-***************************
+===========================
Release Engineering Project
-***************************
+===========================
.. toctree::
:numbered:
:maxdepth: 2
- opnfv-jjb-usage.rst
+ opnfv-jjb-usage
block: true
same-node: true
- trigger-builds:
- - project: 'cperf-apex-intel-pod2-daily-{stream}'
+ - project: 'cperf-apex-intel-pod2-daily-master'
predefined-parameters:
DEPLOY_SCENARIO=os-odl_l3-nofeature-noha
block: true
build-step-failure-threshold: 'never'
failure-threshold: 'never'
unstable-threshold: 'FAILURE'
+ - trigger-builds:
+ - project: 'apex-deploy-baremetal-os-nosdn-ovs-ha-{stream}'
+ predefined-parameters: |
+ BUILD_DIRECTORY=apex-build-{stream}/.build
+ OPNFV_CLEAN=yes
+ git-revision: true
+ same-node: true
+ block-thresholds:
+ build-step-failure-threshold: 'never'
+ block: true
+ - trigger-builds:
+ - project: 'functest-apex-{daily-slave}-daily-{stream}'
+ predefined-parameters:
+ DEPLOY_SCENARIO=os-nosdn-ovs-ha
+ block: true
+ same-node: true
+ block-thresholds:
+ build-step-failure-threshold: 'never'
+ failure-threshold: 'never'
+ unstable-threshold: 'FAILURE'
+ - trigger-builds:
+ - project: 'yardstick-apex-{slave}-daily-{stream}'
+ predefined-parameters:
+ DEPLOY_SCENARIO=os-nosdn-ovs-ha
+ block: true
+ same-node: true
+ block-thresholds:
+ build-step-failure-threshold: 'never'
+ failure-threshold: 'never'
+ unstable-threshold: 'FAILURE'
+ - trigger-builds:
+ - project: 'apex-deploy-baremetal-os-odl_l3-ovs-noha-{stream}'
+ predefined-parameters: |
+ BUILD_DIRECTORY=apex-build-{stream}/.build
+ OPNFV_CLEAN=yes
+ git-revision: true
+ same-node: true
+ block-thresholds:
+ build-step-failure-threshold: 'never'
+ block: true
+ - trigger-builds:
+ - project: 'functest-apex-{daily-slave}-daily-{stream}'
+ predefined-parameters:
+ DEPLOY_SCENARIO=os-odl_l3-ovs-noha
+ block: true
+ same-node: true
+ block-thresholds:
+ build-step-failure-threshold: 'never'
+ failure-threshold: 'never'
+ unstable-threshold: 'FAILURE'
+ - trigger-builds:
+ - project: 'yardstick-apex-{slave}-daily-{stream}'
+ predefined-parameters:
+ DEPLOY_SCENARIO=os-odl_l3-ovs-noha
+ block: true
+ same-node: true
+ block-thresholds:
+ build-step-failure-threshold: 'never'
+ failure-threshold: 'never'
+ unstable-threshold: 'FAILURE'
# CSIT promote
- job-template:
- master:
branch: '{stream}'
gs-pathname: ''
+ ppa-pathname: '/{stream}'
disabled: false
- danube:
branch: 'stable/{stream}'
gs-pathname: '/{stream}'
+ ppa-pathname: '/{stream}'
disabled: false
jobs:
- compass-project-parameter:
installer: '{installer}'
gs-pathname: '{gs-pathname}'
+ ppa-pathname: '{ppa-pathname}'
- 'opnfv-build-ubuntu-defaults'
- '{installer}-defaults'
- compass-project-parameter:
installer: '{installer}'
gs-pathname: '{gs-pathname}'
+ ppa-pathname: '{ppa-pathname}'
- '{node}-defaults'
- '{installer}-defaults'
scm:
description: "URL to Google Storage."
- string:
name: PPA_REPO
- default: "http://205.177.226.237:9999{gs-pathname}"
+ default: "http://205.177.226.237:9999{ppa-pathname}"
- string:
name: PPA_CACHE
default: "$WORKSPACE/work/repo/"
- master:
branch: '{stream}'
gs-pathname: ''
+ ppa-pathname: '/{stream}'
disabled: false
- danube:
branch: 'stable/{stream}'
gs-pathname: '/{stream}'
+ ppa-pathname: '/{stream}'
disabled: false
distro:
- 'compass-verify-defaults':
installer: '{installer}'
gs-pathname: '{gs-pathname}'
+ ppa-pathname: '{ppa-pathname}'
- string:
name: DEPLOY_SCENARIO
default: 'os-nosdn-nofeature-ha'
- 'compass-verify-defaults':
installer: '{installer}'
gs-pathname: '{gs-pathname}'
+ ppa-pathname: '{ppa-pathname}'
- string:
name: DEPLOY_SCENARIO
default: 'k8-nosdn-nofeature-ha'
description: "URL to Google Storage."
