Name:         cinder-bin
Namespace:    openstack
Labels:       app.kubernetes.io/managed-by=Helm
Annotations:  meta.helm.sh/release-name: cinder
              meta.helm.sh/release-namespace: openstack

Data
====
ceph-keyring.sh:
----
#!/bin/bash



set -ex
export HOME=/tmp

cat <<EOF > /etc/ceph/ceph.client.${RBD_USER}.keyring
[client.${RBD_USER}]
    key = $(cat /tmp/client-keyring)
EOF

exit 0

cinder-scheduler.sh:
----
#!/bin/bash



set -ex
exec cinder-scheduler \
      --config-file /etc/cinder/cinder.conf

create-internal-tenant.sh:
----
#!/bin/bash



set -ex


USER_PROJECT_ID=$(openstack project create --or-show --enable -f value -c id \
    --domain="${PROJECT_DOMAIN_ID}" \
    "${INTERNAL_PROJECT_NAME}");

USER_ID=$(openstack user create --or-show --enable -f value -c id \
    --domain="${USER_DOMAIN_ID}" \
    --project-domain="${PROJECT_DOMAIN_ID}" \
    --project="${USER_PROJECT_ID}" \
    "${INTERNAL_USER_NAME}");

rally-test.sh:
----
#!/bin/bash
set -ex

: "${RALLY_ENV_NAME:="openstack-helm"}"
: "${OS_INTERFACE:="public"}"
: "${RALLY_CLEANUP:="true"}"

if [ "x$RALLY_CLEANUP" == "xtrue" ]; then
  function rally_cleanup {
    openstack user delete \
        --domain="${SERVICE_OS_USER_DOMAIN_NAME}" \
        "${SERVICE_OS_USERNAME}"
    VOLUMES=$(openstack volume list -f value | grep -e "^s_rally_" | awk '{ print $1 }')
    if [ -n "$VOLUMES" ]; then
      echo $VOLUMES | xargs openstack volume delete
    fi
    
  }
  trap rally_cleanup EXIT
fi

function create_or_update_db () {
  revisionResults=$(rally db revision)
  if [ $revisionResults = "None"  ]
  then
    rally db create
  else
    rally db upgrade
  fi
}

create_or_update_db

cat > /tmp/rally-config.json << EOF
{
    "openstack": {
        "auth_url": "${OS_AUTH_URL}",
        "region_name": "${OS_REGION_NAME}",
        "endpoint_type": "${OS_INTERFACE}",
        "admin": {
            "username": "${OS_USERNAME}",
            "password": "${OS_PASSWORD}",
            "user_domain_name": "${OS_USER_DOMAIN_NAME}",
            "project_name": "${OS_PROJECT_NAME}",
            "project_domain_name": "${OS_PROJECT_DOMAIN_NAME}"
        },
        "users": [
            {
                "username": "${SERVICE_OS_USERNAME}",
                "password": "${SERVICE_OS_PASSWORD}",
                "project_name": "${SERVICE_OS_PROJECT_NAME}",
                "user_domain_name": "${SERVICE_OS_USER_DOMAIN_NAME}",
                "project_domain_name": "${SERVICE_OS_PROJECT_DOMAIN_NAME}"
            }
        ],
        "https_insecure": false,
        "https_cacert": "${OS_CACERT}"
    }
}
EOF
rally deployment create --file /tmp/rally-config.json --name "${RALLY_ENV_NAME}"
rm -f /tmp/rally-config.json
rally deployment use "${RALLY_ENV_NAME}"
rally deployment check
rally task validate /etc/rally/rally_tests.yaml
rally task start /etc/rally/rally_tests.yaml
rally task sla-check
rally env cleanup
rally deployment destroy --deployment "${RALLY_ENV_NAME}"

storage-init.sh:
----
#!/bin/bash



set -x
if [ "x$STORAGE_BACKEND" == "xcinder.volume.drivers.rbd.RBDDriver" ]; then
  SECRET=$(mktemp --suffix .yaml)
  KEYRING=$(mktemp --suffix .keyring)
  function cleanup {
      rm -f ${SECRET} ${KEYRING}
  }
  trap cleanup EXIT
fi

