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|
#!/bin/bash
set -e
set +u
set +o pipefail
REPO=${REPO:-opnfv}
CI_LOOP=${CI_LOOP:-daily}
TEST_DB_URL=http://testresults.opnfv.org/test/api/v1/results
ENERGY_RECORDER_API_URL=http://energy.opnfv.fr/resources
DOCKER_TAG=${DOCKER_TAG:-$([[ ${BRANCH##*/} == "master" ]] && echo "latest" || echo ${BRANCH##*/})}
check_os_deployment() {
FUNCTEST_IMAGE=${REPO}/functest-healthcheck:${DOCKER_TAG}
echo "Functest: Pulling Functest Docker image ${FUNCTEST_IMAGE} ..."
docker pull ${FUNCTEST_IMAGE}>/dev/null
cmd="docker run --rm ${volumes} ${FUNCTEST_IMAGE} check_deployment"
echo "Checking deployment, CMD: ${cmd}"
eval ${cmd}
ret_value=$?
if [ ${ret_value} != 0 ]; then
echo "ERROR: Problem while checking OpenStack deployment."
exit 1
else
echo "OpenStack deployment OK."
fi
}
run_tiers() {
tiers=$1
cmd_opt="run_tests -r -t all"
[[ $BUILD_TAG =~ "suite" ]] && cmd_opt="run_tests -t all"
for tier in ${tiers[@]}; do
FUNCTEST_IMAGE=${REPO}/functest-${tier}:${DOCKER_TAG}
echo "Functest: Pulling Functest Docker image ${FUNCTEST_IMAGE} ..."
docker pull ${FUNCTEST_IMAGE}>/dev/null
cmd="docker run --rm ${envs} ${volumes} ${TESTCASE_OPTIONS} ${FUNCTEST_IMAGE} /bin/bash -c '${cmd_opt}'"
echo "Running Functest tier '${tier}'. CMD: ${cmd}"
eval ${cmd}
ret_value=$?
if [ ${ret_value} != 0 ]; then
echo ${ret_value} > ${ret_val_file}
if [ ${tier} == 'healthcheck' ]; then
echo "Healthcheck tier failed. Exiting Functest..."
break
fi
fi
done
}
run_test() {
test_name=$1
cmd_opt="run_tests -t ${test_name}"
# Determine which Functest image should be used for the test case
case ${test_name} in
connection_check|tenantnetwork1|tenantnetwork2|vmready1|vmready2|singlevm1|singlevm2|vping_ssh|vping_userdata|cinder_test|odl|api_check|snaps_health_check)
FUNCTEST_IMAGE=${REPO}/functest-healthcheck:${DOCKER_TAG} ;;
tempest_smoke_serial|tempest_smoke|neutron-tempest-plugin-api|rally_sanity|refstack_defcore|patrole|snaps_smoke|neutron_trunk|networking-bgpvpn|networking-sfc|barbican)
FUNCTEST_IMAGE=${REPO}/functest-smoke:${DOCKER_TAG} ;;
shaker|vmtp)
FUNCTEST_IMAGE=${REPO}/functest-benchmarking:${DOCKER_TAG} ;;
tempest_full_parallel|tempest_full|tempest_scenario|rally_full)
FUNCTEST_IMAGE=${REPO}/functest-components:${DOCKER_TAG} ;;
cloudify|cloudify_ims|heat_ims|vyos_vrouter|juju_epc)
FUNCTEST_IMAGE=${REPO}/functest-vnf:${DOCKER_TAG} ;;
doctor-notification|bgpvpn|functest-odl-sfc|barometercollectd|fds|vgpu|stor4nfv_os)
FUNCTEST_IMAGE=${REPO}/functest-features:${DOCKER_TAG} ;;
*)
echo "Unkown test case $test_name"
exit 1
;;
esac
echo "Functest: Pulling Functest Docker image ${FUNCTEST_IMAGE} ..."