- string:
name: PPA_REPO
- default: "http://205.177.226.237:9999{gs-pathname}"
+ default: "http://205.177.226.237:9999{ppa-pathname}"
- string:
name: PPA_CACHE
default: "$WORKSPACE/work/repo/"
set -e
[[ $CI_DEBUG == true ]] && redirect="/dev/stdout" || redirect="/dev/null"
-# labconfig is used only for joid
-labconfig=""
sshkey=""
+# The path of openrc.sh is defined in fetch_os_creds.sh
+OPENRC=$WORKSPACE/opnfv-openrc.sh
if [[ ${INSTALLER_TYPE} == 'apex' ]]; then
instack_mac=$(sudo virsh domiflist undercloud | grep default | \
grep -Eo "[0-9a-f]+:[0-9a-f]+:[0-9a-f]+:[0-9a-f]+:[0-9a-f]+:[0-9a-f]+")
elif [[ ${INSTALLER_TYPE} == 'joid' ]]; then
# If production lab then creds may be retrieved dynamically
# creds are on the jumphost, always in the same folder
- labconfig="-v $LAB_CONFIG/admin-openrc:/home/opnfv/functest/conf/openstack.creds"
+ sudo cp $LAB_CONFIG/admin-openrc $OPENRC
# If dev lab, credentials may not be the default ones, just provide a path to put them into docker
# replace the default one by the customized one provided by jenkins config
fi
sudo iptables -I FORWARD -j RETURN
fi
+if [[ ${INSTALLER_TYPE} != 'joid' ]]; then
+ releng_repo=${WORKSPACE}/releng
+ [ -d ${releng_repo} ] && sudo rm -rf ${releng_repo}
+ git clone https://gerrit.opnfv.org/gerrit/releng ${releng_repo} >/dev/null
+ ${releng_repo}/utils/fetch_os_creds.sh -d ${OPENRC} -i ${INSTALLER_TYPE} -a ${INSTALLER_IP} >${redirect}
+fi
+
+if [[ -f $OPENRC ]]; then
+ echo "INFO: openstack credentials path is $OPENRC"
+ cat $OPENRC
+else
+ echo "ERROR: file $OPENRC does not exist."
+ exit 1
+fi
+
opts="--privileged=true -id"
-envs="-e CI_DEBUG=${CI_DEBUG} \
- -e INSTALLER_TYPE=${INSTALLER_TYPE} \
- -e INSTALLER_IP=${INSTALLER_IP} \
- -e DEPLOY_SCENARIO=${DEPLOY_SCENARIO} \
- -e DEPLOY_TYPE=${DEPLOY_TYPE}"
results_envs="-v /var/run/docker.sock:/var/run/docker.sock \
-v /home/opnfv/dovetail/results:/home/opnfv/dovetail/results"
+openrc_volume="-v ${OPENRC}:${OPENRC}"
# Pull the image with correct tag
echo "Dovetail: Pulling image opnfv/dovetail:${DOCKER_TAG}"
docker pull opnfv/dovetail:$DOCKER_TAG >$redirect
-cmd="sudo docker run ${opts} ${envs} ${results_envs} ${labconfig} ${sshkey} \
- opnfv/dovetail:${DOCKER_TAG} /bin/bash"
+cmd="docker run ${opts} ${results_envs} ${openrc_volume} \
+ ${sshkey} opnfv/dovetail:${DOCKER_TAG} /bin/bash"
echo "Dovetail: running docker run command: ${cmd}"
${cmd} >${redirect}
sleep 5
fi
list_cmd="dovetail list ${TESTSUITE}"
-run_cmd="dovetail run --testsuite ${TESTSUITE} -d true"
+run_cmd="dovetail run --openrc ${OPENRC} --testsuite ${TESTSUITE} -d"
echo "Container exec command: ${list_cmd}"
docker exec $container_id ${list_cmd}
echo "Container exec command: ${run_cmd}"
sudo chown -R jenkins:jenkins ${WORKSPACE}/results
echo "Dovetail: done!"
+
- trigger:
name: 'fuel-os-odl_l2-nofeature-ha-zte-pod2-daily-master-trigger'
triggers:
- - timed: '0 18 * * *'
+ - timed: ''
- trigger:
name: 'fuel-os-odl_l3-nofeature-ha-zte-pod2-daily-master-trigger'
triggers:
submodule:
recursive: true
timeout: 20
- shallow-clone: true
- trigger:
name: 'daily-trigger-disabled'
triggers:
- 'k8-nosdn-nofeature-noha':
auto-trigger-name: 'joid-{scenario}-{pod}-{stream}-trigger'
- 'k8-nosdn-lb-noha':
- auto-trigger-name: 'daily-trigger-disabled'
+ auto-trigger-name: 'joid-{scenario}-{pod}-{stream}-trigger'
jobs:
- 'joid-{scenario}-{pod}-daily-{stream}'
# http://www.apache.org/licenses/LICENSE-2.0
##############################################################################
# Remove previous running containers if exist
-if [[ ! -z $(docker ps -a | grep opnfv/qtip) ]]; then
+if [[ ! -z $(docker ps -a | grep "opnfv/qtip:$DOCKER_TAG") ]]; then
echo "Removing existing opnfv/qtip containers..."
# workaround: sometimes it throws an error when stopping qtip container.
# To make sure ci job unblocked, remove qtip container by force without stopping it.
- docker rm -f $(docker ps -a | grep opnfv/qtip | awk '{print $1}')
+ docker rm -f $(docker ps -a | grep "opnfv/qtip:$DOCKER_TAG" | awk '{print $1}')
fi
# Remove existing images if exist
-if [[ ! -z $(docker images | grep opnfv/qtip) ]]; then
- echo "Docker images to remove:"
- docker images | head -1 && docker images | grep opnfv/qtip
- image_tags=($(docker images | grep opnfv/qtip | awk '{print $2}'))
- for tag in "${image_tags[@]}"; do
- echo "Removing docker image opnfv/qtip:$tag..."
- docker rmi opnfv/qtip:$tag
- done
+if [[ $(docker images opnfv/qtip:${DOCKER_TAG} | wc -l) -gt 1 ]]; then
+ echo "Removing docker image opnfv/qtip:$DOCKER_TAG..."
