Quick Start Guide

This is a quickstart guide for users and new contributors to get familiar with SODA Foundation by installing a simple containerized local cluster. The required OS environment is Ubuntu 16.04 with docker and docker-compose installed.

More detailed installation steps with full features is provided in Installation Guide

Install OpenSDS

chmod +x install_opensds.sh

where install_opensds.sh is file below

#!/bin/bash -e

# Create file /etc/opensds/opensds.conf
mkdir -p /etc/opensds && sudo cat > /etc/opensds/opensds.conf <<OPENSDS_GLOABL_CONFIG_DOC
api_endpoint =
auth_strategy = keystone
# If https is enabled, the default value of cert file
# is /opt/opensds-security/opensds/opensds-cert.pem,
# and key file is /opt/opensds-security/opensds/opensds-key.pem
https_enabled = False
beego_https_cert_file =
beego_https_key_file =
# Encryption and decryption tool. Default value is aes.
password_decrypt_tool = aes

memcached_servers =
signing_dir = /var/cache/opensds
cafile = /opt/stack/data/ca-bundle.pem
auth_uri =
project_domain_name = Default
project_name = service
user_domain_name = Default
password = opensds@123
# Whether to encrypt the password. If enabled, the value of the password must be ciphertext.
enable_encrypted = False
# Encryption and decryption tool. Default value is aes. The decryption tool can only decrypt the corresponding ciphertext.
pwd_encrypter = aes
username = opensds
auth_url =
auth_type = password

api_endpoint =

api_endpoint =
# Choose the type of dock resource, only support 'provisioner' and 'attacher'.
dock_type = provisioner
# Specify which backends should be enabled, sample,ceph,cinder,lvm and so on.
enabled_backends = lvm

name = sample
description = Sample Test
driver_name = sample

name = lvm
description = LVM Test
driver_name = lvm
config_path = /etc/opensds/driver/lvm.yaml
host_based_replication_driver = DRBD

endpoint =,
driver = etcd

# Create file /etc/opensds/driver/lvm.yaml
mkdir -p /etc/opensds/driver && sudo cat > /etc/opensds/driver/lvm.yaml <<OPENSDS_DRIVER_CONFIG_DOC
tgtBindIp: # change tgtBindIp to your real host ip, run 'ifconfig' to check
tgtConfDir: /etc/tgt/conf.d
  opensds-volumes: # change pool name same to vg_name, but don't change it if you choose ceph backend
    storageType: block
    availabilityZone: default
        provisioningPolicy: Thin
        isSpaceEfficient: false
        accessProtocol: iscsi
        maxIOPS: 7000000
        maxBWS: 600
        diskType: SSD
        latency: 5ms

# Create lvm volume group by executing following commands
modprobe dm_thin_pool

function _create_lvm_volume_group {
    local vg=$1
    local size=$2

    local backing_file=/opt/opensds/opensds-volume.img
    mkdir /opt/opensds -p
    if ! sudo vgs $vg &> /dev/null ; then
        [[ -f $backing_file ]] || truncate -s $size $backing_file
        local vg_dev
        vg_dev=`sudo losetup -f --show $backing_file`

        if ! sudo pvs $vg_dev; then
            sudo pvcreate $vg_dev

        if ! sudo vgs $vg; then
            sudo vgcreate $vg $vg_dev

_create_lvm_volume_group opensds-volumes 10G

# Download policy.json file
wget -P /etc/opensds https://raw.githubusercontent.com/opensds/opensds-installer/stable/capri/conf/policy.json

# Download docker-compose file and bring up OpenSDS
wget https://raw.githubusercontent.com/opensds/opensds/stable/capri/docker-compose.yml

docker-compose up -d

The above script does following things to install SODA Foundation

  • Create OpenSDS configuration file /etc/opensds/opensds.conf
  • Create lvm backend configuration file /etc/opensds/driver/lvm.yaml
  • Create lvm volume group opensds-volumes
  • Download /etc/opensds/policy.json for Authorization
  • Download docker-compose.yml file and bring up OpenSDS docker containers


Either use OpenSDS CLI tool or OpenSDS dashboard for testing

OpenSDS CLI tool

chmod +x setup_opensds.sh
source setup_opensds.sh

where setup_opensds.sh is file below

#!/bin/bash -e

if [ -f "/usr/local/bin/osdsctl" ]; then
  echo "osdsctl file exists"
  # Download OpenSDS CLI tool
  wget https://github.com/opensds/opensds/releases/download/v0.6.0/opensds-hotpot-v0.6.0-linux-amd64.tar.gz
  tar zxvf opensds-hotpot-v0.6.0-linux-amd64.tar.gz
  cp opensds-hotpot-v0.6.0-linux-amd64/bin/* /usr/local/bin
  chmod +x /usr/local/bin/osdsctl

# Export environment variables for CLI
export OS_AUTH_URL=
export OS_USERNAME=admin
export OS_PASSWORD=opensds@123
export OS_TENANT_NAME=admin
export OS_PROJECT_NAME=admin
export OS_USER_DOMAIN_ID=default

# Check if the pool resource is available
osdsctl pool list

# Create a default profile
osdsctl profile create '{"name": "default", "description": "default policy", "storageType": "block"}'

Create/List/Delete a volume using OpenSDS CLI

osdsctl volume create 1 --name=test-001
osdsctl volume list
osdsctl volume delete <your_volume_id>


OpenSDS UI dashboard is available at http://{your_host_ip}:8088, please login the dashboard using the default admin credentials: admin/opensds@123. Create tenant, user, and profiles as admin. Multi-Cloud service is also supported by dashboard.

Logout of the dashboard as admin and login the dashboard again as a non-admin user to manage storage resource:

Use Volume Service UI for performing following OpenSDS operations

  • Create volume
  • Create snapshot
  • Expand volume size
  • Create volume from snapshot
  • Create volume group