#!/bin/bash set -o errexit set -o nounset set -o pipefail APEX_PKGS="common undercloud onos" IPV6_FLAG=False # log info to console echo "Starting the Apex virtual deployment." echo "--------------------------------------------------------" echo if ! rpm -q wget > /dev/null; then sudo yum -y install wget fi if [[ "$BUILD_DIRECTORY" == *verify* || "$BUILD_DIRECTORY" == *csit* ]]; then # Build is from a verify, use local build artifacts (not RPMs) cd $WORKSPACE/../${BUILD_DIRECTORY} WORKSPACE=$(pwd) echo "WORKSPACE modified to $WORKSPACE" cd $WORKSPACE/ci elif [[ ! "$ARTIFACT_NAME" == "latest" ]]; then # if artifact name is passed the pull a # specific artifact from artifacts.opnfv.org # artifact specified should be opnfv-apex-.noarch.rpm RPM_INSTALL_PATH=$GS_URL RPM_LIST=$RPM_INSTALL_PATH/$ARTIFACT_NAME else # Use latest RPMS if [[ $BUILD_DIRECTORY == *apex-build* ]]; then # Triggered from a daily so RPMS should be in local directory BUILD_DIRECTORY=$WORKSPACE/../$BUILD_DIRECTORY echo "BUILD DIRECTORY modified to $BUILD_DIRECTORY" if [[ -f ${BUILD_DIRECTORY}/../opnfv.properties ]]; then # if opnfv.properties exists then use the # local build. Source the file so we get local OPNFV vars source ${BUILD_DIRECTORY}/../opnfv.properties RPM_INSTALL_PATH=${BUILD_DIRECTORY}/noarch RPM_LIST=$RPM_INSTALL_PATH/$(basename $OPNFV_RPM_URL) else echo "BUILD_DIRECTORY is from a daily job, so will not use latest from URL" echo "Check that the slave has opnfv.properties in $BUILD_DIRECTORY" exit 1 fi else # use the latest from artifacts.opnfv.org # get the latest.properties to get the link to the latest artifact if ! wget -O $WORKSPACE/opnfv.properties http://$GS_URL/latest.properties; then echo "ERROR: Unable to find latest.properties at ${GS_URL}...exiting" exit 1 fi # source the file so we get OPNFV vars source opnfv.properties RPM_INSTALL_PATH=$(echo "http://"$OPNFV_RPM_URL | sed 's/\/'"$(basename $OPNFV_RPM_URL)"'//') RPM_LIST=${RPM_INSTALL_PATH}/$(basename $OPNFV_RPM_URL) fi fi if [ -z "$DEPLOY_SCENARIO" ]; then echo "Deploy scenario not set!" exit 1 fi # use local build for verify and csit promote if [[ "$BUILD_DIRECTORY" == *verify* || "$BUILD_DIRECTORY" == *csit* ]]; then if [ ! -e "${WORKSPACE}/build/lib" ]; then ln -s ${WORKSPACE}/lib ${WORKSPACE}/build/lib fi DEPLOY_SETTINGS_DIR="${WORKSPACE}/config/deploy" NETWORK_SETTINGS_DIR="${WORKSPACE}/config/network" DEPLOY_CMD="$(pwd)/deploy.sh" RESOURCES="${WORKSPACE}/.build/" CONFIG="${WORKSPACE}/build" LIB="${WORKSPACE}/lib" # Make sure python34 deps are installed for dep_pkg in epel-release python34 python34-PyYAML python34-setuptools; do if ! rpm -q ${dep_pkg} > /dev/null; then if ! sudo yum install -y ${dep_pkg}; then echo "Failed to install ${dep_pkg}" exit 1 fi fi done # Make sure jinja2 is installed for python_pkg in jinja2; do if ! python3.4 -c "import $python_pkg"; then echo "$python_pkg package not found for python3.4, attempting to install..." if ! sudo easy_install-3.4 $python_pkg; then echo -e "Failed to install $python_pkg package for python3.4" exit 1 fi fi done # Make sure ipxe-roms-qemu package is updated to latest. # This package is needed for multi virtio nic PXE boot in virtual environment. sudo yum update -y ipxe-roms-qemu if [ -z ${PYTHONPATH:-} ]; then export PYTHONPATH=${WORKSPACE}/lib/python else export PYTHONPATH=$PYTHONPATH:${WORKSPACE}/lib/python fi # use RPMs else # find version of RPM VERSION_EXTENSION=$(echo $(basename $RPM_LIST) | grep -Eo '[0-9]+\.