+ docker rmi opnfv/qtip:$DOCKER_TAG
fi
envs="INSTALLER_TYPE=${INSTALLER_TYPE} -e INSTALLER_IP=${INSTALLER_IP}
-e NODE_NAME=${NODE_NAME} -e CI_DEBUG=${CI_DEBUG}"
+ramfs=/tmp/qtip/ramfs
+cfg_dir=$(dirname $ramfs)
dir_imgstore="${HOME}/imgstore"
+ramfs_volume="$ramfs:/mnt/ramfs"
echo "--------------------------------------------------------"
echo "POD: $NODE_NAME"
echo "Qtip: Pulling docker image: opnfv/qtip:${DOCKER_TAG}"
docker pull opnfv/qtip:$DOCKER_TAG
-cmd=" docker run -id -e $envs opnfv/qtip:${DOCKER_TAG} /bin/bash"
+# use ramfs to fix docker socket connection issue with overlay mode in centos
+if [ ! -d $ramfs ]; then
+ mkdir -p $ramfs
+fi
+
+if [ ! -z "$(df $ramfs | tail -n -1 | grep $ramfs)" ]; then
+ sudo mount -t tmpfs -o size=32M tmpfs $ramfs
+fi
+
+# enable contro path in docker
+cat <<EOF > ${cfg_dir}/ansible.cfg
+[defaults]
+callback_whitelist = profile_tasks
+[ssh_connection]
+control_path=/mnt/ramfs/ansible-ssh-%%h-%%p-%%r
+EOF
+
+cmd=" docker run -id -e $envs -v ${ramfs_volume} opnfv/qtip:${DOCKER_TAG} /bin/bash"
echo "Qtip: Running docker command: ${cmd}"
${cmd}
else
echo "The container ID is: ${container_id}"
QTIP_REPO=/home/opnfv/repos/qtip
+ docker cp ${cfg_dir}/ansible.cfg ${container_id}:/home/opnfv/.ansible.cfg
# TODO(zhihui_wu): use qtip cli to execute benchmark test in the future
docker exec -t ${container_id} bash -c "cd ${QTIP_REPO}/qtip/runner/ &&
python runner.py -d /home/opnfv/qtip/results/ -b all"
- builder:
name: qtip-validate-deploy
builders:
- - shell:
- !include-raw: ./helpers/validate-deploy.sh
- shell:
!include-raw: ./helpers/cleanup-deploy.sh
+ - shell:
+ !include-raw: ./helpers/validate-deploy.sh
+
#-----------
# parameter
# VM defaults
#--------------------------------
- defaults:
- name: vm_defaults
+ name: verify_vm_defaults
+ test-vm-num-nodes: '3'
+ test-vm-node-names: 'xcimaster controller00 compute00'
+ vm-domain-type: 'kvm'
+ vm-cpu: '2'
vm-disk: '30'
+ vm-memory-size: '4096'
vm-disk-cache: 'unsafe'
- vm-memory: '4096'
- vm-cpu: '2'
#--------------------------------
# job templates
disabled: '{obj:disabled}'
- defaults: vm_defaults
+ defaults: verify_vm_defaults
concurrent: false
name: DIB_OS_PACKAGES
default: '{dib-os-packages}'
- string:
- name: VM_DISK
- default: '{vm-disk}'
+ name: TEST_VM_NUM_NODES
+ default: '{test-vm-num-nodes}'
- string:
- name: VM_DISK_CACHE
- default: '{vm-disk-cache}'
+ name: TEST_VM_NODE_NAMES
+ default: '{test-vm-node-names}'
- string:
- name: VM_MEMORY
- default: '{vm-memory}'
+ name: VM_DOMAIN_TYPE
+ default: '{vm-domain-type}'
- string:
name: VM_CPU
default: '{vm-cpu}'
+ - string:
+ name: VM_DISK
+ default: '{vm-disk}'
+ - string:
+ name: VM_MEMORY_SIZE
+ default: '{vm-memory-size}'
+ - string:
+ name: VM_DISK_CACHE
+ default: '{vm-disk-cache}'
- string:
name: CLEAN_DIB_IMAGES
default: 'true'
- string:
name: BIFROST_LOG_URL
default: 'http://artifacts.opnfv.org/cross-community-ci/openstack/bifrost/$GERRIT_NAME/$GERRIT_CHANGE_NUMBER/$GERRIT_PATCHSET_NUMBER/$JOB_NAME'
+ - string:
+ name: ANSIBLE_VERBOSITY
+ default: '-vvvv'
scm:
- git:
# provision 3 VMs; xcimaster, controller, and compute
cd /opt/bifrost
-sudo -E ./scripts/test-bifrost-deployment.sh
+sudo -E ./scripts/bifrost-provision.sh
# list the provisioned VMs
cd /opt/bifrost
dib-os-element: 'opensuse-minimal'
dib-os-packages: 'vim,less,bridge-utils,iputils,rsyslog,curl'
extra-dib-elements: 'openssh-server'
+
#--------------------------------
# Phases
#--------------------------------
- 'xci-{scenario}-{pod}-{distro}-daily-{stream}'
- 'xci-{phase}-{pod}-{distro}-daily-{stream}'
+#--------------------------------
+# VM defaults
+#--------------------------------
+- defaults:
+ name: daily_vm_defaults
+ test-vm-num-nodes: '6'
+ test-vm-node-names: 'xcimaster controller00 controller01 controller02 compute00 compute01'
+ vm-domain-type: 'kvm'
+ vm-cpu: '8'
+ vm-disk: '100'
+ vm-memory-size: '16384'
+ vm-disk-cache: 'unsafe'
+
#--------------------------------
# job templates
#--------------------------------
- trigger-builds:
- project: 'xci-provision-{pod}-{distro}-daily-{stream}'
current-parameters: false
- predefined-parameters:
- DEPLOY_SCENARIO={scenario}
+ predefined-parameters: |
+ OPENSTACK_OSA_VERSION=$OPENSTACK_OSA_VERSION
+ OPENSTACK_BIFROST_VERSION=$OPENSTACK_BIFROST_VERSION
