This Bash script is a simple end-to-end example of ClusterHQ Fli + FlockerHub.

ClusterHQ-FlockerHub-Demo.sh

#!/bin/bash

### Visit http://ui.dev.voluminous.io/user-tokens to get a user token

### NOTE: This file should contain a function definition called 'fli'
source ~/.bash-fli

set -e
shopt -s expand_aliases

### 1. Create AWS EC2 instance
### 2. Create EBS volume (eg. 300 GB) and attach to instance

function Prereq {
        ### Install the ZFS Utilities for Linux
        sudo apt install httpie zfsutils-linux -y
        echo "Installed ZFS Linux utilities"
}
Prereq

### Set the name of the hardware device that will be used for the ZFS Pool
device_name='/dev/xvdf'

### The ZFS Pool name can be defined by the user / customer
zpool_name='denver'

### The VolumeSet name and Volume can be defined by the user
volumeset_name='videos'
volume_name='ch9trevor'

### Set up the FlockerHub URL and Token File
flockerhub_url='https://data.flockerhub.clusterhq.com'
flockerhub_tokenfile='/root/token-prod.txt'

### Configure the FlockerHub URL and the
fli config --url ${flockerhub_url}
fli config --token ${flockerhub_tokenfile}

echo "Set FlockerHub URL to ${flockerhub_url}"
echo "Set FlockerHub token to ${flockerhub_tokenfile}"

read -p 'Press {ENTER} to proceed with ZFS Pool configuration: '

### Show me the ZFS Pools on the system
sudo zpool list

### Configure Fli to use a ZFS Pool
fli setup --zpool ${zpool_name} --force
echo "Configured Fli with ZFS Pool named ${zpool_name}"

### Initialize a new VolumeSet
volumeset_id=`fli init ${volumeset_name} | tr -d '\r'`
echo "Created new VolumeSet on zpool ${zpool_name} named ${volumeset_name}"

### Create a new Volume (mount point) in the VolumeSet
volume_dir=`fli create ${volumeset_name} ${volume_name} | tr -d '\r'`
echo "Created a new Volume named ${volume_name} under VolumeSet ${volumeset_name}"
#sudo cd ${volume_dir}
echo "Volume mount point is: ${volume_dir}"

### Download some data to the Volume
file1="${volume_dir}/file1.mp4"
echo "Downloading file to: ${file1}"
sudo http --output $file1 http://video.ch9.ms/ch9/f9f1/8aff785c-f799-47fd-97c2-0d4f79f9f9f1/PowerShellLinuxDockerNETCoreIntro.mp4
fli snapshot ${volumeset_name}:${volume_name} onefile

file2="${volume_dir}/file2.mp4"
echo "Downloading file to: ${file2}"
sudo http --output $file2 http://video.ch9.ms/ch9/f9f1/8aff785c-f799-47fd-97c2-0d4f79f9f9f1/PowerShellLinuxDockerNETCoreIntro_high.mp4
fli snapshot ${volumeset_name}:${volume_name} twofile

file3="${volume_dir}/file3.mp4"
echo "Downloading file to: ${file3}$(tput setaf 7)"
sudo http --output $file3 http://video.ch9.ms/ch9/ecc5/8403d27e-a01b-4a62-8b73-8e4916f3ecc5/LearnPowerShell5UsingStatement_high.mp4
fli snapshot ${volumeset_name}:${volume_name} threefile

file4="${volume_dir}/file4.mp4"
echo "$(tput setaf 6)Downloading file to: ${file4}$(tput setaf 7)"
sudo http --output ${file4} http://video.ch9.ms/ch9/7778/51420d07-ee0d-46e1-b0ca-d09350ac7778/MicrosoftAzurePowerShellExtensions20160508_high.mp4
fli snapshot ${volumeset_name}:${volume_name} fourfile

### List out snapshots for the VolumeSet
fli show --snapshot ${volumeset_id}:

echo
read -p 'Continue? (y/n): ' continue

if [ $continue == 'n' ]
  then
    exit 0
fi

### Sync metadata for VolumeSet with FlockerHub
echo "$(tput setaf 6)Syncing metadata for VolumeSet ${volumeset_id}$(tput setaf 7)"
fli sync ${volumeset_id}

### Push the VolumeSet to FlockerHub
echo "$(tput setaf 6)Pushing VolumeSet to FlockerHub with ID ${volumeset_id}$(tput setaf 7)"
fli push ${volumeset_id}

### Remove the VolumeSet from the local system
echo "$(tput setaf 6)Removing VolumeSet from the local system: ${volumeset_id}$(tput setaf 7)"
fli remove ${volumeset_id}

### Sync VolumeSet Metadata from FlockerHub
echo "$(tput setaf 6)Syncing metadata from FlockerHub for VolumeSet ${volumeset_id}$(tput setaf 7)"
fli sync ${volumeset_id}

### Download the entire VolumeSet onto the local system
echo "$(tput setaf 6)Downloading (pulling) VolumeSet with ID: ${volumeset_id}$(tput setaf 7)"
fli pull ${volumeset_id}

### Clone one of the snapshots into a new Volume
fli show --snapshot ${volumeset_id}:
echo "Now we will clone a snapshot into a new volume."
read -p 'Please enter a snapshot ID or name: ' snapshot_id
echo "$(tput setaf 6)Cloning snapshot ${snapshot_id} into a new volume$(tput setaf 7)"
cloned_volume=`fli clone ${volumeset_id}:${snapshot_id}`
echo "The snapshot (${snapshot_id}) was successfully cloned into ${cloned_volume}"

echo "Test script has completed successfully"