[0-9]+-[0-9]{8}') # build RPM List which already includes base Apex RPM for pkg in ${APEX_PKGS}; do RPM_LIST+=" ${RPM_INSTALL_PATH}/opnfv-apex-${pkg}-${VERSION_EXTENSION}.noarch.rpm" done # remove old / install new RPMs if rpm -q opnfv-apex > /dev/null; then INSTALLED_RPMS=$(rpm -qa | grep apex) if [ -n "$INSTALLED_RPMS" ]; then sudo yum remove -y ${INSTALLED_RPMS} fi fi if ! sudo yum install -y $RPM_LIST; then echo "Unable to install new RPMs: $RPM_LIST" exit 1 fi DEPLOY_CMD=opnfv-deploy DEPLOY_SETTINGS_DIR="/etc/opnfv-apex/" NETWORK_SETTINGS_DIR="/etc/opnfv-apex/" RESOURCES="/var/opt/opnfv/images" CONFIG="/var/opt/opnfv" LIB="/var/opt/opnfv/lib" fi # set env vars to deploy cmd DEPLOY_CMD="CONFIG=${CONFIG} RESOURCES=${RESOURCES} LIB=${LIB} ${DEPLOY_CMD}" if [ "$OPNFV_CLEAN" == 'yes' ]; then if sudo test -e '/root/inventory/pod_settings.yaml'; then clean_opts='-i /root/inventory/pod_settings.yaml' else clean_opts='' fi if [[ "$BUILD_DIRECTORY" == *verify* || "$BUILD_DIRECTORY" == *csit* ]]; then sudo CONFIG=${CONFIG} LIB=${LIB} ./clean.sh ${clean_opts} else sudo CONFIG=${CONFIG} LIB=${LIB} opnfv-clean ${clean_opts} fi fi if echo ${DEPLOY_SCENARIO} | grep ipv6; then IPV6_FLAG=True DEPLOY_SCENARIO=$(echo ${DEPLOY_SCENARIO} | sed 's/-ipv6//') echo "INFO: IPV6 Enabled" fi echo "Deploy Scenario set to ${DEPLOY_SCENARIO}" DEPLOY_FILE="${DEPLOY_SETTINGS_DIR}/${DEPLOY_SCENARIO}.yaml" if [ ! -e "$DEPLOY_FILE" ]; then echo "ERROR: Required settings file missing: Deploy settings file ${DEPLOY_FILE}" fi if [[ "$JOB_NAME" == *virtual* ]]; then # settings for virtual deployment if [ "$IPV6_FLAG" == "True" ]; then NETWORK_FILE="${NETWORK_SETTINGS_DIR}/network_settings_v6.yaml" else NETWORK_FILE="${NETWORK_SETTINGS_DIR}/network_settings.yaml" fi DEPLOY_CMD="${DEPLOY_CMD} -v" if [[ "$JOB_NAME" == *csit* ]]; then DEPLOY_CMD="${DEPLOY_CMD} -e csit-environment.yaml --virtual-computes 2" fi else # settings for bare metal deployment if [ "$IPV6_FLAG" == "True" ]; then NETWORK_FILE="/root/network/network_settings_v6.yaml" elif [[ "$JOB_NAME" == *master* ]]; then NETWORK_FILE="/root/network/network_settings-master.yaml" else NETWORK_FILE="/root/network/network_settings.yaml" fi INVENTORY_FILE="/root/inventory/pod_settings.yaml" if ! sudo test -e "$INVENTORY_FILE"; then echo "ERROR: Required settings file missing: Inventory settings file ${INVENTORY_FILE}" exit 1 fi # include inventory file for bare metal deployment DEPLOY_CMD="${DEPLOY_CMD} -i ${INVENTORY_FILE}" fi # Check that network settings file exists if ! sudo test -e "$NETWORK_FILE"; then echo "ERROR: Required settings file missing: Network Settings file ${NETWORK_FILE}" exit 1 fi # start deployment sudo ${DEPLOY_CMD} -d ${DEPLOY_FILE} -n ${NETWORK_FILE} --debug if [[ "$JOB_NAME" == *csit* ]]; then echo "CSIT job: setting host route for floating ip routing" # csit route to allow docker container to reach floating ips UNDERCLOUD=$(sudo virsh domifaddr undercloud | grep -Eo "[0-9\.]+{3}[0-9]+") if sudo route | grep 192.168.37.128 > /dev/null; then sudo route del -net 192.168.37.128 netmask 255.255.255.128 fi sudo route add -net 192.168.37.128 netmask 255.255.255.128 gw ${UNDERCLOUD} fi echo echo "--------------------------------------------------------" echo "Done!"