{
cat << EOF
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
-$(notify "$(basename "$0"): Deploy the Fuel@OPNFV MCP stack" 3)
+$(notify "$(basename "$0"): Deploy the OPNFV Fuel MCP stack" 3)
$(notify "USAGE:" 2)
$(basename "$0") -l lab-name -p pod-name -s deploy-scenario \\
-N Experimental: Do not virtualize control plane (novcp)
$(notify_i "Description:" 2)
-Deploys the Fuel@OPNFV stack on the indicated lab resource.
+Deploys the OPNFV Fuel stack on the indicated lab resource.
-This script provides the Fuel@OPNFV deployment abstraction.
+This script provides the OPNFV Fuel deployment abstraction.
It depends on the OPNFV official configuration directory/file structure
and provides a fairly simple mechanism to execute a deployment.
<base-uri>/labs/<lab-name>/idf-<pod-name>.yaml
The default is using the git submodule tracking 'OPNFV Pharos' in
<./mcp/scripts/pharos>.
- An example config is provided inside current repo in
- <./mcp/config>, automatically linked as <./mcp/scripts/pharos/labs/local>.
-d Dry-run - Produce deploy config files, but do not execute deploy
-D Debug logging - Enable extra logging in sh deploy scripts (set -x)
-e Do not launch environment deployment
-h Print this message and exit
-L Deployment log path and name, eg. -L /home/jenkins/job.log.tar.gz
-l Lab name as defined in the configuration directory, e.g. lf
- For the sample configuration in <./mcp/config>, lab name is 'local'.
-p POD name as defined in the configuration directory, e.g. pod2
- For the sample configuration in <./mcp/config>, POD name is 'virtual1'
- for virtual deployments or 'pod1' for baremetal (based on lf-pod2).
-m Use single socket compute nodes. Instead of using default NUMA-enabled
topology for virtual compute nodes created via libvirt, configure a
single guest CPU socket.
Note that without the required packages, deploy will fail.
-s Deployment-scenario, this points to a short deployment scenario name, which
has to be defined in config directory (e.g. os-odl-nofeature-ha).
--S Storage dir for VM images, default is mcp/deploy/images
+-S Storage dir for VM images, default is /var/lib/opnfv/tmpdir
+ It is recommended to store the deploy artifacts on a fast disk, outside of
+ the current git repository (so clean operations won't erase it).
$(notify_i "[NOTE] sudo & virsh priviledges are needed for this script to run" 3)
$(notify_i "sudo $(basename "$0") \\
-b file:///home/jenkins/securedlab \\
-l lf -p pod2 \\
- -s os-odl-nofeature-ha" 2)
+ -s os-odl-nofeature-ha \\
+ -S /home/jenkins/tmpdir" 2)
EOF
}
CI_DEBUG=${CI_DEBUG:-0}; [[ "${CI_DEBUG}" =~ (false|0) ]] || set -x
MCP_REPO_ROOT_PATH=$(readlink -f "$(dirname "${BASH_SOURCE[0]}")/..")
DEPLOY_DIR=$(cd "${MCP_REPO_ROOT_PATH}/mcp/scripts"; pwd)
-MCP_STORAGE_DIR=$(cd "${MCP_REPO_ROOT_PATH}/mcp/deploy/images"; pwd)
+MCP_STORAGE_DIR='/var/lib/opnfv/tmpdir'
URI_REGEXP='(file|https?|ftp)://.*'
BASE_CONFIG_URI="file://${MCP_REPO_ROOT_PATH}/mcp/scripts/pharos"
source "${DEPLOY_DIR}/globals.sh"
source "${DEPLOY_DIR}/lib.sh"
source "${DEPLOY_DIR}/lib_template.sh"
+source "${DEPLOY_DIR}/lib_jump_common.sh"
+source "${DEPLOY_DIR}/lib_jump_deploy.sh"
#
# END of variables to customize
# scenario, etc.
# Install required packages on jump server
+sudo mkdir -p "${MCP_STORAGE_DIR}"
+sudo chown -R "${USER}:${USER}" "${MCP_STORAGE_DIR}"
if [ ${USE_EXISTING_PKGS} -eq 1 ]; then
notify "[NOTE] Skipping distro pkg installation" 2
else
virtinst_install "${MCP_STORAGE_DIR}"
fi
-if ! virsh list >/dev/null 2>&1; then
+if ! ${VIRSH} list >/dev/null 2>&1; then
notify_e "[ERROR] This script requires hypervisor access"
fi
generate_ssh_key
export MAAS_SSH_KEY="$(cat "$(basename "${SSH_KEY}").pub")"
-MCP_DPDK_MODE=$([[ "$DEPLOY_SCENARIO" =~ ovs ]] && echo 1 || echo 0)
# Expand jinja2 templates based on PDF data and env vars
-export MCP_REPO_ROOT_PATH MCP_VCP MCP_DPDK_MODE MCP_STORAGE_DIR MCP_DOCKER_TAG \
- MCP_CMP_SS MCP_JUMP_ARCH=$(uname -i)
+[[ "${DEPLOY_SCENARIO}" =~ -ha$ ]] || MCP_VCP=0
+export MCP_REPO_ROOT_PATH MCP_VCP MCP_STORAGE_DIR MCP_DOCKER_TAG MCP_CMP_SS \
+ MCP_JUMP_ARCH=$(uname -i) MCP_DEPLOY_SCENARIO="${DEPLOY_SCENARIO}"
do_templates_scenario "${MCP_STORAGE_DIR}" "${TARGET_LAB}" "${TARGET_POD}" \
- "${BASE_CONFIG_URI}" "${SCENARIO_DIR}"
+ "${BASE_CONFIG_URI}" "${SCENARIO_DIR}" \
+ "${SCENARIO_DIR}/${DEPLOY_SCENARIO}.yaml"
do_templates_cluster "${MCP_STORAGE_DIR}" "${TARGET_LAB}" "${TARGET_POD}" \
"${MCP_REPO_ROOT_PATH}" \
- "${SCENARIO_DIR}/defaults.yaml" \
- "${SCENARIO_DIR}/${DEPLOY_SCENARIO}.yaml"
+ "${SCENARIO_DIR}/defaults.yaml"
# Determine additional data (e.g. jump bridge names) based on XDF
source "${DEPLOY_DIR}/xdf_data.sh"
else
prepare_vms "${base_image}" "${MCP_STORAGE_DIR}" "${virtual_repos_pkgs}" \
"${virtual_nodes[@]}"
- prepare_containers "${MCP_STORAGE_DIR}"
create_networks "${OPNFV_BRIDGES[@]}"
do_sysctl_cfg
do_udev_cfg
create_vms "${MCP_STORAGE_DIR}" "${virtual_nodes_data}" "${OPNFV_BRIDGES[@]}"
update_mcpcontrol_network
start_vms "${virtual_nodes[@]}"
+
+ # https://github.com/docker/libnetwork/issues/1743
+ # rm -f /var/lib/docker/network/files/local-kv.db
+ sudo systemctl restart docker
+ prepare_containers "${MCP_STORAGE_DIR}"
fi
start_containers "${MCP_STORAGE_DIR}"
reset_vms "${virtual_nodes[@]}"
fi
done
-fi
-./log.sh "${DEPLOY_LOG}"
+ ./log.sh "${DEPLOY_LOG}"
+fi
popd > /dev/null
Code Review / fuel.git / blobdiff