openstack/devstack
Code Issues Proposed changes
a40f9cb91f
devstack/stackrc
Clark Boylan a40f9cb91f Add option to install everything in global venvs 
Since we are python3 only for openstack we create a single python3
virtualenv to install all the packages into. This gives us the benefits
of installing into a virtualenv while still ensuring coinstallability.
This is a major change and will likely break many things.

There are several reasons for this. The change that started this effort
was pip stopped uninstalling packages which used distutils to generate
their package installation. Many distro packages do this which meant
that pip installed packages and distro packages could not coexist in the
global install space. More recently git has made pip installing repos as
root more difficult due to file ownership concerns.

Currently the switch to the global venv is optional, but if we go down
this path we should very quickly remove the old global installation
method as it has only caused us problems.

Major hurdles we have to get over are convincing rootwrap to trust
binaries in the virtualenvs (so you'll notice we update rootwrap
configs).

Some distros still have issues, keep them using the old setup for now.

Depends-On: https://review.opendev.org/c/openstack/grenade/+/880266
Co-Authored-By: Dr. Jens Harbott <frickler@offenerstapel.de>
Change-Id: If9bc7ba45522189d03f19b86cb681bb150ee2f25
2023-08-02 07:07:25 +02:00

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#!/bin/bash
#
# stackrc
#
# ensure we don't re-source this in the same environment
[[ -z "$_DEVSTACK_STACKRC" ]] || return 0
declare -r -g _DEVSTACK_STACKRC=1
# Find the other rc files
RC_DIR=$(cd $(dirname "${BASH_SOURCE:-$0}") && pwd)
# Source required DevStack functions and globals
source $RC_DIR/functions
# Set the target branch. This is used so that stable branching
# does not need to update each repo below.
TARGET_BRANCH=master
# Cycle trailing projects need to branch later than the others.
TRAILING_TARGET_BRANCH=master
# And some repos do not create stable branches, so this is used
# to make it explicit and avoid accidentally setting to a stable
# branch.
BRANCHLESS_TARGET_BRANCH=master
# Destination path for installation
DEST=/opt/stack
# Destination for working data
DATA_DIR=${DEST}/data
# Destination for status files
SERVICE_DIR=${DEST}/status
# Path for subunit output file
SUBUNIT_OUTPUT=${DEST}/devstack.subunit
# Determine stack user
if [[ $EUID -eq 0 ]]; then
STACK_USER=stack
else
STACK_USER=$(whoami)
fi
# Specify region name Region
REGION_NAME=${REGION_NAME:-RegionOne}
# Specify name of region where identity service endpoint is registered.
# When deploying multiple DevStack instances in different regions with shared
# Keystone, set KEYSTONE_REGION_NAME to the region where Keystone is running
# for DevStack instances which do not host Keystone.
KEYSTONE_REGION_NAME=${KEYSTONE_REGION_NAME:-$REGION_NAME}
# Specify which services to launch. These generally correspond to
# screen tabs. To change the default list, use the ``enable_service`` and
# ``disable_service`` functions in ``local.conf``.
# For example, to enable Swift as part of DevStack add the following
# settings in ``local.conf``:
# [[local|localrc]]
# enable_service s-proxy s-object s-container s-account
# This allows us to pass ``ENABLED_SERVICES``
if ! isset ENABLED_SERVICES ; then
# Keystone - nothing works without keystone
ENABLED_SERVICES=key
# Nova - services to support libvirt based openstack clouds
ENABLED_SERVICES+=,n-api,n-cpu,n-cond,n-sch,n-novnc,n-api-meta
# Placement service needed for Nova
ENABLED_SERVICES+=,placement-api,placement-client
# Glance services needed for Nova
ENABLED_SERVICES+=,g-api
# Cinder
ENABLED_SERVICES+=,c-sch,c-api,c-vol
# OVN
ENABLED_SERVICES+=,ovn-controller,ovn-northd,ovs-vswitchd,ovsdb-server
# Neutron
ENABLED_SERVICES+=,q-svc,q-ovn-metadata-agent
# Dashboard
ENABLED_SERVICES+=,horizon
# Additional services
ENABLED_SERVICES+=,rabbit,tempest,mysql,etcd3,dstat
fi
# Global toggle for enabling services under mod_wsgi. If this is set to
# ``True`` all services that use HTTPD + mod_wsgi as the preferred method of
# deployment, will be deployed under Apache. If this is set to ``False`` all
# services will rely on the local toggle variable (e.g. ``KEYSTONE_USE_MOD_WSGI``)
ENABLE_HTTPD_MOD_WSGI_SERVICES=True
# Set the default Nova APIs to enable
NOVA_ENABLED_APIS=osapi_compute,metadata
# allow local overrides of env variables, including repo config
if [[ -f $RC_DIR/localrc ]]; then
# Old-style user-supplied config
source $RC_DIR/localrc
elif [[ -f $RC_DIR/.localrc.auto ]]; then
# New-style user-supplied config extracted from local.conf
source $RC_DIR/.localrc.auto
fi
# CELLSV2_SETUP - how we should configure services with cells v2
#
# - superconductor - this is one conductor for the api services, and
# one per cell managing the compute services. This is preferred
# - singleconductor - this is one conductor for the whole deployment,
# this is not recommended, and will be removed in the future.
CELLSV2_SETUP=${CELLSV2_SETUP:-"superconductor"}
# Set the root URL for Horizon
HORIZON_APACHE_ROOT="/dashboard"
# Whether to use user specific units for running services or global ones.
USER_UNITS=$(trueorfalse False USER_UNITS)
if [[ "$USER_UNITS" == "True" ]]; then
SYSTEMD_DIR="$HOME/.local/share/systemd/user"
SYSTEMCTL="systemctl --user"
else
SYSTEMD_DIR="/etc/systemd/system"
SYSTEMCTL="sudo systemctl"
fi
# Whether or not to enable Kernel Samepage Merging (KSM) if available.
# This allows programs that mark their memory as mergeable to share
# memory pages if they are identical. This is particularly useful with
# libvirt backends. This reduces memory usage at the cost of CPU overhead
# to scan memory. We default to enabling it because we tend to be more
# memory constrained than CPU bound.
ENABLE_KSM=$(trueorfalse True ENABLE_KSM)
