bifrost/scripts/test-bifrost.sh

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#!/bin/bash
set -eux
set -o pipefail
export PYTHONUNBUFFERED=1
SCRIPT_HOME="$(cd "$(dirname "$0")" && pwd)"
BIFROST_HOME=$SCRIPT_HOME/..
ANSIBLE_INSTALL_ROOT=${ANSIBLE_INSTALL_ROOT:-/opt/stack}
ENABLE_VENV="false"
USE_DHCP="false"
USE_VENV="false"
BUILD_IMAGE="false"
# Set defaults for ansible command-line options to drive the different
# tests.
# NOTE(TheJulia/cinerama): The variables defined on the command line
# for the default and DHCP tests are to drive the use of Cirros as the
# deployed operating system, and as such sets the test user to cirros,
# and writes a debian style interfaces file out to the configuration
# drive as cirros does not support the network_info.json format file
# placed in the configuration drive. The "build image" test does not
# use cirros.
VM_MEMORY_SIZE="3072"
TEST_VM_NUM_NODES=1
USE_CIRROS=true
TESTING_USER=cirros
TEST_PLAYBOOK="test-bifrost.yaml"
USE_INSPECTOR=true
INSPECT_NODES=true
INVENTORY_DHCP=false
INVENTORY_DHCP_STATIC_IP=false
DOWNLOAD_IPA=true
CREATE_IPA_IMAGE=false
WRITE_INTERFACES_FILE=true
# NOTE(cinerama): We could remove this if we change the CI job to use
# USE_DHCP, BUILD_IMAGE, etc.
SOURCE=$(basename ${BASH_SOURCE[0]})
if [ $SOURCE = "test-bifrost-inventory-dhcp.sh" ]; then
USE_DHCP="true"
elif [ $SOURCE = "test-bifrost-venv.sh" ]; then
USE_VENV="true"
elif [ $SOURCE = "test-bifrost-build-images.sh" ]; then
BUILD_IMAGE="true"
fi
# 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
if [ ${USE_VENV} = "true" ]; then
export VENV=/opt/stack/bifrost
export PATH=${VENV}/bin:${PATH}
$SCRIPT_HOME/env-setup.sh
source /opt/stack/bifrost/bin/activate
ANSIBLE=${VENV}/bin/ansible-playbook
ENABLE_VENV="true"
else
$SCRIPT_HOME/env-setup.sh
source ${ANSIBLE_INSTALL_ROOT}/ansible/hacking/env-setup
ANSIBLE=$(which ansible-playbook)
fi
set -x -o nounset
# Adjust options for DHCP or create VM tests
if [ ${USE_DHCP} = "true" ]; then
VM_MEMORY_SIZE="1024"
ENABLE_INSPECTOR=false
INSPECT_NODES=false
TEST_VM_NUM_NODES=5
INVENTORY_DHCP=true
INVENTORY_DHCP_STATIC_IP=true
WRITE_INTERFACES_FILE=false
elif [ ${BUILD_IMAGE} = "true" ]; then
USE_CIRROS=false
TESTING_USER=root
VM_MEMORY_SIZE="4096"
ENABLE_INSPECTOR=false
INSPECT_NODES=false
DOWNLOAD_IPA=false
CREATE_IPA_IMAGE=true
fi
# Change working directory
cd $BIFROST_HOME/playbooks
# Syntax check of dynamic inventory test path
${ANSIBLE} -vvvv \
-i inventory/localhost \
test-bifrost-create-vm.yaml \
--syntax-check \
--list-tasks
${ANSIBLE} -vvvv \
-i inventory/localhost \
${TEST_PLAYBOOK} \
--syntax-check \
--list-tasks \
-e testing_user=${TESTING_USER}
# Create the test VM
${ANSIBLE} -vvvv \
-i inventory/localhost \
test-bifrost-create-vm.yaml \
-e test_vm_num_nodes=${TEST_VM_NUM_NODES} \
-e test_vm_memory_size=${VM_MEMORY_SIZE} \
-e enable_venv=${ENABLE_VENV}
if [ ${USE_DHCP} = "true" ]; then
# cut file to limit number of nodes to enroll for testing purposes
head -n -2 /tmp/baremetal.csv > /tmp/baremetal.csv.new && mv /tmp/baremetal.csv.new /tmp/baremetal.csv
fi
set +e
# Set BIFROST_INVENTORY_SOURCE
export BIFROST_INVENTORY_SOURCE=/tmp/baremetal.csv
# Execute the installation and VM startup test.
${ANSIBLE} -vvvv \
-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}
EXITCODE=$?
if [ $EXITCODE != 0 ]; then
echo "****************************"
echo "Test failed. See logs folder"
echo "****************************"
fi
$SCRIPT_HOME/collect-test-info.sh
exit $EXITCODE