set -ex
if [ "x$STORAGE_BACKEND" == "xcinder.volume.drivers.rbd.RBDDriver" ]; then
  ceph -s
  function ensure_pool () {
    ceph osd pool stats $1 || ceph osd pool create $1 $2
    if [[ $(ceph mgr versions | awk '/version/{print $3}' | cut -d. -f1) -ge 12 ]]; then
        ceph osd pool application enable $1 $3
    fi
    size_protection=$(ceph osd pool get $1 nosizechange | cut -f2 -d: | tr -d '[:space:]')
    ceph osd pool set $1 nosizechange 0
    ceph osd pool set $1 size ${RBD_POOL_REPLICATION} --yes-i-really-mean-it
    ceph osd pool set $1 nosizechange ${size_protection}
    ceph osd pool set $1 crush_rule "${RBD_POOL_CRUSH_RULE}"
  }
  ensure_pool ${RBD_POOL_NAME} ${RBD_POOL_CHUNK_SIZE} ${RBD_POOL_APP_NAME}

  if USERINFO=$(ceph auth get client.${RBD_POOL_USER}); then
    echo "Cephx user client.${RBD_POOL_USER} already exist."
    echo "Update its cephx caps"
    ceph auth caps client.${RBD_POOL_USER} \
      mon "profile rbd" \
      osd "profile rbd"
    ceph auth get client.${RBD_POOL_USER} -o ${KEYRING}
  else
    #NOTE(JCL): Restrict Cinder permissions to what is needed. MON Read only and RBD access to Cinder pool only.
    ceph auth get-or-create client.${RBD_POOL_USER} \
      mon "profile rbd" \
      osd "profile rbd" \
      -o ${KEYRING}
  fi

  ENCODED_KEYRING=$(sed -n 's/^[[:blank:]]*key[[:blank:]]\+=[[:blank:]]\(.*\)/\1/p' ${KEYRING} | base64 -w0)
  cat > ${SECRET} <<EOF
apiVersion: v1
kind: Secret
metadata:
  name: "${RBD_POOL_SECRET}"
type: kubernetes.io/rbd
data:
  key: $( echo ${ENCODED_KEYRING} )
EOF
  kubectl apply --namespace ${NAMESPACE} -f ${SECRET}

fi

bootstrap.sh:
----
#!/bin/bash



set -ex
export HOME=/tmp
        openstack volume type show rbd1 || \
        openstack volume type create \
        --public \
        --property volume_backend_name=rbd1 \
        rbd1
openstack volume type list --long
openstack volume qos list

exit 0

ks-service.sh:
----
#!/bin/bash

# Copyright 2017 Pete Birley
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.

set -ex

# Service boilerplate description
OS_SERVICE_DESC="${OS_REGION_NAME}: ${OS_SERVICE_NAME} (${OS_SERVICE_TYPE}) service"

# Get Service ID if it exists
unset OS_SERVICE_ID

# FIXME - There seems to be an issue once in a while where the
# openstack service list fails and encounters an error message such as:
#   Unable to establish connection to
#   https://keystone-api.openstack.svc.cluster.local:5000/v3/auth/tokens:
#   ('Connection aborted.', OSError("(104, 'ECONNRESET')",))
# During an upgrade scenario, this would cause the OS_SERVICE_ID to be blank
# and it would attempt to create a new service when it was not needed.
# This duplciate service would sometimes be used by other services such as
# Horizon and would give an 'Invalid Service Catalog' error.
# This loop allows for a 'retry' of the openstack service list in an
# attempt to get the service list as expected if it does ecounter an error.
# This loop and recheck can be reverted once the underlying issue is addressed.

# If OS_SERVICE_ID is blank then wait a few seconds to give it
# additional time and try again
for i in $(seq 3)
do
  OS_SERVICE_ID=$( openstack service list -f csv --quote none | \
                   grep ",${OS_SERVICE_NAME},${OS_SERVICE_TYPE}$" | \
                   sed -e "s/,${OS_SERVICE_NAME},${OS_SERVICE_TYPE}//g" )