# Passwords generated by interactive devstack runs
if [[ -r $RC_DIR/.localrc.password ]]; then
source $RC_DIR/.localrc.password
fi
# Control whether Python 3 should be used at all.
# TODO(frickler): Drop this when all consumers are fixed
export USE_PYTHON3=True
# Adding the specific version of Python 3 to this variable will install
# the app using that version of the interpreter instead of just 3.
_DEFAULT_PYTHON3_VERSION="$(_get_python_version python3)"
export PYTHON3_VERSION=${PYTHON3_VERSION:-${_DEFAULT_PYTHON3_VERSION:-3}}
# Create a virtualenv with this
# Use the built-in venv to avoid more dependencies
export VIRTUALENV_CMD="python3 -m venv"
# Default for log coloring is based on interactive-or-not.
# Baseline assumption is that non-interactive invocations are for CI,
# where logs are to be presented as browsable text files; hence color
# codes should be omitted.
# Simply override LOG_COLOR if your environment is different.
if [ -t 1 ]; then
_LOG_COLOR_DEFAULT=True
else
_LOG_COLOR_DEFAULT=False
fi
# Use color for logging output (only available if syslog is not used)
LOG_COLOR=$(trueorfalse $_LOG_COLOR_DEFAULT LOG_COLOR)
# Make tracing more educational
if [[ "$LOG_COLOR" == "True" ]]; then
# tput requires TERM or -T. If neither is present, use vt100, a
# no-frills least common denominator supported everywhere.
TPUT_T=
if ! [ $TERM ]; then
TPUT_T='-T vt100'
fi
export PS4='+\[$(tput '$TPUT_T' setaf 242)\]$(short_source)\[$(tput '$TPUT_T' sgr0)\] '
else
export PS4='+ $(short_source): '
fi
# Configure Identity API version
# TODO(frickler): Drop this when plugins no longer need it
IDENTITY_API_VERSION=3
# Global option for enforcing scope. If enabled, ENFORCE_SCOPE overrides
# each services ${SERVICE}_ENFORCE_SCOPE variables
ENFORCE_SCOPE=$(trueorfalse False ENFORCE_SCOPE)
# Devstack supports the use of a global virtualenv. These variables enable
# and disable this functionality as well as set the path to the virtualenv.
# Note that the DATA_DIR is selected because grenade testing uses a shared
# DATA_DIR but different DEST dirs and we don't want two sets of venvs,
# instead we want one global set.
GLOBAL_VENV=$(trueorfalse True GLOBAL_VENV)
DEVSTACK_VENV=${DEVSTACK_VENV:-$DATA_DIR/venv}
# Enable use of Python virtual environments. Individual project use of
# venvs are controlled by the PROJECT_VENV array; every project with
# an entry in the array will be installed into the named venv.
# By default this will put each project into its own venv.
USE_VENV=$(trueorfalse False USE_VENV)
# Add packages that need to be installed into a venv but are not in any
# requirmenets files here, in a comma-separated list
ADDITIONAL_VENV_PACKAGES=${ADITIONAL_VENV_PACKAGES:-""}
# This can be used to turn database query logging on and off
# (currently only implemented for MySQL backend)
DATABASE_QUERY_LOGGING=$(trueorfalse False DATABASE_QUERY_LOGGING)
# This can be used to turn on various non-default items in the
# performance_schema that are of interest to us
MYSQL_GATHER_PERFORMANCE=$(trueorfalse True MYSQL_GATHER_PERFORMANCE)
# This can be used to reduce the amount of memory mysqld uses while running.
# These are unscientifically determined, and could reduce performance or
# cause other issues.
MYSQL_REDUCE_MEMORY=$(trueorfalse True MYSQL_REDUCE_MEMORY)