+ OPNFV_RELENG_VERSION=$OPNFV_RELENG_VERSION
+ USE_PROMOTED_VERSIONS=$USE_PROMOTED_VERSIONS
+ DEPLOY_SCENARIO=$DEPLOY_SCENARIO
same-node: true
block: true
- trigger-builds:
- project: 'xci-deploy-{pod}-{distro}-daily-{stream}'
current-parameters: false
- predefined-parameters:
- DEPLOY_SCENARIO={scenario}
+ predefined-parameters: |
+ OPENSTACK_OSA_VERSION=$OPENSTACK_OSA_VERSION
+ OPENSTACK_BIFROST_VERSION=$OPENSTACK_BIFROST_VERSION
+ OPNFV_RELENG_VERSION=$OPNFV_RELENG_VERSION
+ USE_PROMOTED_VERSIONS=$USE_PROMOTED_VERSIONS
+ DEPLOY_SCENARIO=$DEPLOY_SCENARIO
same-node: true
block: true
- trigger-builds:
- project: 'xci-functest-{pod}-{distro}-daily-{stream}'
current-parameters: false
- predefined-parameters:
- DEPLOY_SCENARIO={scenario}
+ predefined-parameters: |
+ OPENSTACK_OSA_VERSION=$OPENSTACK_OSA_VERSION
+ OPENSTACK_BIFROST_VERSION=$OPENSTACK_BIFROST_VERSION
+ OPNFV_RELENG_VERSION=$OPNFV_RELENG_VERSION
+ USE_PROMOTED_VERSIONS=$USE_PROMOTED_VERSIONS
+ DEPLOY_SCENARIO=$DEPLOY_SCENARIO
same-node: true
block: true
block-thresholds:
disabled: '{obj:disabled}'
+ defaults: daily_vm_defaults
+
concurrent: false
properties:
- string:
name: DIB_OS_PACKAGES
default: '{dib-os-packages}'
+ - string:
+ name: TEST_VM_NUM_NODES
+ default: '{test-vm-num-nodes}'
+ - string:
+ name: TEST_VM_NODE_NAMES
+ default: '{test-vm-node-names}'
+ - string:
+ name: VM_DOMAIN_TYPE
+ default: '{vm-domain-type}'
+ - string:
+ name: VM_CPU
+ default: '{vm-cpu}'
+ - string:
+ name: VM_DISK
+ default: '{vm-disk}'
+ - string:
+ name: VM_MEMORY_SIZE
+ default: '{vm-memory-size}'
+ - string:
+ name: VM_DISK_CACHE
+ default: '{vm-disk-cache}'
- string:
name: CLEAN_DIB_IMAGES
default: 'true'
- label:
name: SLAVE_LABEL
default: '{slave-label}'
+ - string:
+ name: ANSIBLE_VERBOSITY
+ default: ''
wrappers:
- xci-fix-perms-workspace
- pre-scm-buildstep:
- shell: |
#!/bin/bash
- sudo -R chown $USER $WORKSPACE || exit 1
+ sudo chown -R $USER $WORKSPACE || exit 1
#---------------------------
# builder macros
# provision 6 VMs; xcimaster, controller00, controller01, controller02, compute00, and compute01
cd /opt/bifrost
-sudo -E ./scripts/osa-bifrost-deployment.sh
+sudo -E ./scripts/bifrost-provision.sh
# list the provisioned VMs
cd /opt/bifrost
from opnfv.utils import opnfv_logger as logger
logger = logger.Logger("SSH utils").getLogger()
+SSH_TIMEOUT = 60
def get_ssh_client(hostname,
client.load_system_host_keys()
client.connect(hostname,
username=username,
- pkey=key)
+ pkey=key,
+ timeout=SSH_TIMEOUT)
else:
client.connect(hostname,
username=username,
- password=password)
+ password=password,
+ timeout=SSH_TIMEOUT)
return client
except Exception as e:
self.proxy_ssh.set_missing_host_key_policy(paramiko.AutoAddPolicy())
self.proxy_ssh.connect(jh_ip,
username=jh_user,
- password=jh_pass)
+ password=jh_pass,
+ timeout=SSH_TIMEOUT)
self.proxy_transport = self.proxy_ssh.get_transport()
def connect(self, hostname, port=22, username='root', password=None,
super(ProxyHopClient, self).connect(hostname,
username=username,
pkey=proxy_key,
- sock=self.proxy_channel)
+ sock=self.proxy_channel,
+ timeout=timeout)
os.remove(self.local_ssh_key)
except Exception as e:
logger.error(e)
# which accompanies this distribution, and is available at
# http://www.apache.org/licenses/LICENSE-2.0
##############################################################################
-
set -eux
set -o pipefail
+
export PYTHONUNBUFFERED=1
SCRIPT_HOME="$(cd "$(dirname "$0")" && pwd)"
BIFROST_HOME=$SCRIPT_HOME/..
ANSIBLE_INSTALL_ROOT=${ANSIBLE_INSTALL_ROOT:-/opt/stack}
+ANSIBLE_VERBOSITY=${ANSIBLE_VERBOSITY-"-vvvv"}
ENABLE_VENV="false"
USE_DHCP="false"
USE_VENV="false"
BUILD_IMAGE=true
PROVISION_WAIT_TIMEOUT=${PROVISION_WAIT_TIMEOUT:-3600}
-BAREMETAL_DATA_FILE=${BAREMETAL_DATA_FILE:-'/tmp/baremetal.json'}
-
-# Set defaults for ansible command-line options to drive the different
-# tests.
-
-# NOTE(TheJulia/cinerama): The variables defined on the command line
-# for the default and DHCP tests are to drive the use of Cirros as the
-# deployed operating system, and as such sets the test user to cirros,
-# and writes a debian style interfaces file out to the configuration
-# drive as cirros does not support the network_info.json format file
-# placed in the configuration drive. The "build image" test does not
-# use cirros.