  # If the service was found, go ahead and exit successfully.
  if [[ -n "${OS_SERVICE_ID}" ]]; then
    exit 0
  fi

  sleep 2
done

# If we've reached this point and a Service ID was not found,
# then create the service
OS_SERVICE_ID=$(openstack service create -f value -c id \
                --name="${OS_SERVICE_NAME}" \
                --description "${OS_SERVICE_DESC}" \
                --enable \
                "${OS_SERVICE_TYPE}")

rabbit-init.sh:
----
#!/bin/bash
set -e
# Extract connection details
RABBIT_HOSTNAME=$(echo "${RABBITMQ_ADMIN_CONNECTION}" | \
  awk -F'[@]' '{print $2}' | \
  awk -F'[:/]' '{print $1}')
RABBIT_PORT=$(echo "${RABBITMQ_ADMIN_CONNECTION}" | \
  awk -F'[@]' '{print $2}' | \
  awk -F'[:/]' '{print $2}')

# Extract Admin User creadential
RABBITMQ_ADMIN_USERNAME=$(echo "${RABBITMQ_ADMIN_CONNECTION}" | \
  awk -F'[@]' '{print $1}' | \
  awk -F'[//:]' '{print $4}')
RABBITMQ_ADMIN_PASSWORD=$(echo "${RABBITMQ_ADMIN_CONNECTION}" | \
  awk -F'[@]' '{print $1}' | \
  awk -F'[//:]' '{print $5}' | \
  sed 's/%/\\x/g' | \
  xargs -0 printf "%b")

# Extract User creadential
RABBITMQ_USERNAME=$(echo "${RABBITMQ_USER_CONNECTION}" | \
  awk -F'[@]' '{print $1}' | \
  awk -F'[//:]' '{print $4}')
RABBITMQ_PASSWORD=$(echo "${RABBITMQ_USER_CONNECTION}" | \
  awk -F'[@]' '{print $1}' | \
  awk -F'[//:]' '{print $5}' | \
  sed 's/%/\\x/g' | \
  xargs -0 printf "%b")

# Extract User vHost
RABBITMQ_VHOST=$(echo "${RABBITMQ_USER_CONNECTION}" | \
  awk -F'[@]' '{print $2}' | \
  awk -F'[:/]' '{print $3}')
# Resolve vHost to / if no value is set
RABBITMQ_VHOST="${RABBITMQ_VHOST:-/}"

function rabbitmqadmin_cli () {
  if [ -n "$RABBITMQ_X509" ]
  then
    rabbitmqadmin \
      --ssl \
      --ssl-disable-hostname-verification \
      --ssl-ca-cert-file="${USER_CERT_PATH}/ca.crt" \
      --ssl-cert-file="${USER_CERT_PATH}/tls.crt" \
      --ssl-key-file="${USER_CERT_PATH}/tls.key" \
      --host="${RABBIT_HOSTNAME}" \
      --port="${RABBIT_PORT}" \
      --username="${RABBITMQ_ADMIN_USERNAME}" \
      --password="${RABBITMQ_ADMIN_PASSWORD}" \
      ${@}
  else
    rabbitmqadmin \
      --host="${RABBIT_HOSTNAME}" \
      --port="${RABBIT_PORT}" \
      --username="${RABBITMQ_ADMIN_USERNAME}" \
      --password="${RABBITMQ_ADMIN_PASSWORD}" \
      ${@}
  fi
}

echo "Managing: User: ${RABBITMQ_USERNAME}"
rabbitmqadmin_cli \
  declare user \
  name="${RABBITMQ_USERNAME}" \
  password="${RABBITMQ_PASSWORD}" \
  tags="user"

echo "Deleting Guest User"
rabbitmqadmin_cli \
  delete user \
  name="guest" || true

if [ "${RABBITMQ_VHOST}" != "/" ]
then
  echo "Managing: vHost: ${RABBITMQ_VHOST}"
  rabbitmqadmin_cli \
    declare vhost \
    name="${RABBITMQ_VHOST}"
else
  echo "Skipping root vHost declaration: vHost: ${RABBITMQ_VHOST}"
fi

echo "Managing: Permissions: ${RABBITMQ_USERNAME} on ${RABBITMQ_VHOST}"
rabbitmqadmin_cli \
  declare permission \
  vhost="${RABBITMQ_VHOST}" \
  user="${RABBITMQ_USERNAME}" \
  configure=".*" \
  write=".*" \
  read=".*"

if [ ! -z "$RABBITMQ_AUXILIARY_CONFIGURATION" ]
then
  echo "Applying additional configuration"
  echo "${RABBITMQ_AUXILIARY_CONFIGURATION}" > /tmp/rmq_definitions.json
  rabbitmqadmin_cli import /tmp/rmq_definitions.json
fi

retrieve-internal-tenant.sh:
----
#!/bin/bash



set -ex


USER_PROJECT_ID=$(openstack project show -f value -c id \
    "${INTERNAL_PROJECT_NAME}");