# Set a timeout for git operations. If git is still running when the
# timeout expires, the command will be retried up to 3 times. This is
# in the format for timeout(1);
#
# DURATION is a floating point number with an optional suffix: 's'
# for seconds (the default), 'm' for minutes, 'h' for hours or 'd'
# for days.
#
# Zero disables timeouts
GIT_TIMEOUT=${GIT_TIMEOUT:-0}
# How should we be handling WSGI deployments. By default we're going
# to allow for 2 modes, which is "uwsgi" which runs with an apache
# proxy uwsgi in front of it, or "mod_wsgi", which runs in
# apache. mod_wsgi is deprecated, don't use it.
WSGI_MODE=${WSGI_MODE:-"uwsgi"}
# Repositories
# ------------
# Base GIT Repo URL
GIT_BASE=${GIT_BASE:-https://opendev.org}
# The location of REQUIREMENTS once cloned
REQUIREMENTS_DIR=${REQUIREMENTS_DIR:-$DEST/requirements}
# Which libraries should we install from git instead of using released
# versions on pypi?
#
# By default DevStack is now installing libraries from pypi instead of
# from git repositories by default. This works great if you are
# developing server components, but if you want to develop libraries
# and see them live in DevStack you need to tell DevStack it should
# install them from git.
#
# ex: LIBS_FROM_GIT=python-keystoneclient,oslo.config
#
# Will install those 2 libraries from git, the rest from pypi.
#
# Setting the variable to 'ALL' will activate the download for all
# libraries.
DEVSTACK_SERIES="2023.2"
##############
#
# OpenStack Server Components
#
##############
# block storage service
CINDER_REPO=${CINDER_REPO:-${GIT_BASE}/openstack/cinder.git}
CINDER_BRANCH=${CINDER_BRANCH:-$TARGET_BRANCH}
# image catalog service
GLANCE_REPO=${GLANCE_REPO:-${GIT_BASE}/openstack/glance.git}
GLANCE_BRANCH=${GLANCE_BRANCH:-$TARGET_BRANCH}
# django powered web control panel for openstack
HORIZON_REPO=${HORIZON_REPO:-${GIT_BASE}/openstack/horizon.git}
HORIZON_BRANCH=${HORIZON_BRANCH:-$TARGET_BRANCH}
# unified auth system (manages accounts/tokens)
KEYSTONE_REPO=${KEYSTONE_REPO:-${GIT_BASE}/openstack/keystone.git}
KEYSTONE_BRANCH=${KEYSTONE_BRANCH:-$TARGET_BRANCH}
# neutron service
NEUTRON_REPO=${NEUTRON_REPO:-${GIT_BASE}/openstack/neutron.git}
NEUTRON_BRANCH=${NEUTRON_BRANCH:-$TARGET_BRANCH}
# compute service
NOVA_REPO=${NOVA_REPO:-${GIT_BASE}/openstack/nova.git}
NOVA_BRANCH=${NOVA_BRANCH:-$TARGET_BRANCH}
# object storage service
SWIFT_REPO=${SWIFT_REPO:-${GIT_BASE}/openstack/swift.git}
SWIFT_BRANCH=${SWIFT_BRANCH:-$TARGET_BRANCH}
# placement service
PLACEMENT_REPO=${PLACEMENT_REPO:-${GIT_BASE}/openstack/placement.git}
PLACEMENT_BRANCH=${PLACEMENT_BRANCH:-$TARGET_BRANCH}
##############
#
# Testing Components
#
##############
# consolidated openstack requirements
REQUIREMENTS_REPO=${REQUIREMENTS_REPO:-${GIT_BASE}/openstack/requirements.git}
REQUIREMENTS_BRANCH=${REQUIREMENTS_BRANCH:-$TARGET_BRANCH}
# Tempest test suite
TEMPEST_REPO=${TEMPEST_REPO:-${GIT_BASE}/openstack/tempest.git}
TEMPEST_BRANCH=${TEMPEST_BRANCH:-$BRANCHLESS_TARGET_BRANCH}
TEMPEST_VENV_UPPER_CONSTRAINTS=${TEMPEST_VENV_UPPER_CONSTRAINTS:-master}
##############
#
# OpenStack Client Library Components
# Note default install is from pip, see LIBS_FROM_GIT
#
##############
# volume client
GITREPO["python-cinderclient"]=${CINDERCLIENT_REPO:-${GIT_BASE}/openstack/python-cinderclient.git}
GITBRANCH["python-cinderclient"]=${CINDERCLIENT_BRANCH:-$TARGET_BRANCH}
# os-brick client for local volume attachement
GITREPO["python-brick-cinderclient-ext"]=${BRICK_CINDERCLIENT_REPO:-${GIT_BASE}/openstack/python-brick-cinderclient-ext.git}
GITBRANCH["python-brick-cinderclient-ext"]=${BRICK_CINDERCLIENT_BRANCH:-$TARGET_BRANCH}
# python barbican client library
GITREPO["python-barbicanclient"]=${BARBICANCLIENT_REPO:-${GIT_BASE}/openstack/python-barbicanclient.git}
GITBRANCH["python-barbicanclient"]=${BARBICANCLIENT_BRANCH:-$TARGET_BRANCH}
GITDIR["python-barbicanclient"]=$DEST/python-barbicanclient
# python glance client library
GITREPO["python-glanceclient"]=${GLANCECLIENT_REPO:-${GIT_BASE}/openstack/python-glanceclient.git}
GITBRANCH["python-glanceclient"]=${GLANCECLIENT_BRANCH:-$TARGET_BRANCH}
# ironic client
GITREPO["python-ironicclient"]=${IRONICCLIENT_REPO:-${GIT_BASE}/openstack/python-ironicclient.git}
GITBRANCH["python-ironicclient"]=${IRONICCLIENT_BRANCH:-$TARGET_BRANCH}
# ironic plugin is out of tree, but nova uses it. set GITDIR here.
GITDIR["python-ironicclient"]=$DEST/python-ironicclient
# the base authentication plugins that clients use to authenticate
GITREPO["keystoneauth"]=${KEYSTONEAUTH_REPO:-${GIT_BASE}/openstack/keystoneauth.git}
GITBRANCH["keystoneauth"]=${KEYSTONEAUTH_BRANCH:-$TARGET_BRANCH}
# python keystone client library to nova that horizon uses
GITREPO["python-keystoneclient"]=${KEYSTONECLIENT_REPO:-${GIT_BASE}/openstack/python-keystoneclient.git}
GITBRANCH["python-keystoneclient"]=${KEYSTONECLIENT_BRANCH:-$TARGET_BRANCH}
# neutron client
GITREPO["python-neutronclient"]=${NEUTRONCLIENT_REPO:-${GIT_BASE}/openstack/python-neutronclient.git}
GITBRANCH["python-neutronclient"]=${NEUTRONCLIENT_BRANCH:-$TARGET_BRANCH}
# python client library to nova that horizon (and others) use
GITREPO["python-novaclient"]=${NOVACLIENT_REPO:-${GIT_BASE}/openstack/python-novaclient.git}
