_TO_IMAGE}:${UPDATE_TO_TAG}
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CLEAN_VOLUME=$(docker inspect timescaledb-clean --format='{{range .Mounts }}{{.Name}}{{end}}')
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UPDATE_VOLUME=$(docker inspect timescaledb-orig --format='{{range .Mounts }}{{.Name}}{{end}}')
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echo "Executing setup script on 0.1.0"
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docker_pgscript timescaledb-orig /src/test/sql/updates/setup.sql
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docker rm -f timescaledb-orig
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docker_run_vol timescaledb-updated ${UPDATE_VOLUME}:/var/lib/postgresql/data ${UPDATE_TO_IMAGE}:${UPDATE_TO_TAG}
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echo "Executing ALTER EXTENSION timescaledb UPDATE"
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docker_pgcmd timescaledb-updated "ALTER EXTENSION timescaledb UPDATE"
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docker_exec timescaledb-updated "pg_dump -h localhost -U postgres -Fc single > /tmp/single.sql"
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docker cp timescaledb-updated:/tmp/single.sql ${PGTEST_TMPDIR}/single.sql
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echo "Restoring database on new version"
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docker cp ${PGTEST_TMPDIR}/single.sql timescaledb-clean:/tmp/single.sql
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docker_exec timescaledb-clean "createdb -h localhost -U postgres single"
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docker_pgcmd timescaledb-clean "ALTER DATABASE single SET timescaledb.restoring='on'"
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docker_exec timescaledb-clean "pg_restore -h localhost -U postgres -d single /tmp/single.sql"
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docker_pgcmd timescaledb-clean "SELECT restore_timescaledb(); ALTER DATABASE single SET timescaledb.restoring='off'"
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echo "Testing"
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docker_pgdiff timescaledb-updated timescaledb-clean /src/test/sql/updates/test-0.1.1.sql
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