USER_ID=$(openstack user show -f value -c id \
    "${INTERNAL_USER_NAME}");

tee /tmp/pod-shared/internal_tenant.conf <<EOF
[DEFAULT]
cinder_internal_tenant_project_id = ${USER_PROJECT_ID}
cinder_internal_tenant_user_id = ${USER_ID}
EOF

cinder-api.sh:
----
#!/bin/bash



set -ex
COMMAND="${@:-start}"

function start () {
  exec uwsgi --ini /etc/cinder/cinder-api-uwsgi.ini
}

function stop () {
  kill -TERM 1
}

$COMMAND

cinder-volume.sh:
----
#!/bin/bash



set -ex
exec cinder-volume \
     --config-file /etc/cinder/cinder.conf \
     --config-file /etc/cinder/conf/backends.conf \
     --config-file /tmp/pod-shared/internal_tenant.conf

db-drop.py:
----
#!/usr/bin/env python

# Drops db and user for an OpenStack Service:
# Set ROOT_DB_CONNECTION and DB_CONNECTION environment variables to contain
# SQLAlchemy strings for the root connection to the database and the one you
# wish the service to use. Alternatively, you can use an ini formatted config
# at the location specified by OPENSTACK_CONFIG_FILE, and extract the string
# from the key OPENSTACK_CONFIG_DB_KEY, in the section specified by
# OPENSTACK_CONFIG_DB_SECTION.

import os
import sys
try:
    import ConfigParser
    PARSER_OPTS = {}
except ImportError:
    import configparser as ConfigParser
    PARSER_OPTS = {"strict": False}
import logging
from sqlalchemy import create_engine
from sqlalchemy import text

# Create logger, console handler and formatter
logger = logging.getLogger('OpenStack-Helm DB Drop')
logger.setLevel(logging.DEBUG)
ch = logging.StreamHandler()
ch.setLevel(logging.DEBUG)
formatter = logging.Formatter('%(asctime)s - %(name)s - %(levelname)s - %(message)s')

# Set the formatter and add the handler
ch.setFormatter(formatter)
logger.addHandler(ch)


# Get the connection string for the service db root user
if "ROOT_DB_CONNECTION" in os.environ:
    db_connection = os.environ['ROOT_DB_CONNECTION']
    logger.info('Got DB root connection')
else:
    logger.critical('environment variable ROOT_DB_CONNECTION not set')
    sys.exit(1)

mysql_x509 = os.getenv('MARIADB_X509', "")
ssl_args = {}
if mysql_x509:
    ssl_args = {'ssl': {'ca': '/etc/mysql/certs/ca.crt',
                        'key': '/etc/mysql/certs/tls.key',
                        'cert': '/etc/mysql/certs/tls.crt'}}

# Get the connection string for the service db
if "OPENSTACK_CONFIG_FILE" in os.environ:
    os_conf = os.environ['OPENSTACK_CONFIG_FILE']
    if "OPENSTACK_CONFIG_DB_SECTION" in os.environ:
        os_conf_section = os.environ['OPENSTACK_CONFIG_DB_SECTION']
    else:
        logger.critical('environment variable OPENSTACK_CONFIG_DB_SECTION not set')
        sys.exit(1)
    if "OPENSTACK_CONFIG_DB_KEY" in os.environ:
        os_conf_key = os.environ['OPENSTACK_CONFIG_DB_KEY']
    else:
        logger.critical('environment variable OPENSTACK_CONFIG_DB_KEY not set')
        sys.exit(1)
    try:
        config = ConfigParser.RawConfigParser(**PARSER_OPTS)
        logger.info("Using {0} as db config source".format(os_conf))
        config.read(os_conf)
        logger.info("Trying to load db config from {0}:{1}".format(
            os_conf_section, os_conf_key))
        user_db_conn = config.get(os_conf_section, os_conf_key)
        logger.info("Got config from {0}".format(os_conf))
    except:
        logger.critical("Tried to load config from {0} but failed.".format(os_conf))
        raise
elif "DB_CONNECTION" in os.environ:
    user_db_conn = os.environ['DB_CONNECTION']
    logger.info('Got config from DB_CONNECTION env var')
else:
    logger.critical('Could not get db config, either from config file or env var')
    sys.exit(1)