GITBRANCH["python-novaclient"]=${NOVACLIENT_BRANCH:-$TARGET_BRANCH}
# python swift client library
GITREPO["python-swiftclient"]=${SWIFTCLIENT_REPO:-${GIT_BASE}/openstack/python-swiftclient.git}
GITBRANCH["python-swiftclient"]=${SWIFTCLIENT_BRANCH:-$TARGET_BRANCH}
# consolidated openstack python client
GITREPO["python-openstackclient"]=${OPENSTACKCLIENT_REPO:-${GIT_BASE}/openstack/python-openstackclient.git}
GITBRANCH["python-openstackclient"]=${OPENSTACKCLIENT_BRANCH:-$TARGET_BRANCH}
# this doesn't exist in a lib file, so set it here
GITDIR["python-openstackclient"]=$DEST/python-openstackclient
# placement-api CLI
GITREPO["osc-placement"]=${OSC_PLACEMENT_REPO:-${GIT_BASE}/openstack/osc-placement.git}
GITBRANCH["osc-placement"]=${OSC_PLACEMENT_BRANCH:-$TARGET_BRANCH}
###################
#
# Oslo Libraries
# Note default install is from pip, see LIBS_FROM_GIT
#
###################
# castellan key manager interface
GITREPO["castellan"]=${CASTELLAN_REPO:-${GIT_BASE}/openstack/castellan.git}
GITBRANCH["castellan"]=${CASTELLAN_BRANCH:-$TARGET_BRANCH}
# cliff command line framework
GITREPO["cliff"]=${CLIFF_REPO:-${GIT_BASE}/openstack/cliff.git}
GITBRANCH["cliff"]=${CLIFF_BRANCH:-$TARGET_BRANCH}
# async framework/helpers
GITREPO["futurist"]=${FUTURIST_REPO:-${GIT_BASE}/openstack/futurist.git}
GITBRANCH["futurist"]=${FUTURIST_BRANCH:-$TARGET_BRANCH}
# debtcollector deprecation framework/helpers
GITREPO["debtcollector"]=${DEBTCOLLECTOR_REPO:-${GIT_BASE}/openstack/debtcollector.git}
GITBRANCH["debtcollector"]=${DEBTCOLLECTOR_BRANCH:-$TARGET_BRANCH}
# helpful state machines
GITREPO["automaton"]=${AUTOMATON_REPO:-${GIT_BASE}/openstack/automaton.git}
GITBRANCH["automaton"]=${AUTOMATON_BRANCH:-$TARGET_BRANCH}
# oslo.cache
GITREPO["oslo.cache"]=${OSLOCACHE_REPO:-${GIT_BASE}/openstack/oslo.cache.git}
GITBRANCH["oslo.cache"]=${OSLOCACHE_BRANCH:-$TARGET_BRANCH}
# oslo.concurrency
GITREPO["oslo.concurrency"]=${OSLOCON_REPO:-${GIT_BASE}/openstack/oslo.concurrency.git}
GITBRANCH["oslo.concurrency"]=${OSLOCON_BRANCH:-$TARGET_BRANCH}
# oslo.config
GITREPO["oslo.config"]=${OSLOCFG_REPO:-${GIT_BASE}/openstack/oslo.config.git}
GITBRANCH["oslo.config"]=${OSLOCFG_BRANCH:-$TARGET_BRANCH}
# oslo.context
GITREPO["oslo.context"]=${OSLOCTX_REPO:-${GIT_BASE}/openstack/oslo.context.git}
GITBRANCH["oslo.context"]=${OSLOCTX_BRANCH:-$TARGET_BRANCH}
# oslo.db
GITREPO["oslo.db"]=${OSLODB_REPO:-${GIT_BASE}/openstack/oslo.db.git}
GITBRANCH["oslo.db"]=${OSLODB_BRANCH:-$TARGET_BRANCH}
# oslo.i18n
GITREPO["oslo.i18n"]=${OSLOI18N_REPO:-${GIT_BASE}/openstack/oslo.i18n.git}
GITBRANCH["oslo.i18n"]=${OSLOI18N_BRANCH:-$TARGET_BRANCH}
# oslo.limit
GITREPO["oslo.limit"]=${OSLOLIMIT_REPO:-${GIT_BASE}/openstack/oslo.limit.git}
GITBRANCH["oslo.limit"]=${OSLOLIMIT_BRANCH:-$TARGET_BRANCH}
# oslo.log
GITREPO["oslo.log"]=${OSLOLOG_REPO:-${GIT_BASE}/openstack/oslo.log.git}
GITBRANCH["oslo.log"]=${OSLOLOG_BRANCH:-$TARGET_BRANCH}
# oslo.messaging
GITREPO["oslo.messaging"]=${OSLOMSG_REPO:-${GIT_BASE}/openstack/oslo.messaging.git}
GITBRANCH["oslo.messaging"]=${OSLOMSG_BRANCH:-$TARGET_BRANCH}
# oslo.middleware
GITREPO["oslo.middleware"]=${OSLOMID_REPO:-${GIT_BASE}/openstack/oslo.middleware.git}
GITBRANCH["oslo.middleware"]=${OSLOMID_BRANCH:-$TARGET_BRANCH}
# oslo.policy
GITREPO["oslo.policy"]=${OSLOPOLICY_REPO:-${GIT_BASE}/openstack/oslo.policy.git}
GITBRANCH["oslo.policy"]=${OSLOPOLICY_BRANCH:-$TARGET_BRANCH}
# oslo.privsep
GITREPO["oslo.privsep"]=${OSLOPRIVSEP_REPO:-${GIT_BASE}/openstack/oslo.privsep.git}
GITBRANCH["oslo.privsep"]=${OSLOPRIVSEP_BRANCH:-$TARGET_BRANCH}
# oslo.reports
GITREPO["oslo.reports"]=${OSLOREPORTS_REPO:-${GIT_BASE}/openstack/oslo.reports.git}
GITBRANCH["oslo.reports"]=${OSLOREPORTS_BRANCH:-$TARGET_BRANCH}
# oslo.rootwrap
GITREPO["oslo.rootwrap"]=${OSLORWRAP_REPO:-${GIT_BASE}/openstack/oslo.rootwrap.git}
GITBRANCH["oslo.rootwrap"]=${OSLORWRAP_BRANCH:-$TARGET_BRANCH}
# oslo.serialization
GITREPO["oslo.serialization"]=${OSLOSERIALIZATION_REPO:-${GIT_BASE}/openstack/oslo.serialization.git}
GITBRANCH["oslo.serialization"]=${OSLOSERIALIZATION_BRANCH:-$TARGET_BRANCH}
# oslo.service
GITREPO["oslo.service"]=${OSLOSERVICE_REPO:-${GIT_BASE}/openstack/oslo.service.git}
GITBRANCH["oslo.service"]=${OSLOSERVICE_BRANCH:-$TARGET_BRANCH}
# oslo.utils
GITREPO["oslo.utils"]=${OSLOUTILS_REPO:-${GIT_BASE}/openstack/oslo.utils.git}
GITBRANCH["oslo.utils"]=${OSLOUTILS_BRANCH:-$TARGET_BRANCH}
# oslo.versionedobjects
GITREPO["oslo.versionedobjects"]=${OSLOVERSIONEDOBJECTS_REPO:-${GIT_BASE}/openstack/oslo.versionedobjects.git}
GITBRANCH["oslo.versionedobjects"]=${OSLOVERSIONEDOBJECTS_BRANCH:-$TARGET_BRANCH}
# oslo.vmware
GITREPO["oslo.vmware"]=${OSLOVMWARE_REPO:-${GIT_BASE}/openstack/oslo.vmware.git}
GITBRANCH["oslo.vmware"]=${OSLOVMWARE_BRANCH:-$TARGET_BRANCH}
# osprofiler
GITREPO["osprofiler"]=${OSPROFILER_REPO:-${GIT_BASE}/openstack/osprofiler.git}
GITBRANCH["osprofiler"]=${OSPROFILER_BRANCH:-$TARGET_BRANCH}
# pycadf auditing library
GITREPO["pycadf"]=${PYCADF_REPO:-${GIT_BASE}/openstack/pycadf.git}
GITBRANCH["pycadf"]=${PYCADF_BRANCH:-$TARGET_BRANCH}
# stevedore plugin manager
GITREPO["stevedore"]=${STEVEDORE_REPO:-${GIT_BASE}/openstack/stevedore.git}
GITBRANCH["stevedore"]=${STEVEDORE_BRANCH:-$TARGET_BRANCH}