docker pull ${FUNCTEST_IMAGE}>/dev/null
cmd="docker run --rm ${envs} ${volumes} ${TESTCASE_OPTIONS} ${FUNCTEST_IMAGE} /bin/bash -c '${cmd_opt}'"
echo "Running Functest test case '${test_name}'. CMD: ${cmd}"
eval ${cmd}
ret_value=$?
if [ ${ret_value} != 0 ]; then
echo ${ret_value} > ${ret_val_file}
fi
}
[[ $CI_DEBUG == true ]] && redirect="/dev/stdout" || redirect="/dev/null"
FUNCTEST_DIR=/home/opnfv/functest
DEPLOY_TYPE=baremetal
[[ $BUILD_TAG =~ "virtual" ]] && DEPLOY_TYPE=virt
HOST_ARCH=$(uname -m)
# Prepare OpenStack credentials volume
rc_file=${HOME}/opnfv-openrc.sh
if [[ ${INSTALLER_TYPE} == 'joid' ]]; then
rc_file=$LAB_CONFIG/admin-openrc
elif [[ ${INSTALLER_TYPE} == 'compass' ]]; then
cacert_file_vol="-v ${HOME}/os_cacert:${FUNCTEST_DIR}/conf/os_cacert"
echo "export OS_CACERT=${FUNCTEST_DIR}/conf/os_cacert" >> ${HOME}/opnfv-openrc.sh
elif [[ ${INSTALLER_TYPE} == 'fuel' && ${DEPLOY_TYPE} == 'baremetal' ]]; then
cacert_file_vol="-v ${HOME}/os_cacert:/etc/ssl/certs/mcp_os_cacert"
fi
rc_file_vol="-v ${rc_file}:${FUNCTEST_DIR}/conf/env_file"
echo "Functest: Start Docker and prepare environment"
echo "Functest: Download images that will be used by test cases"
images_dir="${HOME}/opnfv/functest/images"
download_script=${WORKSPACE}/functest/ci/download_images.sh
if [[ ! -f ${download_script} ]]; then
# to support Danube as well
wget https://git.opnfv.org/functest/plain/functest/ci/download_images.sh -O ${download_script} 2> ${redirect}
fi
chmod +x ${download_script}
${download_script} ${images_dir} ${DEPLOY_SCENARIO} ${HOST_ARCH} 2> ${redirect}
images_vol="-v ${images_dir}:${FUNCTEST_DIR}/images"
dir_result="${HOME}/opnfv/functest/results/${BRANCH##*/}"
mkdir -p ${dir_result}
sudo rm -rf ${dir_result}/*
results_vol="-v ${dir_result}:${FUNCTEST_DIR}/results"
custom_params=
test -f ${HOME}/opnfv/functest/custom/params_${DOCKER_TAG} && custom_params=$(cat ${HOME}/opnfv/functest/custom/params_${DOCKER_TAG})
envs="-e INSTALLER_TYPE=${INSTALLER_TYPE} -e INSTALLER_IP=${INSTALLER_IP} \
-e NODE_NAME=${NODE_NAME} -e DEPLOY_SCENARIO=${DEPLOY_SCENARIO} \
-e BUILD_TAG=${BUILD_TAG} -e DEPLOY_TYPE=${DEPLOY_TYPE} -e CI_LOOP=${CI_LOOP} \
-e TEST_DB_URL=${TEST_DB_URL} -e ENERGY_RECORDER_API_URL=${ENERGY_RECORDER_API_URL}"
ssh_options="-o UserKnownHostsFile=/dev/null -o StrictHostKeyChecking=no"
if [ "${INSTALLER_TYPE}" == 'apex' ]; then
envs="${envs} -e STORAGE_PROTOCOL=ceph"
fi
if [ "${INSTALLER_TYPE}" == 'fuel' ]; then