# Root DB engine
try:
    root_engine_full = create_engine(db_connection)
    root_user = root_engine_full.url.username
    root_password = root_engine_full.url.password
    drivername = root_engine_full.url.drivername
    host = root_engine_full.url.host
    port = root_engine_full.url.port
    root_engine_url = ''.join([drivername, '://', root_user, ':', root_password, '@', host, ':', str (port)])
    root_engine = create_engine(root_engine_url, connect_args=ssl_args)
    connection = root_engine.connect()
    connection.close()
    logger.info("Tested connection to DB @ {0}:{1} as {2}".format(
        host, port, root_user))
except:
    logger.critical('Could not connect to database as root user')
    raise

# User DB engine
try:
    user_engine = create_engine(user_db_conn, connect_args=ssl_args)
    # Get our user data out of the user_engine
    database = user_engine.url.database
    user = user_engine.url.username
    password = user_engine.url.password
    logger.info('Got user db config')
except:
    logger.critical('Could not get user database config')
    raise

# Delete DB
try:
    with root_engine.connect() as connection:
        connection.execute(text("DROP DATABASE IF EXISTS {0}".format(database)))
        try:
            connection.commit()
        except AttributeError:
            pass
    logger.info("Deleted database {0}".format(database))
except:
    logger.critical("Could not drop database {0}".format(database))
    raise

# Delete DB User
try:
    with root_engine.connect() as connection:
        connection.execute(text("DROP USER IF EXISTS {0}".format(user)))
        try:
            connection.commit()
        except AttributeError:
            pass
    logger.info("Deleted user {0}".format(user))
except:
    logger.critical("Could not delete user {0}".format(user))
    raise

logger.info('Finished DB Management')

db-init.py:
----
#!/usr/bin/env python

# Creates db and user for an OpenStack Service:
# Set ROOT_DB_CONNECTION and DB_CONNECTION environment variables to contain
# SQLAlchemy strings for the root connection to the database and the one you
# wish the service to use. Alternatively, you can use an ini formatted config
# at the location specified by OPENSTACK_CONFIG_FILE, and extract the string
# from the key OPENSTACK_CONFIG_DB_KEY, in the section specified by
# OPENSTACK_CONFIG_DB_SECTION.

import os
import sys
try:
    import ConfigParser
    PARSER_OPTS = {}
except ImportError:
    import configparser as ConfigParser
    PARSER_OPTS = {"strict": False}
import logging
from sqlalchemy import create_engine
from sqlalchemy import text

# Create logger, console handler and formatter
logger = logging.getLogger('OpenStack-Helm DB Init')
logger.setLevel(logging.DEBUG)
ch = logging.StreamHandler()
ch.setLevel(logging.DEBUG)
formatter = logging.Formatter('%(asctime)s - %(name)s - %(levelname)s - %(message)s')

# Set the formatter and add the handler
ch.setFormatter(formatter)
logger.addHandler(ch)


# Get the connection string for the service db root user
if "ROOT_DB_CONNECTION" in os.environ:
    db_connection = os.environ['ROOT_DB_CONNECTION']
    logger.info('Got DB root connection')
else:
    logger.critical('environment variable ROOT_DB_CONNECTION not set')
    sys.exit(1)

mysql_x509 = os.getenv('MARIADB_X509', "")
ssl_args = {}
if mysql_x509:
    ssl_args = {'ssl': {'ca': '/etc/mysql/certs/ca.crt',
                'key': '/etc/mysql/certs/tls.key',
                'cert': '/etc/mysql/certs/tls.crt'}}