# taskflow plugin manager
GITREPO["taskflow"]=${TASKFLOW_REPO:-${GIT_BASE}/openstack/taskflow.git}
GITBRANCH["taskflow"]=${TASKFLOW_BRANCH:-$TARGET_BRANCH}
# tooz plugin manager
GITREPO["tooz"]=${TOOZ_REPO:-${GIT_BASE}/openstack/tooz.git}
GITBRANCH["tooz"]=${TOOZ_BRANCH:-$TARGET_BRANCH}
# pbr drives the setuptools configs
GITREPO["pbr"]=${PBR_REPO:-${GIT_BASE}/openstack/pbr.git}
GITBRANCH["pbr"]=${PBR_BRANCH:-$BRANCHLESS_TARGET_BRANCH}
##################
#
# Libraries managed by OpenStack programs (non oslo)
#
##################
# cursive library
GITREPO["cursive"]=${CURSIVE_REPO:-${GIT_BASE}/openstack/cursive.git}
GITBRANCH["cursive"]=${CURSIVE_BRANCH:-$TARGET_BRANCH}
# glance store library
GITREPO["glance_store"]=${GLANCE_STORE_REPO:-${GIT_BASE}/openstack/glance_store.git}
GITBRANCH["glance_store"]=${GLANCE_STORE_BRANCH:-$TARGET_BRANCH}
# keystone middleware
GITREPO["keystonemiddleware"]=${KEYSTONEMIDDLEWARE_REPO:-${GIT_BASE}/openstack/keystonemiddleware.git}
GITBRANCH["keystonemiddleware"]=${KEYSTONEMIDDLEWARE_BRANCH:-$TARGET_BRANCH}
# ceilometer middleware
GITREPO["ceilometermiddleware"]=${CEILOMETERMIDDLEWARE_REPO:-${GIT_BASE}/openstack/ceilometermiddleware.git}
GITBRANCH["ceilometermiddleware"]=${CEILOMETERMIDDLEWARE_BRANCH:-$TARGET_BRANCH}
GITDIR["ceilometermiddleware"]=$DEST/ceilometermiddleware
# openstacksdk OpenStack Python SDK
GITREPO["openstacksdk"]=${OPENSTACKSDK_REPO:-${GIT_BASE}/openstack/openstacksdk.git}
GITBRANCH["openstacksdk"]=${OPENSTACKSDK_BRANCH:-$TARGET_BRANCH}
# os-brick library to manage local volume attaches
GITREPO["os-brick"]=${OS_BRICK_REPO:-${GIT_BASE}/openstack/os-brick.git}
GITBRANCH["os-brick"]=${OS_BRICK_BRANCH:-$TARGET_BRANCH}
# os-client-config to manage clouds.yaml and friends
GITREPO["os-client-config"]=${OS_CLIENT_CONFIG_REPO:-${GIT_BASE}/openstack/os-client-config.git}
GITBRANCH["os-client-config"]=${OS_CLIENT_CONFIG_BRANCH:-$TARGET_BRANCH}
GITDIR["os-client-config"]=$DEST/os-client-config
# os-vif library to communicate between Neutron to Nova
GITREPO["os-vif"]=${OS_VIF_REPO:-${GIT_BASE}/openstack/os-vif.git}
GITBRANCH["os-vif"]=${OS_VIF_BRANCH:-$TARGET_BRANCH}
# osc-lib OpenStackClient common lib
GITREPO["osc-lib"]=${OSC_LIB_REPO:-${GIT_BASE}/openstack/osc-lib.git}
GITBRANCH["osc-lib"]=${OSC_LIB_BRANCH:-$TARGET_BRANCH}
# ironic common lib
GITREPO["ironic-lib"]=${IRONIC_LIB_REPO:-${GIT_BASE}/openstack/ironic-lib.git}
GITBRANCH["ironic-lib"]=${IRONIC_LIB_BRANCH:-$TARGET_BRANCH}
# this doesn't exist in a lib file, so set it here
GITDIR["ironic-lib"]=$DEST/ironic-lib
# diskimage-builder tool
GITREPO["diskimage-builder"]=${DIB_REPO:-${GIT_BASE}/openstack/diskimage-builder.git}
GITBRANCH["diskimage-builder"]=${DIB_BRANCH:-$BRANCHLESS_TARGET_BRANCH}
GITDIR["diskimage-builder"]=$DEST/diskimage-builder
# neutron-lib library containing neutron stable non-REST interfaces
GITREPO["neutron-lib"]=${NEUTRON_LIB_REPO:-${GIT_BASE}/openstack/neutron-lib.git}
GITBRANCH["neutron-lib"]=${NEUTRON_LIB_BRANCH:-$TARGET_BRANCH}
GITDIR["neutron-lib"]=$DEST/neutron-lib
# os-resource-classes library containing a list of standardized resource classes for OpenStack
GITREPO["os-resource-classes"]=${OS_RESOURCE_CLASSES_REPO:-${GIT_BASE}/openstack/os-resource-classes.git}
GITBRANCH["os-resource-classes"]=${OS_RESOURCE_CLASSES_BRANCH:-$TARGET_BRANCH}
# os-traits library for resource provider traits in the placement service
GITREPO["os-traits"]=${OS_TRAITS_REPO:-${GIT_BASE}/openstack/os-traits.git}
GITBRANCH["os-traits"]=${OS_TRAITS_BRANCH:-$TARGET_BRANCH}
# ovsdbapp used by neutron
GITREPO["ovsdbapp"]=${OVSDBAPP_REPO:-${GIT_BASE}/openstack/ovsdbapp.git}
GITBRANCH["ovsdbapp"]=${OVSDBAPP_BRANCH:-$TARGET_BRANCH}
GITDIR["ovsdbapp"]=$DEST/ovsdbapp
# os-ken used by neutron
GITREPO["os-ken"]=${OS_KEN_REPO:-${GIT_BASE}/openstack/os-ken.git}
GITBRANCH["os-ken"]=${OS_KEN_BRANCH:-$TARGET_BRANCH}
GITDIR["os-ken"]=$DEST/os-ken
##################
#
# TripleO / Heat Agent Components
#
##################
# run-parts script required by os-refresh-config
DIB_UTILS_REPO=${DIB_UTILS_REPO:-${GIT_BASE}/openstack/dib-utils.git}
DIB_UTILS_BRANCH=${DIB_UTILS_BRANCH:-$BRANCHLESS_TARGET_BRANCH}
# os-apply-config configuration template tool
OAC_REPO=${OAC_REPO:-${GIT_BASE}/openstack/os-apply-config.git}
OAC_BRANCH=${OAC_BRANCH:-$TRAILING_TARGET_BRANCH}
# os-collect-config configuration agent
OCC_REPO=${OCC_REPO:-${GIT_BASE}/openstack/os-collect-config.git}
OCC_BRANCH=${OCC_BRANCH:-$TRAILING_TARGET_BRANCH}
# os-refresh-config configuration run-parts tool
ORC_REPO=${ORC_REPO:-${GIT_BASE}/openstack/os-refresh-config.git}
ORC_BRANCH=${ORC_BRANCH:-$TRAILING_TARGET_BRANCH}
#################
#
# 3rd Party Components (non pip installable)
#
# NOTE(sdague): these should be converted to release version installs or removed
#
#################
# ironic python agent
IRONIC_PYTHON_AGENT_REPO=${IRONIC_PYTHON_AGENT_REPO:-${GIT_BASE}/openstack/ironic-python-agent.git}
IRONIC_PYTHON_AGENT_BRANCH=${IRONIC_PYTHON_AGENT_BRANCH:-$TARGET_BRANCH}
# a websockets/html5 or flash powered VNC console for vm instances
NOVNC_REPO=${NOVNC_REPO:-https://github.com/novnc/novnc.git}
NOVNC_BRANCH=${NOVNC_BRANCH:-v1.3.0}
# a websockets/html5 or flash powered SPICE console for vm instances
SPICE_REPO=${SPICE_REPO:-http://anongit.freedesktop.org/git/spice/spice-html5.git}