-
-TEST_VM_NUM_NODES=3
-export TEST_VM_NODE_NAMES="xcimaster controller00 compute00"
-export VM_DOMAIN_TYPE="kvm"
+
+# Ensure the right inventory files is used based on branch
+CURRENT_BIFROST_BRANCH=$(git rev-parse --abbrev-ref HEAD)
+if [ $CURRENT_BIFROST_BRANCH = "master" ]; then
+ BAREMETAL_DATA_FILE=${BAREMETAL_DATA_FILE:-'/tmp/baremetal.json'}
+ INVENTORY_FILE_FORMAT="baremetal_json_file"
+else
+ BAREMETAL_DATA_FILE=${BAREMETAL_DATA_FILE:-'/tmp/baremetal.csv'}
+ INVENTORY_FILE_FORMAT="baremetal_csv_file"
+fi
+export BIFROST_INVENTORY_SOURCE=$BAREMETAL_DATA_FILE
+
+# Default settings for VMs
+export TEST_VM_NUM_NODES=${TEST_VM_NUM_NODES:-3}
+export TEST_VM_NODE_NAMES=${TEST_VM_NODE_NAMES:-"xcimaster controller00 compute00"}
+export VM_DOMAIN_TYPE=${VM_DOMAIN_TYPE:-kvm}
export VM_CPU=${VM_CPU:-4}
export VM_DISK=${VM_DISK:-100}
+export VM_MEMORY_SIZE=${VM_MEMORY_SIZE:-8192}
export VM_DISK_CACHE=${VM_DISK_CACHE:-unsafe}
+
+# Settings for bifrost
TEST_PLAYBOOK="opnfv-virtual.yaml"
USE_INSPECTOR=true
USE_CIRROS=false
TESTING_USER=root
-VM_MEMORY_SIZE=${VM_MEMORY_SIZE:-8192}
DOWNLOAD_IPA=true
CREATE_IPA_IMAGE=false
INSPECT_NODES=true
INVENTORY_DHCP_STATIC_IP=false
WRITE_INTERFACES_FILE=true
-# Set BIFROST_INVENTORY_SOURCE
-export BIFROST_INVENTORY_SOURCE=/tmp/baremetal.json
-
-# settings for console access
+# Settings for console access
export DIB_DEV_USER_PWDLESS_SUDO=yes
export DIB_DEV_USER_PASSWORD=devuser
-# settings for distro: trusty/ubuntu-minimal, 7/centos7
+# Settings for distro: trusty/ubuntu-minimal, 7/centos7, 42.2/suse
export DIB_OS_RELEASE=${DIB_OS_RELEASE:-trusty}
export DIB_OS_ELEMENT=${DIB_OS_ELEMENT:-ubuntu-minimal}
-# for centos 7: "vim,less,bridge-utils,iputils,rsyslog,curl"
+# DIB OS packages
export DIB_OS_PACKAGES=${DIB_OS_PACKAGES:-"vlan,vim,less,bridge-utils,language-pack-en,iputils-ping,rsyslog,curl"}
# Additional dib elements
export EXTRA_DIB_ELEMENTS=${EXTRA_DIB_ELEMENTS:-"openssh-server"}
# Source Ansible
-# NOTE(TheJulia): Ansible stable-1.9 source method tosses an error deep
-# under the hood which -x will detect, so for this step, we need to suspend
-# and then re-enable the feature.
set +x +o nounset
$SCRIPT_HOME/env-setup.sh
source ${ANSIBLE_INSTALL_ROOT}/ansible/hacking/env-setup
# Syntax check of dynamic inventory test path
for task in syntax-check list-tasks; do
- ${ANSIBLE} -vvvv \
+ ${ANSIBLE} ${ANSIBLE_VERBOSITY} \
-i inventory/localhost \
test-bifrost-create-vm.yaml \
--${task}
- ${ANSIBLE} -vvvv \
+ ${ANSIBLE} ${ANSIBLE_VERBOSITY} \
-i inventory/localhost \
${TEST_PLAYBOOK} \
--${task} \
-e testing_user=${TESTING_USER}
done
-# Create the test VMS
-${ANSIBLE} -vvvv \
+# Create the VMS
+${ANSIBLE} ${ANSIBLE_VERBOSITY} \
-i inventory/localhost \
test-bifrost-create-vm.yaml \
-e test_vm_num_nodes=${TEST_VM_NUM_NODES} \
-e test_vm_memory_size=${VM_MEMORY_SIZE} \
-e enable_venv=${ENABLE_VENV} \
-e test_vm_domain_type=${VM_DOMAIN_TYPE} \
- -e baremetal_json_file=${BAREMETAL_DATA_FILE}
+ -e ${INVENTORY_FILE_FORMAT}=${BAREMETAL_DATA_FILE}
-# Execute the installation and VM startup test.
-${ANSIBLE} -vvvv \
+# Execute the installation and VM startup test
+${ANSIBLE} ${ANSIBLE_VERBOSITY} \
-i inventory/bifrost_inventory.py \
${TEST_PLAYBOOK} \
-e use_cirros=${USE_CIRROS} \
EXITCODE=$?
if [ $EXITCODE != 0 ]; then
- echo "****************************"
- echo "Test failed. See logs folder"
- echo "****************************"
+ echo "************************************"
+ echo "Provisioning failed. See logs folder"
+ echo "************************************"
fi
exit $EXITCODE
+++ /dev/null
-#!/bin/bash
-# SPDX-license-identifier: Apache-2.0
-##############################################################################
-# Copyright (c) 2016 Ericsson AB and others.
-# All rights reserved. This program and the accompanying materials
-# are made available under the terms of the Apache License, Version 2.0
-# which accompanies this distribution, and is available at
-# http://www.apache.org/licenses/LICENSE-2.0
-##############################################################################
-
-set -eux
-set -o pipefail
-export PYTHONUNBUFFERED=1
-SCRIPT_HOME="$(cd "$(dirname "$0")" && pwd)"
-BIFROST_HOME=$SCRIPT_HOME/..
-ANSIBLE_INSTALL_ROOT=${ANSIBLE_INSTALL_ROOT:-/opt/stack}
-ENABLE_VENV="false"
-USE_DHCP="false"
-USE_VENV="false"
-BUILD_IMAGE=true
-PROVISION_WAIT_TIMEOUT=${PROVISION_WAIT_TIMEOUT:-3600}
-
-# ensure the right inventory files is used based on branch
-CURRENT_BIFROST_BRANCH=$(git rev-parse --abbrev-ref HEAD)
-if [ $CURRENT_BIFROST_BRANCH = "master" ]; then
- export BIFROST_INVENTORY_SOURCE=${BIFROST_INVENTORY_SOURCE:-'/tmp/baremetal.json'}
-else
- export BIFROST_INVENTORY_SOURCE=${BIFROST_INVENTORY_SOURCE:-'/tmp/baremetal.csv'}
-fi
-
-# Set defaults for ansible command-line options to drive the different
-# tests.