# Get the connection string for the service db
if "OPENSTACK_CONFIG_FILE" in os.environ:
    os_conf = os.environ['OPENSTACK_CONFIG_FILE']
    if "OPENSTACK_CONFIG_DB_SECTION" in os.environ:
        os_conf_section = os.environ['OPENSTACK_CONFIG_DB_SECTION']
    else:
        logger.critical('environment variable OPENSTACK_CONFIG_DB_SECTION not set')
        sys.exit(1)
    if "OPENSTACK_CONFIG_DB_KEY" in os.environ:
        os_conf_key = os.environ['OPENSTACK_CONFIG_DB_KEY']
    else:
        logger.critical('environment variable OPENSTACK_CONFIG_DB_KEY not set')
        sys.exit(1)
    try:
        config = ConfigParser.RawConfigParser(**PARSER_OPTS)
        logger.info("Using {0} as db config source".format(os_conf))
        config.read(os_conf)
        logger.info("Trying to load db config from {0}:{1}".format(
            os_conf_section, os_conf_key))
        user_db_conn = config.get(os_conf_section, os_conf_key)
        logger.info("Got config from {0}".format(os_conf))
    except:
        logger.critical("Tried to load config from {0} but failed.".format(os_conf))
        raise
elif "DB_CONNECTION" in os.environ:
    user_db_conn = os.environ['DB_CONNECTION']
    logger.info('Got config from DB_CONNECTION env var')
else:
    logger.critical('Could not get db config, either from config file or env var')
    sys.exit(1)

# Root DB engine
try:
    root_engine_full = create_engine(db_connection)
    root_user = root_engine_full.url.username
    root_password = root_engine_full.url.password
    drivername = root_engine_full.url.drivername
    host = root_engine_full.url.host
    port = root_engine_full.url.port
    root_engine_url = ''.join([drivername, '://', root_user, ':', root_password, '@', host, ':', str (port)])
    root_engine = create_engine(root_engine_url, connect_args=ssl_args)
    connection = root_engine.connect()
    connection.close()
    logger.info("Tested connection to DB @ {0}:{1} as {2}".format(
        host, port, root_user))
except:
    logger.critical('Could not connect to database as root user')
    raise

# User DB engine
try:
    user_engine = create_engine(user_db_conn, connect_args=ssl_args)
    # Get our user data out of the user_engine
    database = user_engine.url.database
    user = user_engine.url.username
    password = user_engine.url.password
    logger.info('Got user db config')
except:
    logger.critical('Could not get user database config')
    raise

# Create DB
try:
    with root_engine.connect() as connection:
        connection.execute(text("CREATE DATABASE IF NOT EXISTS {0}".format(database)))
        try:
            connection.commit()
        except AttributeError:
            pass
    logger.info("Created database {0}".format(database))
except:
    logger.critical("Could not create database {0}".format(database))
    raise

# Create DB User
try:
    with root_engine.connect() as connection:
        connection.execute(
            text("CREATE USER IF NOT EXISTS \'{0}\'@\'%\' IDENTIFIED BY \'{1}\' {2}".format(
                user, password, mysql_x509)))
        connection.execute(
            text("GRANT ALL ON `{0}`.* TO \'{1}\'@\'%\'".format(database, user)))
        try:
            connection.commit()
        except AttributeError:
            pass
    logger.info("Created user {0} for {1}".format(user, database))
except:
    logger.critical("Could not create user {0} for {1}".format(user, database))
    raise

# Test connection
try:
    connection = user_engine.connect()
    connection.close()
    logger.info("Tested connection to DB @ {0}:{1}/{2} as {3}".format(
        host, port, database, user))
except:
    logger.critical('Could not connect to database as user')
    raise

logger.info('Finished DB Management')

db-sync.sh:
----
#!/bin/bash



set -ex

exec cinder-manage db sync

ks-endpoints.sh:
----
#!/bin/bash

# Copyright 2017 Pete Birley
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.

set -ex

# Get Service ID
OS_SERVICE_ID=$( openstack service list -f csv --quote none | \
                  grep ",${OS_SERVICE_NAME},${OS_SERVICE_TYPE}$" | \
                    sed -e "s/,${OS_SERVICE_NAME},${OS_SERVICE_TYPE}//g" )

# Get Endpoint ID if it exists
OS_ENDPOINT_ID=$( openstack endpoint list  -f csv --quote none | \
                  grep "^[a-z0-9]*,${OS_REGION_NAME},${OS_SERVICE_NAME},${OS_SERVICE_TYPE},True,${OS_SVC_ENDPOINT}," | \
                  awk -F ',' '{ print $1 }' )