COMPUTE_ARCH=$(ssh -l ubuntu ${INSTALLER_IP} -i ${SSH_KEY} ${ssh_options} \
"sudo salt 'cmp*' grains.get cpuarch --out yaml | awk '{print \$2; exit}'")
IMAGE_PROPERTIES="hw_disk_bus:scsi,hw_scsi_model:virtio-scsi"
envs="${envs} -e POD_ARCH=${COMPUTE_ARCH}"
fi
if [[ ${INSTALLER_TYPE} == 'fuel' && ${DEPLOY_SCENARIO} == 'os-nosdn-nofeature-noha' ]]; then
libvirt_vol="-v ${ssh_key}:${FUNCTEST_DIR}/conf/libvirt_key"
envs="${envs} -e LIBVIRT_USER=ubuntu -e LIBVIRT_KEY_PATH=${FUNCTEST_DIR}/conf/libvirt_key"
fi
if [[ ${INSTALLER_TYPE} == 'compass' && ${DEPLOY_SCENARIO} =~ 'sfc' ]]; then
ssh_key="/tmp/id_rsa"
user_config="/tmp/openstack_user_config.yml"
docker cp compass-tasks:/root/.ssh/id_rsa $ssh_key
docker cp compass-tasks:/etc/openstack_deploy/openstack_user_config.yml $user_config
sshkey_vol="-v ${ssh_key}:/root/.ssh/id_rsa"
userconfig_vol="-v ${user_config}:${user_config}"
envs="${envs} -e EXTERNAL_NETWORK=${EXTERNAL_NETWORK}"
fi
if [[ ${DEPLOY_SCENARIO} == *"ovs"* ]] || [[ ${DEPLOY_SCENARIO} == *"fdio"* ]]; then
if [[ -n ${IMAGE_PROPERTIES} ]]; then
IMAGE_PROPERTIES="${IMAGE_PROPERTIES},hw_mem_page_size:large"
else
IMAGE_PROPERTIES="hw_mem_page_size:large"
fi
FLAVOR_EXTRA_SPECS="hw:mem_page_size:large"
fi
if [[ -n ${IMAGE_PROPERTIES} ]] || [[ -n ${FLAVOR_EXTRA_SPECS} ]]; then
envs="${envs} -e IMAGE_PROPERTIES=${IMAGE_PROPERTIES} -e FLAVOR_EXTRA_SPECS=${FLAVOR_EXTRA_SPECS}"
fi
volumes="${images_vol} ${results_vol} ${sshkey_vol} ${libvirt_vol} ${userconfig_vol} ${rc_file_vol} ${cacert_file_vol}"
ret_val_file="${HOME}/opnfv/functest/results/${BRANCH##*/}/return_value"
echo 0 > ${ret_val_file}
set +e
if [ ${FUNCTEST_MODE} == 'testcase' ]; then
echo "FUNCTEST_MODE=testcase, FUNCTEST_SUITE_NAME=${FUNCTEST_SUITE_NAME}"
run_test ${FUNCTEST_SUITE_NAME}
elif [ ${FUNCTEST_MODE} == 'tier' ]; then
echo "FUNCTEST_MODE=tier, FUNCTEST_TIER=${FUNCTEST_TIER}"
tiers=(${FUNCTEST_TIER})
run_tiers ${tiers}
else
tests=(tempest_full tempest_scenario)
if [ ${DEPLOY_TYPE} == 'baremetal' ] && [ "${HOST_ARCH}" != "aarch64" ]; then
if [[ ${BRANCH} == "stable/fraser" ]]; then
tiers=(healthcheck smoke features vnf parser)
tests=(tempest_full_parallel)
else
tiers=(healthcheck smoke benchmarking features vnf)
fi
else
if [[ ${BRANCH} == "stable/fraser" ]]; then
tiers=(healthcheck smoke features parser)
tests=(tempest_full_parallel)
else
tiers=(healthcheck smoke benchmarking features)
fi
fi
run_tiers ${tiers}
for test in "${tests[@]}"; do
run_test "$test"
done
fi
|