-
-# NOTE(TheJulia/cinerama): The variables defined on the command line
-# for the default and DHCP tests are to drive the use of Cirros as the
-# deployed operating system, and as such sets the test user to cirros,
-# and writes a debian style interfaces file out to the configuration
-# drive as cirros does not support the network_info.json format file
-# placed in the configuration drive. The "build image" test does not
-# use cirros.
-
-TEST_VM_NUM_NODES=6
-export TEST_VM_NODE_NAMES="xcimaster controller00 controller01 controller02 compute00 compute01"
-export VM_DOMAIN_TYPE="kvm"
-# 8 vCPU, 60 GB HDD are minimum equipment
-export VM_CPU=${VM_CPU:-8}
-export VM_DISK=${VM_DISK:-100}
-export VM_DISK_CACHE=${VM_DISK_CACHE:-unsafe}
-TEST_PLAYBOOK="opnfv-virtual.yaml"
-USE_INSPECTOR=true
-USE_CIRROS=false
-TESTING_USER=root
-# seting the memory to 16 GB to make more easily success
-# 8 GB RAM is minimum equipment, but it work with at least 12 GB.
-VM_MEMORY_SIZE=${VM_MEMORY_SIZE:-16384}
-DOWNLOAD_IPA=true
-CREATE_IPA_IMAGE=false
-INSPECT_NODES=true
-INVENTORY_DHCP=false
-INVENTORY_DHCP_STATIC_IP=false
-WRITE_INTERFACES_FILE=true
-
-
-# settings for console access
-export DIB_DEV_USER_PWDLESS_SUDO=yes
-export DIB_DEV_USER_PASSWORD=devuser
-
-# settings for distro: trusty/ubuntu-minimal, 7/centos7
-export DIB_OS_RELEASE=${DIB_OS_RELEASE:-xenial}
-export DIB_OS_ELEMENT=${DIB_OS_ELEMENT:-ubuntu-minimal}
-
-# for centos 7: "vim,less,bridge-utils,iputils,rsyslog,curl"
-export DIB_OS_PACKAGES=${DIB_OS_PACKAGES:-"vlan,vim,less,bridge-utils,sudo,language-pack-en,iputils-ping,rsyslog,curl,python,debootstrap,ifenslave,ifenslave-2.6,lsof,lvm2,tcpdump,nfs-kernel-server,chrony"}
-
-# Additional dib elements
-export EXTRA_DIB_ELEMENTS=${EXTRA_DIB_ELEMENTS:-"openssh-server"}
-
-# Source Ansible
-# NOTE(TheJulia): Ansible stable-1.9 source method tosses an error deep
-# under the hood which -x will detect, so for this step, we need to suspend
-# and then re-enable the feature.
-set +x +o nounset
-$SCRIPT_HOME/env-setup.sh
-source ${ANSIBLE_INSTALL_ROOT}/ansible/hacking/env-setup
-ANSIBLE=$(which ansible-playbook)
-set -x -o nounset
-
-logs_on_exit() {
- $SCRIPT_HOME/collect-test-info.sh
-}
-trap logs_on_exit EXIT
-
-# Change working directory
-cd $BIFROST_HOME/playbooks
-
-# Syntax check of dynamic inventory test path
-for task in syntax-check list-tasks; do
- ${ANSIBLE} \
- -i inventory/localhost \
- test-bifrost-create-vm.yaml \
- --${task}
- ${ANSIBLE} \
- -i inventory/localhost \
- ${TEST_PLAYBOOK} \
- --${task} \
- -e testing_user=${TESTING_USER}
-done
-
-# Create the test VMS
-${ANSIBLE} \
- -i inventory/localhost \
- test-bifrost-create-vm.yaml \
- -e test_vm_num_nodes=${TEST_VM_NUM_NODES} \
- -e test_vm_memory_size=${VM_MEMORY_SIZE} \
- -e enable_venv=${ENABLE_VENV} \
- -e test_vm_domain_type=${VM_DOMAIN_TYPE}
-
-# Execute the installation and VM startup test.
-${ANSIBLE} \
- -i inventory/bifrost_inventory.py \
- ${TEST_PLAYBOOK} \
- -e use_cirros=${USE_CIRROS} \
- -e testing_user=${TESTING_USER} \
- -e test_vm_num_nodes=${TEST_VM_NUM_NODES} \
- -e inventory_dhcp=${INVENTORY_DHCP} \
- -e inventory_dhcp_static_ip=${INVENTORY_DHCP_STATIC_IP} \
- -e enable_venv=${ENABLE_VENV} \
- -e enable_inspector=${USE_INSPECTOR} \
- -e inspect_nodes=${INSPECT_NODES} \
- -e download_ipa=${DOWNLOAD_IPA} \
- -e create_ipa_image=${CREATE_IPA_IMAGE} \
- -e write_interfaces_file=${WRITE_INTERFACES_FILE} \
- -e ipv4_gateway=192.168.122.1 \
- -e wait_timeout=${PROVISION_WAIT_TIMEOUT}
-EXITCODE=$?
-
-if [ $EXITCODE != 0 ]; then
- echo "****************************"
- echo "Test failed. See logs folder"
- echo "****************************"
-fi
-
-exit $EXITCODE
--- /dev/null
+#-------------------------------------------------------------------------------
+# Pinned Component Versions
+#-------------------------------------------------------------------------------
+# You are free to override these versions in user-vars to experiment with
+# different branches or with different commits but be aware that things might
+# not work as expected.
+#
+# It is important to be consistent between branches you use for OpenStack
+# projects OPNFV XCI uses.