# Making sure only a single endpoint exists for a service within a region
if [ "$(echo $OS_ENDPOINT_ID | wc -w)" -gt "1" ]; then
  echo "More than one endpoint found, cleaning up"
  for ENDPOINT_ID in $OS_ENDPOINT_ID; do
    openstack endpoint delete ${ENDPOINT_ID}
  done
  unset OS_ENDPOINT_ID
fi

# Determine if Endpoint needs updated
if [[ ${OS_ENDPOINT_ID} ]]; then
  OS_ENDPOINT_URL_CURRENT=$(openstack endpoint show ${OS_ENDPOINT_ID} -f value -c url)
  if [ "${OS_ENDPOINT_URL_CURRENT}" == "${OS_SERVICE_ENDPOINT}" ]; then
    echo "Endpoints Match: no action required"
    OS_ENDPOINT_UPDATE="False"
  else
    echo "Endpoints Dont Match: removing existing entries"
    openstack endpoint delete ${OS_ENDPOINT_ID}
    OS_ENDPOINT_UPDATE="True"
  fi
else
  OS_ENDPOINT_UPDATE="True"
fi

# Update Endpoint if required
if [[ "${OS_ENDPOINT_UPDATE}" == "True" ]]; then
  OS_ENDPOINT_ID=$( openstack endpoint create -f value -c id \
    --region="${OS_REGION_NAME}" \
    "${OS_SERVICE_ID}" \
    ${OS_SVC_ENDPOINT} \
    "${OS_SERVICE_ENDPOINT}" )
fi

# Display the Endpoint
openstack endpoint show ${OS_ENDPOINT_ID}

ks-user.sh:
----
#!/bin/bash

# Copyright 2017 Pete Birley
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.

set -ex

shopt -s nocasematch

if [[ "${SERVICE_OS_PROJECT_DOMAIN_NAME}" == "Default" ]]
then
  PROJECT_DOMAIN_ID="default"
else
  # Manage project domain
  PROJECT_DOMAIN_ID=$(openstack domain create --or-show --enable -f value -c id \
    --description="Domain for ${SERVICE_OS_REGION_NAME}/${SERVICE_OS_PROJECT_DOMAIN_NAME}" \
    "${SERVICE_OS_PROJECT_DOMAIN_NAME}")
fi

if [[ "${SERVICE_OS_USER_DOMAIN_NAME}" == "Default" ]]
then
  USER_DOMAIN_ID="default"
else
  # Manage user domain
  USER_DOMAIN_ID=$(openstack domain create --or-show --enable -f value -c id \
    --description="Domain for ${SERVICE_OS_REGION_NAME}/${SERVICE_OS_USER_DOMAIN_NAME}" \
    "${SERVICE_OS_USER_DOMAIN_NAME}")
fi

shopt -u nocasematch

# Manage user project
USER_PROJECT_DESC="Service Project for ${SERVICE_OS_REGION_NAME}/${SERVICE_OS_PROJECT_DOMAIN_NAME}"
USER_PROJECT_ID=$(openstack project create --or-show --enable -f value -c id \
    --domain="${PROJECT_DOMAIN_ID}" \
    --description="${USER_PROJECT_DESC}" \
    "${SERVICE_OS_PROJECT_NAME}");

# Manage user
USER_DESC="Service User for ${SERVICE_OS_REGION_NAME}/${SERVICE_OS_USER_DOMAIN_NAME}/${SERVICE_OS_SERVICE_NAME}"
USER_ID=$(openstack user create --or-show --enable -f value -c id \
    --domain="${USER_DOMAIN_ID}" \
    --project-domain="${PROJECT_DOMAIN_ID}" \
    --project="${USER_PROJECT_ID}" \
    --description="${USER_DESC}" \
    "${SERVICE_OS_USERNAME}");

# Manage user password (we do this in a seperate step to ensure the password is updated if required)
set +x
echo "Setting user password via: openstack user set --password=xxxxxxx ${USER_ID}"
openstack user set --password="${SERVICE_OS_PASSWORD}" "${USER_ID}"
set -x

function ks_assign_user_role () {
  if [[ "$SERVICE_OS_ROLE" == "admin" ]]
  then
    USER_ROLE_ID="$SERVICE_OS_ROLE"
  else
    USER_ROLE_ID=$(openstack role create --or-show -f value -c id "${SERVICE_OS_ROLE}");
  fi

