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|
#!/bin/bash
set -o errexit
set -o nounset
set -o pipefail
APEX_PKGS="common undercloud" # removed onos for danube
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" == *promote* ]]; 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-<version>.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 $OPNFV_RPM_URL)
fi
fi
# rename odl_l3 to odl only for master
# this can be removed once all the odl_l3 references
# are updated to odl after the danube jobs are removed
if [[ "$BUILD_DIRECTORY" == *master* ]]; then
DEPLOY_SCENARIO=${DEPLOY_SCENARIO/odl_l3/odl}
fi
if [ -z "$DEPLOY_SCENARIO" ]; then
echo "Deploy scenario not set!"
exit 1
elif [[ "$DEPLOY_SCENARIO" == *gate* ]]; then
echo "Detecting Gating scenario..."
if [ -z "$GERRIT_EVENT_COMMENT_TEXT" ]; then
echo "ERROR: Gate job triggered without comment!"
exit 1
else
DEPLOY_SCENARIO=$(echo ${GERRIT_EVENT_COMMENT_TEXT} | grep start-gate-scenario | grep -Eo 'os-.*$')
if [ -z "$DEPLOY_SCENARIO" ]; then
echo "ERROR: Unable to detect scenario in Gerrit Comment!"
echo "Format of comment to trigger gate should be 'start-gate-scenario: <scenario>'"
exit 1
else
echo "Gate scenario detected: ${DEPLOY_SCENARIO}"
fi
fi
fi
# use local build for verify and promote
if [[ "$BUILD_DIRECTORY" == *verify* || "$BUILD_DIRECTORY" == *promote* ]]; then
if [ ! -e "${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" == *promote* ]]; 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
DEPLOY_CMD="${DEPLOY_CMD} -v"
if [[ "${DEPLOY_SCENARIO}" =~ fdio|ovs ]]; then
DEPLOY_CMD="${DEPLOY_CMD} --virtual-default-ram 14 --virtual-compute-ram 8"
fi
if [[ "$JOB_NAME" == *csit* ]]; then
DEPLOY_CMD="${DEPLOY_CMD} -e csit-environment.yaml"
fi
if [[ "$JOB_NAME" == *promote* ]]; then
DEPLOY_CMD="${DEPLOY_CMD} --virtual-computes 2"
fi
else
# settings for bare metal deployment
NETWORK_SETTINGS_DIR="/root/network"
INVENTORY_FILE="/root/inventory/pod_settings.yaml"
# (trozet) According to FDS folks uio_pci_generic works with UCS-B
# and there appears to be a bug with vfio-pci
# if fdio on baremetal, then we are using UCS enic and
# need to use vfio-pci instead of uio generic
# if [[ "$DEPLOY_SCENARIO" == *fdio* ]]; then
# TMP_DEPLOY_FILE="${WORKSPACE}/${DEPLOY_SCENARIO}.yaml"
# cp -f ${DEPLOY_FILE} ${TMP_DEPLOY_FILE}
# sed -i 's/^\(\s*uio-driver:\).*$/\1 vfio-pci/g' ${TMP_DEPLOY_FILE}
# DEPLOY_FILE=${TMP_DEPLOY_FILE}
# fi
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 ${INVENTORY_FILE}"
fi
if [ "$IPV6_FLAG" == "True" ]; then
NETWORK_FILE="${NETWORK_SETTINGS_DIR}/network_settings_v6.yaml"
elif echo ${DEPLOY_SCENARIO} | grep fdio; then
NETWORK_FILE="${NETWORK_SETTINGS_DIR}/network_settings_vpp.yaml"
else
NETWORK_FILE="${NETWORK_SETTINGS_DIR}/network_settings.yaml"
fi
# Check that network settings file exists
if ! sudo test -e "$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!"
|