SPICE_BRANCH=${SPICE_BRANCH:-$BRANCHLESS_TARGET_BRANCH}
# Global flag used to configure Tempest and potentially other services if
# volume multiattach is supported. In Queens, only the libvirt compute driver
# and lvm volume driver support multiattach, and qemu must be less than 2.10
# or libvirt must be greater than or equal to 3.10.
ENABLE_VOLUME_MULTIATTACH=$(trueorfalse False ENABLE_VOLUME_MULTIATTACH)
# Nova hypervisor configuration. We default to libvirt with **kvm** but will
# drop back to **qemu** if we are unable to load the kvm module. ``stack.sh`` can
# also install an **LXC** or **OpenVZ** based system.
DEFAULT_VIRT_DRIVER=libvirt
VIRT_DRIVER=${VIRT_DRIVER:-$DEFAULT_VIRT_DRIVER}
case "$VIRT_DRIVER" in
ironic|libvirt)
LIBVIRT_TYPE=${LIBVIRT_TYPE:-kvm}
LIBVIRT_CPU_MODE=${LIBVIRT_CPU_MODE:-custom}
LIBVIRT_CPU_MODEL=${LIBVIRT_CPU_MODEL:-Nehalem}
if [[ "$os_VENDOR" =~ (Debian|Ubuntu) ]]; then
# The groups change with newer libvirt. Older Ubuntu used
# 'libvirtd', but now uses libvirt like Debian. Do a quick check
# to see if libvirtd group already exists to handle grenade's case.
LIBVIRT_GROUP=$(cut -d ':' -f 1 /etc/group | grep 'libvirtd$' || true)
LIBVIRT_GROUP=${LIBVIRT_GROUP:-libvirt}
else
LIBVIRT_GROUP=libvirtd
fi
;;
lxd)
LXD_GROUP=${LXD_GROUP:-"lxd"}
;;
docker|zun)
DOCKER_GROUP=${DOCKER_GROUP:-"docker"}
;;
fake)
NUMBER_FAKE_NOVA_COMPUTE=${NUMBER_FAKE_NOVA_COMPUTE:-1}
;;
*)
;;
esac
# Images
# ------
# Specify a comma-separated list of images to download and install into glance.
# Supported urls here are:
# * "uec-style" images:
# If the file ends in .tar.gz, uncompress the tarball and and select the first
# .img file inside it as the image. If present, use "*-vmlinuz*" as the kernel
# and "*-initrd*" as the ramdisk
# example: https://cloud-images.ubuntu.com/releases/jammy/release/ubuntu-22.04-server-cloudimg-amd64.tar.gz
# * disk image (*.img,*.img.gz)
# if file ends in .img, then it will be uploaded and registered as a to
# glance as a disk image. If it ends in .gz, it is uncompressed first.
# example:
# https://cloud-images.ubuntu.com/releases/jammy/release/ubuntu-22.04-server-cloudimg-amd64.img
# https://download.cirros-cloud.net/${CIRROS_VERSION}/cirros-${CIRROS_VERSION}-${CIRROS_ARCH}-rootfs.img.gz
# * OpenVZ image:
# OpenVZ uses its own format of image, and does not support UEC style images
#IMAGE_URLS="https://download.cirros-cloud.net/${CIRROS_VERSION}/cirros-${CIRROS_VERSION}-${CIRROS_ARCH}-disk.img" # cirros full disk image
CIRROS_VERSION=${CIRROS_VERSION:-"0.6.2"}
CIRROS_ARCH=${CIRROS_ARCH:-$(uname -m)}
# Set default image based on ``VIRT_DRIVER`` and ``LIBVIRT_TYPE``, either of
# which may be set in ``local.conf``. Also allow ``DEFAULT_IMAGE_NAME`` and
# ``IMAGE_URLS`` to be set in the `localrc` section of ``local.conf``.
DOWNLOAD_DEFAULT_IMAGES=$(trueorfalse True DOWNLOAD_DEFAULT_IMAGES)
if [[ "$DOWNLOAD_DEFAULT_IMAGES" == "True" ]]; then
if [[ -n "$IMAGE_URLS" ]]; then
IMAGE_URLS+=","
fi
case "$VIRT_DRIVER" in
libvirt)
case "$LIBVIRT_TYPE" in
lxc) # the cirros root disk in the uec tarball is empty, so it will not work for lxc
DEFAULT_IMAGE_NAME=${DEFAULT_IMAGE_NAME:-cirros-${CIRROS_VERSION}-${CIRROS_ARCH}-rootfs}
DEFAULT_IMAGE_FILE_NAME=${DEFAULT_IMAGE_FILE_NAME:-cirros-${CIRROS_VERSION}-${CIRROS_ARCH}-rootfs.img.gz}
IMAGE_URLS+="https://download.cirros-cloud.net/${CIRROS_VERSION}/${DEFAULT_IMAGE_FILE_NAME}";;
*) # otherwise, use the qcow image
DEFAULT_IMAGE_NAME=${DEFAULT_IMAGE_NAME:-cirros-${CIRROS_VERSION}-${CIRROS_ARCH}-disk}
DEFAULT_IMAGE_FILE_NAME=${DEFAULT_IMAGE_FILE_NAME:-cirros-${CIRROS_VERSION}-${CIRROS_ARCH}-disk.img}
IMAGE_URLS+="https://download.cirros-cloud.net/${CIRROS_VERSION}/${DEFAULT_IMAGE_FILE_NAME}";;
esac
;;
vsphere)
DEFAULT_IMAGE_NAME=${DEFAULT_IMAGE_NAME:-cirros-0.3.2-i386-disk.vmdk}
DEFAULT_IMAGE_FILE_NAME=${DEFAULT_IMAGE_FILE_NAME:-$DEFAULT_IMAGE_NAME}
IMAGE_URLS+="http://partnerweb.vmware.com/programs/vmdkimage/${DEFAULT_IMAGE_FILE_NAME}";;
fake)
# Use the same as the default for libvirt
DEFAULT_IMAGE_NAME=${DEFAULT_IMAGE_NAME:-cirros-${CIRROS_VERSION}-${CIRROS_ARCH}-disk}
DEFAULT_IMAGE_FILE_NAME=${DEFAULT_IMAGE_FILE_NAME:-cirros-${CIRROS_VERSION}-${CIRROS_ARCH}-disk.img}
IMAGE_URLS+="http://download.cirros-cloud.net/${CIRROS_VERSION}/${DEFAULT_IMAGE_FILE_NAME}";;