  # Manage user role assignment
  openstack role add \
      --user="${USER_ID}" \
      --user-domain="${USER_DOMAIN_ID}" \
      --project-domain="${PROJECT_DOMAIN_ID}" \
      --project="${USER_PROJECT_ID}" \
      "${USER_ROLE_ID}"
}

# Manage user service role
IFS=','
for SERVICE_OS_ROLE in ${SERVICE_OS_ROLES}; do
  ks_assign_user_role
done

# Manage user member role
: ${MEMBER_OS_ROLE:="member"}
export USER_ROLE_ID=$(openstack role create --or-show -f value -c id \
    "${MEMBER_OS_ROLE}");
ks_assign_user_role

volume-usage-audit.sh:
----
#!/bin/bash



set -ex

exec cinder-volume-usage-audit --send_actions

cinder-backup.sh:
----
#!/bin/bash



set -ex
exec cinder-backup \
     --config-file /etc/cinder/cinder.conf

ceph-admin-keyring.sh:
----
#!/bin/bash



set -ex
export HOME=/tmp

cat <<EOF > /etc/ceph/ceph.client.admin.keyring
[client.admin]
    key = $(cat /tmp/client-keyring)
EOF

exit 0

clean-secrets.sh:
----
#!/bin/bash



set -ex

exec kubectl delete secret \
  --namespace ${NAMESPACE} \
  --ignore-not-found=true \
  ${RBD_POOL_SECRET}

backup-storage-init.sh:
----
#!/bin/bash



set -x
if [[ $STORAGE_BACKEND =~ 'cinder.backup.drivers.ceph' ]]; then
  SECRET=$(mktemp --suffix .yaml)
  KEYRING=$(mktemp --suffix .keyring)
  function cleanup {
      rm -f ${SECRET} ${KEYRING}
  }
  trap cleanup EXIT
fi

set -ex
if [[ $STORAGE_BACKEND =~ 'cinder.backup.drivers.swift' ]] || \
     [[ $STORAGE_BACKEND =~ 'cinder.backup.drivers.posix' ]]; then
  echo "INFO: no action required to use $STORAGE_BACKEND"
elif [[ $STORAGE_BACKEND =~ 'cinder.backup.drivers.ceph' ]]; then
  ceph -s
  function ensure_pool () {
    ceph osd pool stats $1 || ceph osd pool create $1 $2
    if [[ $(ceph mgr versions | awk '/version/{print $3}' | cut -d. -f1) -ge 12 ]]; then
        ceph osd pool application enable $1 $3
    fi
    size_protection=$(ceph osd pool get $1 nosizechange | cut -f2 -d: | tr -d '[:space:]')
    ceph osd pool set $1 nosizechange 0
    ceph osd pool set $1 size ${RBD_POOL_REPLICATION} --yes-i-really-mean-it
    ceph osd pool set $1 nosizechange ${size_protection}
    ceph osd pool set $1 crush_rule "${RBD_POOL_CRUSH_RULE}"
  }
  ensure_pool ${RBD_POOL_NAME} ${RBD_POOL_CHUNK_SIZE} ${RBD_POOL_APP_NAME}

  if USERINFO=$(ceph auth get client.${RBD_POOL_USER}); then
    echo "Cephx user client.${RBD_POOL_USER} already exists"
    echo "Update its cephx caps"
    ceph auth caps client.${RBD_POOL_USER} \
      mon "profile rbd" \
      osd "profile rbd pool=${RBD_POOL_NAME}"
    ceph auth get client.${RBD_POOL_USER} -o ${KEYRING}
  else
    ceph auth get-or-create client.${RBD_POOL_USER} \
      mon "profile rbd" \
      osd "profile rbd pool=${RBD_POOL_NAME}" \
      -o ${KEYRING}
  fi

  ENCODED_KEYRING=$(sed -n 's/^[[:blank:]]*key[[:blank:]]\+=[[:blank:]]\(.*\)/\1/p' ${KEYRING} | base64 -w0)
  cat > ${SECRET} <<EOF
apiVersion: v1
kind: Secret
metadata:
  name: "${RBD_POOL_SECRET}"
type: kubernetes.io/rbd
data:
  key: $( echo ${ENCODED_KEYRING} )
EOF
  kubectl apply --namespace ${NAMESPACE} -f ${SECRET}

fi


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