+#
+# Examples:
+# export OPENSTACK_BIFROST_VERSION="stable/ocata"
+# export OPENSTACK_OSA_VERSION="stable/ocata"
+# or
+# export OPENSTACK_BIFROST_VERSION="master"
+# export OPENSTACK_OSA_VERSION="master"
+# or
+# export OPENSTACK_BIFROST_VERSION="a87f7ce6c8725b3bbffec7b2efa1e466796848a9"
+# export OPENSTACK_OSA_VERSION="4713cf45e11b4ebca9fbed25d1389854602213d8"
+#-------------------------------------------------------------------------------
+# use releng from master until the development work with the sandbox is complete
+export OPNFV_RELENG_VERSION="master"
+# HEAD of "stable/ocata" as of 24.03.2017 - verified by OPNFV CI
+export OPENSTACK_BIFROST_VERSION="a87f7ce6c8725b3bbffec7b2efa1e466796848a9"
+# HEAD of "stable/ocata" as of 24.03.2017 - verified by OPNFV CI
+export OPENSTACK_OSA_VERSION="4713cf45e11b4ebca9fbed25d1389854602213d8"
--- /dev/null
+#-------------------------------------------------------------------------------
+# Set Paths to where git repositories of XCI Components will be cloned
+#-------------------------------------------------------------------------------
+# OPNFV XCI Sandbox is not verified to be used as non-root user as of yet so
+# changing these paths might break things.
+#-------------------------------------------------------------------------------
+export OPNFV_RELENG_PATH=/opt/releng
+export OPENSTACK_BIFROST_PATH=/opt/bifrost
+export OPENSTACK_OSA_PATH=/opt/openstack-ansible
+
+#-------------------------------------------------------------------------------
+# Set Deployment Flavor
+#-------------------------------------------------------------------------------
+# OPNFV XCI currently supports 4 different types of flavors:
+# - all in one (aio) - xci-aio.sh: 1 VM which acts as controller and compute node
+# - mini opnfv: 3 VMs, 1 xcimaster, 1 controller, and 1 compute nodes
+# - noha: 4 VMs, 1 xcimaster, 1 controller, and 2 compute nodes
+# - ha: 6 VMs, 1 xcimaster, 3 controllers, and 2 compute nodes
+#
+# Apart from having different number of nodes, CPU, RAM, and disk allocations
+# also differ from each other. Please take a look at the env-vars files for
+# each of these flavors.
+#
+# Examples:
+# export XCI_FLAVOR="xci-aio"
+# or
+# export XCI_FLAVOR="xci-mini"
+# or
+# export XCI_FLAVOR="xci-noha"
+# or
+# export XCI_FLAVOR="xci-ha"
+#-------------------------------------------------------------------------------
+export XCI_FLAVOR=${XCI_FLAVOR:-xci-mini}
+
+#-------------------------------------------------------------------------------
+# Configure some other stuff
+#-------------------------------------------------------------------------------
+# Set the verbosity for ansible
+#
+# Examples:
+# ANSIBLE_VERBOSITY="-v"
+# or
+# ANSIBLE_VERBOSITY="-vvvv"
+export ANSIBLE_VERBOSITY=${ANSIBLE_VERBOSITY:-""}
--- /dev/null
+#-------------------------------------------------------------------------------
+# XCI Flavor Configuration
+#-------------------------------------------------------------------------------
+# This is the configuration for xci-aio.
+#
+# You are free to modify parts of the configuration to fit into your environment.
+# But before doing that, please ensure you checked other flavors to see if one
+# them can be used instead, saving you some time.
+#-------------------------------------------------------------------------------
+
+#-------------------------------------------------------------------------------
+# Configure VM Nodes
+#-------------------------------------------------------------------------------
+export TEST_VM_NUM_NODES=1
+export TEST_VM_NODE_NAMES=xciaio
+export VM_DOMAIN_TYPE=kvm
+export VM_CPU=8
+export VM_DISK=80
+export VM_MEMORY_SIZE=12288
+export VM_DISK_CACHE=unsafe
+
+#-------------------------------------------------------------------------------
+# Ansible Files for the Flavor
+#-------------------------------------------------------------------------------
+XCI_ANSIBLE_PLAYBOOK=$OPNFV_RELENG_PATH/prototypes/xci/file/configure-xci-aio.yml
+XCI_ANSIBLE_INVENTORY=$OPNFV_RELENG_PATH/prototypes/xci/file/xci-aio-inventory
+XCI_ANSIBLE_VARS=$OPNFV_RELENG_PATH/prototypes/xci/file/xci-aio-vars.yml
--- /dev/null
+#-------------------------------------------------------------------------------
+# XCI Flavor Configuration
+#-------------------------------------------------------------------------------
+# This is the configuration for xci-aio.
+#
+# You are free to modify parts of the configuration to fit into your environment.
+# But before doing that, please ensure you checked other flavors to see if one
+# them can be used instead, saving you some time.
+#-------------------------------------------------------------------------------
+
+#-------------------------------------------------------------------------------
+# Configure VM Nodes
+#-------------------------------------------------------------------------------
+export TEST_VM_NUM_NODES=6
+export TEST_VM_NODE_NAMES="xcimaster controller00 controller01 controller02 compute00 compute01"
+export VM_DOMAIN_TYPE=kvm
+export VM_CPU=8
+export VM_DISK=100
+export VM_MEMORY_SIZE=16384
+export VM_DISK_CACHE=unsafe
+
+#-------------------------------------------------------------------------------
+# Ansible Files for the Flavor
+#-------------------------------------------------------------------------------
+XCI_ANSIBLE_PLAYBOOK=$OPNFV_RELENG_PATH/prototypes/xci/file/configure-xci-ha.yml
+XCI_ANSIBLE_INVENTORY=$OPNFV_RELENG_PATH/prototypes/xci/file/xci-ha-inventory
+XCI_ANSIBLE_VARS=$OPNFV_RELENG_PATH/prototypes/xci/file/xci-ha-vars.yml
--- /dev/null
+#-------------------------------------------------------------------------------
+# XCI Flavor Configuration
+#-------------------------------------------------------------------------------
+# This is the configuration for xci-aio.