esac
DOWNLOAD_DEFAULT_IMAGES=False
fi
# This is a comma separated list of extra URLS to be listed for
# download by the tools/image_list.sh script. CI environments can
# pre-download these URLS and place them in $FILES. Later scripts can
# then use "get_extra_file <url>" which will print out the path to the
# file; it will either be downloaded on demand or acquired from the
# cache if there.
EXTRA_CACHE_URLS=""
# etcd3 defaults
ETCD_VERSION=${ETCD_VERSION:-v3.3.12}
ETCD_SHA256_AMD64=${ETCD_SHA256_AMD64:-"dc5d82df095dae0a2970e4d870b6929590689dd707ae3d33e7b86da0f7f211b6"}
ETCD_SHA256_ARM64=${ETCD_SHA256_ARM64:-"170b848ac1a071fe7d495d404a868a2c0090750b2944f8a260ef1c6125b2b4f4"}
ETCD_SHA256_PPC64=${ETCD_SHA256_PPC64:-"77f807b1b51abbf51e020bb05bdb8ce088cb58260fcd22749ea32eee710463d3"}
# etcd v3.2.x doesn't have anything for s390x
ETCD_SHA256_S390X=${ETCD_SHA256_S390X:-""}
# Make sure etcd3 downloads the correct architecture
if is_arch "x86_64"; then
ETCD_ARCH="amd64"
ETCD_SHA256=${ETCD_SHA256:-$ETCD_SHA256_AMD64}
elif is_arch "aarch64"; then
ETCD_ARCH="arm64"
ETCD_SHA256=${ETCD_SHA256:-$ETCD_SHA256_ARM64}
elif is_arch "ppc64le"; then
ETCD_ARCH="ppc64le"
ETCD_SHA256=${ETCD_SHA256:-$ETCD_SHA256_PPC64}
elif is_arch "s390x"; then
# An etcd3 binary for s390x is not available on github like it is
# for other arches. Only continue if a custom download URL was
# provided.
if [[ -n "${ETCD_DOWNLOAD_URL}" ]]; then
ETCD_ARCH="s390x"
ETCD_SHA256=${ETCD_SHA256:-$ETCD_SHA256_S390X}
else
exit_distro_not_supported "etcd3. No custom ETCD_DOWNLOAD_URL provided."
fi
else
exit_distro_not_supported "invalid hardware type - $ETCD_ARCH"
fi
ETCD_PORT=${ETCD_PORT:-2379}
ETCD_PEER_PORT=${ETCD_PEER_PORT:-2380}
ETCD_DOWNLOAD_URL=${ETCD_DOWNLOAD_URL:-https://github.com/etcd-io/etcd/releases/download}
ETCD_NAME=etcd-$ETCD_VERSION-linux-$ETCD_ARCH
ETCD_DOWNLOAD_FILE=$ETCD_NAME.tar.gz
ETCD_DOWNLOAD_LOCATION=$ETCD_DOWNLOAD_URL/$ETCD_VERSION/$ETCD_DOWNLOAD_FILE
# etcd is always required, so place it into list of pre-cached downloads
EXTRA_CACHE_URLS+=",$ETCD_DOWNLOAD_LOCATION"
# Cache settings
CACHE_BACKEND=${CACHE_BACKEND:-"dogpile.cache.memcached"}
MEMCACHE_SERVERS=${MEMCACHE_SERVERS:-"localhost:11211"}
# Detect duplicate values in IMAGE_URLS
for image_url in ${IMAGE_URLS//,/ }; do
if [ $(echo "$IMAGE_URLS" | grep -o -F "$image_url" | wc -l) -gt 1 ]; then
die $LINENO "$image_url is duplicate, please remove it from IMAGE_URLS."
fi
done
# 30Gb default volume backing file size
VOLUME_BACKING_FILE_SIZE=${VOLUME_BACKING_FILE_SIZE:-30G}
# Prefixes for volume and instance names
VOLUME_NAME_PREFIX=${VOLUME_NAME_PREFIX:-volume-}
INSTANCE_NAME_PREFIX=${INSTANCE_NAME_PREFIX:-instance-}
# Set default port for nova-objectstore
S3_SERVICE_PORT=${S3_SERVICE_PORT:-3333}
# Common network names
PRIVATE_NETWORK_NAME=${PRIVATE_NETWORK_NAME:-"private"}
PUBLIC_NETWORK_NAME=${PUBLIC_NETWORK_NAME:-"public"}
PUBLIC_INTERFACE=${PUBLIC_INTERFACE:-""}
# Allow the use of an alternate protocol (such as https) for service endpoints
SERVICE_PROTOCOL=${SERVICE_PROTOCOL:-http}
# Sets the maximum number of workers for most services to reduce
# the memory used where there are a large number of CPUs present
# (the default number of workers for many services is the number of CPUs)
# Also sets the minimum number of workers to 2.
API_WORKERS=${API_WORKERS:=$(( ($(nproc)/4)<2 ? 2 : ($(nproc)/4) ))}
# Service startup timeout
SERVICE_TIMEOUT=${SERVICE_TIMEOUT:-60}
# Timeout for compute node registration in Nova
NOVA_READY_TIMEOUT=${NOVA_READY_TIMEOUT:-$SERVICE_TIMEOUT}
# Service graceful shutdown timeout
SERVICE_GRACEFUL_SHUTDOWN_TIMEOUT=${SERVICE_GRACEFUL_SHUTDOWN_TIMEOUT:-5}
# Service graceful shutdown timeout
WORKER_TIMEOUT=${WORKER_TIMEOUT:-80}
# Common Configuration
# --------------------
# Set ``OFFLINE`` to ``True`` to configure ``stack.sh`` to run cleanly without
# Internet access. ``stack.sh`` must have been previously run with Internet
# access to install prerequisites and fetch repositories.
OFFLINE=$(trueorfalse False OFFLINE)
# Set ``ERROR_ON_CLONE`` to ``True`` to configure ``stack.sh`` to exit if
# the destination git repository does not exist during the ``git_clone``
# operation.
ERROR_ON_CLONE=$(trueorfalse False ERROR_ON_CLONE)
# Whether to enable the debug log level in OpenStack services
ENABLE_DEBUG_LOG_LEVEL=$(trueorfalse True ENABLE_DEBUG_LOG_LEVEL)