+#
+# You are free to modify parts of the configuration to fit into your environment.
+# But before doing that, please ensure you checked other flavors to see if one
+# them can be used instead, saving you some time.
+#-------------------------------------------------------------------------------
+
+#-------------------------------------------------------------------------------
+# Configure VM Nodes
+#-------------------------------------------------------------------------------
+export TEST_VM_NUM_NODES=3
+export TEST_VM_NODE_NAMES="xcimaster controller00 compute00"
+export VM_DOMAIN_TYPE=kvm
+export VM_CPU=8
+export VM_DISK=100
+export VM_MEMORY_SIZE=12288
+export VM_DISK_CACHE=unsafe
+
+#-------------------------------------------------------------------------------
+# Ansible Files for the Flavor
+#-------------------------------------------------------------------------------
+XCI_ANSIBLE_PLAYBOOK=$OPNFV_RELENG_PATH/prototypes/xci/file/configure-xci-mini.yml
+XCI_ANSIBLE_INVENTORY=$OPNFV_RELENG_PATH/prototypes/xci/file/xci-mini-inventory
+XCI_ANSIBLE_VARS=$OPNFV_RELENG_PATH/prototypes/xci/file/xci-mini-vars.yml
--- /dev/null
+#-------------------------------------------------------------------------------
+# XCI Flavor Configuration
+#-------------------------------------------------------------------------------
+# This is the configuration for xci-aio.
+#
+# You are free to modify parts of the configuration to fit into your environment.
+# But before doing that, please ensure you checked other flavors to see if one
+# them can be used instead, saving you some time.
+#-------------------------------------------------------------------------------
+
+#-------------------------------------------------------------------------------
+# Configure VM Nodes
+#-------------------------------------------------------------------------------
+export TEST_VM_NUM_NODES=4
+export TEST_VM_NODE_NAMES="xcimaster controller00 compute00 compute01"
+export VM_DOMAIN_TYPE=kvm
+export VM_CPU=8
+export VM_DISK=100
+export VM_MEMORY_SIZE=12288
+export VM_DISK_CACHE=unsafe
+
+#-------------------------------------------------------------------------------
+# Ansible Files for the Flavor
+#-------------------------------------------------------------------------------
+XCI_ANSIBLE_PLAYBOOK=$OPNFV_RELENG_PATH/prototypes/xci/file/configure-xci-mini.yml
+XCI_ANSIBLE_INVENTORY=$OPNFV_RELENG_PATH/prototypes/xci/file/xci-mini-inventory
+XCI_ANSIBLE_VARS=$OPNFV_RELENG_PATH/prototypes/xci/file/xci-mini-vars.yml
--- /dev/null
+#!/bin/bash
+set -o errexit
+set -o nounset
+set -o pipefail
+set -o xtrace
+
+# find where are we
+XCI_PATH="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )"
+
+# source pinned versions
+source $XCI_PATH/config/pinned-versions
+
+# source user vars
+source $XCI_PATH/config/user-vars
+
+# source flavor configuration
+source $XCI_PATH/flavors/$XCI_FLAVOR.sh
cp -fr 3rd_party/static opnfv_testapi/tornado_swagger
python setup.py install
rm -fr opnfv_testapi/tornado_swagger/static
+if [ ! -z "$VIRTUAL_ENV" ]; then
+ sed -i -e 's#etc/opnfv_testapi =#/etc/opnfv_testapi =#g' setup.cfg
+fi
\ No newline at end of file
"""
def __init__(self):
- self._default_config_location = "/etc/opnfv_testapi/config.ini"
+ self._set_default_config()
self.mongo_url = None
self.mongo_dbname = None
self.api_port = None
self._parser = None
self.swagger_base_url = None
+ def _set_default_config(self):
+ venv = os.getenv('VIRTUAL_ENV')
+ self._default_config = os.path.join('/' if not venv else venv,
+ 'etc/opnfv_testapi/config.ini')
+
def _get_parameter(self, section, param):
try:
return self._parser.get(section, param)
obj = APIConfig()
if config_location is None:
- config_location = obj._default_config_location
+ config_location = obj._default_config
if not os.path.exists(config_location):
raise ParseError("%s not found" % config_location)
raise gen.Return(ret)
return wrapper
- @web.asynchronous
- @gen.coroutine
@authenticate
def _create(self, miss_checks, db_checks, **kwargs):
"""
.format(query, self.table))
self.finish_request(self.format_data(data))
- @web.asynchronous
- @gen.coroutine
@authenticate
def _delete(self, query):
data = yield self._eval_db_find_one(query)
yield self._eval_db(self.table, 'remove', query)
self.finish_request()
- @web.asynchronous
- @gen.coroutine
@authenticate
def _update(self, query, db_keys):
if self.json_args is None:
echo "Running unit tests..."
# Creating virtual environment
-virtualenv $SCRIPTDIR/testapi_venv
-source $SCRIPTDIR/testapi_venv/bin/activate
+if [ ! -z $VIRTUAL_ENV ]; then
+ venv=$VIRTUAL_ENV
+else
+ venv=$SCRIPTDIR/.venv
+ virtualenv $venv
+fi
+source $venv/bin/activate
# Install requirements
pip install -r $SCRIPTDIR/requirements.txt
-pip install coverage
-pip install nose>=1.3.1
-pip install pytest
-pip install mock
+pip install -r $SCRIPTDIR/test-requirements.txt
find . -type f -name "*.pyc" -delete
# of appearance. Changing the order has an impact on the overall integration
# process, which may cause wedges in the gate later.
-tox
mock
pytest
-pytest-cov
coverage
-pykwalify
-pip_check_reqs
+nose>=1.3.1
Code Review / releng.git / commitdiff