# Set fixed and floating range here so we can make sure not to use addresses
# from either range when attempting to guess the IP to use for the host.
# Note that setting ``FIXED_RANGE`` may be necessary when running DevStack
# in an OpenStack cloud that uses either of these address ranges internally.
FLOATING_RANGE=${FLOATING_RANGE:-172.24.4.0/24}
IPV4_ADDRS_SAFE_TO_USE=${IPV4_ADDRS_SAFE_TO_USE:-10.0.0.0/22}
FIXED_RANGE=${FIXED_RANGE:-$IPV4_ADDRS_SAFE_TO_USE}
HOST_IP_IFACE=${HOST_IP_IFACE:-}
HOST_IP=${HOST_IP:-}
HOST_IPV6=${HOST_IPV6:-}
HOST_IP=$(get_default_host_ip "$FIXED_RANGE" "$FLOATING_RANGE" "$HOST_IP_IFACE" "$HOST_IP" "inet")
if [ "$HOST_IP" == "" ]; then
die $LINENO "Could not determine host ip address. See local.conf for suggestions on setting HOST_IP."
fi
HOST_IPV6=$(get_default_host_ip "" "" "$HOST_IP_IFACE" "$HOST_IPV6" "inet6")
# Whether or not the port_security extension should be enabled for Neutron.
NEUTRON_PORT_SECURITY=$(trueorfalse True NEUTRON_PORT_SECURITY)
# SERVICE IP version
# This is the IP version that services should be listening on, as well
# as using to register their endpoints with keystone.
SERVICE_IP_VERSION=${SERVICE_IP_VERSION:-4}
# Validate SERVICE_IP_VERSION
# It would be nice to support "4+6" here as well, but that will require
# multiple calls into keystone to register endpoints, so for now let's
# just support one or the other.
if [[ $SERVICE_IP_VERSION != "4" ]] && [[ $SERVICE_IP_VERSION != "6" ]]; then
die $LINENO "SERVICE_IP_VERSION must be either 4 or 6"
fi
if [[ "$SERVICE_IP_VERSION" == 4 ]]; then
DEF_SERVICE_HOST=$HOST_IP
DEF_SERVICE_LOCAL_HOST=127.0.0.1
DEF_SERVICE_LISTEN_ADDRESS=0.0.0.0
fi
if [[ "$SERVICE_IP_VERSION" == 6 ]]; then
if [ "$HOST_IPV6" == "" ]; then
die $LINENO "Could not determine host IPv6 address. See local.conf for suggestions on setting HOST_IPV6."
fi
DEF_SERVICE_HOST=[$HOST_IPV6]
DEF_SERVICE_LOCAL_HOST=::1
DEF_SERVICE_LISTEN_ADDRESS="[::]"
fi
# This is either 0.0.0.0 for IPv4 or [::] for IPv6
SERVICE_LISTEN_ADDRESS=${SERVICE_LISTEN_ADDRESS:-${DEF_SERVICE_LISTEN_ADDRESS}}
# Allow the use of an alternate hostname (such as localhost/127.0.0.1) for
# service endpoints. Default is dependent on SERVICE_IP_VERSION above.
SERVICE_HOST=${SERVICE_HOST:-${DEF_SERVICE_HOST}}
# This is either 127.0.0.1 for IPv4 or ::1 for IPv6
SERVICE_LOCAL_HOST=${SERVICE_LOCAL_HOST:-${DEF_SERVICE_LOCAL_HOST}}
# TUNNEL IP version
# This is the IP version to use for tunnel endpoints
TUNNEL_IP_VERSION=${TUNNEL_IP_VERSION:-4}
# Validate TUNNEL_IP_VERSION
if [[ $TUNNEL_IP_VERSION != "4" ]] && [[ $TUNNEL_IP_VERSION != "6" ]]; then
die $LINENO "TUNNEL_IP_VERSION must be either 4 or 6"
fi
if [[ "$TUNNEL_IP_VERSION" == 4 ]]; then
DEF_TUNNEL_ENDPOINT_IP=$HOST_IP
fi
if [[ "$TUNNEL_IP_VERSION" == 6 ]]; then
# Only die if the user has not over-ridden the endpoint IP
if [[ "$HOST_IPV6" == "" ]] && [[ "$TUNNEL_ENDPOINT_IP" == "" ]]; then
die $LINENO "Could not determine host IPv6 address. See local.conf for suggestions on setting HOST_IPV6."
fi
DEF_TUNNEL_ENDPOINT_IP=$HOST_IPV6
fi
# Allow the use of an alternate address for tunnel endpoints.
# Default is dependent on TUNNEL_IP_VERSION above.
TUNNEL_ENDPOINT_IP=${TUNNEL_ENDPOINT_IP:-${DEF_TUNNEL_ENDPOINT_IP}}
# Configure services to use syslog instead of writing to individual log files
SYSLOG=$(trueorfalse False SYSLOG)
SYSLOG_HOST=${SYSLOG_HOST:-$HOST_IP}
SYSLOG_PORT=${SYSLOG_PORT:-516}
# Set global ``GIT_DEPTH=<number>`` to limit the history depth of the git clone
# Set to 0 to disable shallow cloning
GIT_DEPTH=${GIT_DEPTH:-0}
# We may not need to recreate database in case 2 Keystone services
# sharing the same database. It would be useful for multinode Grenade tests.
RECREATE_KEYSTONE_DB=$(trueorfalse True RECREATE_KEYSTONE_DB)
# Following entries need to be last items in file
# New way is LOGDIR for all logs and LOGFILE for stack.sh trace log, but if not fully-qualified will be in LOGDIR
# LOGFILE LOGDIR output
# not set not set (new) set LOGDIR from default
# set not set stack.sh log to LOGFILE, (new) set LOGDIR from LOGFILE
# not set set screen logs to LOGDIR
# set set stack.sh log to LOGFILE, screen logs to LOGDIR
# Set up new logging defaults
if [[ -z "${LOGDIR:-}" ]]; then
default_logdir=$DEST/logs
if [[ -z "${LOGFILE:-}" ]]; then
# Nothing is set, we need a default
LOGDIR="$default_logdir"
else
# Set default LOGDIR
LOGDIR="${LOGFILE%/*}"
logfile="${LOGFILE##*/}"
if [[ -z "$LOGDIR" || "$LOGDIR" == "$logfile" ]]; then
# LOGFILE had no path, set a default
LOGDIR="$default_logdir"
fi
fi
unset default_logdir logfile
fi
# ``LOGDIR`` is always set at this point so it is not useful as a 'enable' for service logs
# System-wide ulimit file descriptors override
ULIMIT_NOFILE=${ULIMIT_NOFILE:-2048}
# Local variables:
# mode: shell-script
# End:
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