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Building the IoT Smart Gateway with Docker, Raspberry Pi and JBoss for the “lazy” ones – Ansible rules!

If you have followed my earlier posts, then you know, that I’m in the process of building an IoT Demo, with a Raspberry Pi2  as the Smart Gateway.

During this process, I had to re-install my Raspberry multiple times, but after the second time I got a bit tired of doing the same steps over and over again, so I decided to automate this deployment with Ansible.

If you are unfamiliar with Ansible, it’s a “radically simple IT automation engine that automates cloud provisioning,configuration management, application deployment, intra-service orchestration, and many other IT needs.”

These are the steps to perform, if you do not feel like doing the installation and configuration by yourself.

Step 1: Exchange ssh-key

Ansible does communicate with it’s hosts via ssh, so you will need to copy the ssh-key from your local system to the Raspberry Pi.
I’m running a Macbook and previously installed ssh-copy-id as a convenience script. So all I had to do to copy my existing key was

MacBook-Pro:files psteiner$ ssh-copy-id /Users/psteiner/.ssh/id_rsa pi@<ip to your rpi>

You will, of course, have to alter this command to your system.

Step 2: Enable password-less sudo on RPi

Again for convenience and simplicity I changed the behaviour of sudo on my RPi, so that members of a certain group are able to issue the command sudo without the need of entering a password.

In my case, any member of the group ‘sudo’ should become this privilege. The only thing required to do so is to alter on line in the file ‘/etc/sudoers’  from

# Allow members of group sudo to execute any command


# Allow members of group sudo to execute any command

Step 3: Clone git repository

All required code is on, so all you need to do is to run

MacBook-Pro:files psteiner$ git clone

Step 4: Add Red Hat JBoss Products

For the Smart Gateway to run, you will have to download the following Red Hat JBoss Products and place them into the directory IoT_Demo_Gateway/Ansible/files

For background information on what those products will do, please refer to Building a Raspberry Pi based Smart Gateway for IoT

Step 5: Adapting Ansible to your environment

Due to the simplicity of Ansible, there is not a lot to do, just edit the file IoT_Demo_Gateway/Ansible/hosts and replace the IP-Address of my RPi with yours.


Step 6: Running Ansible

Let’s fire it up, or in Ansible terminology “run the playbook”.

MacBook-Pro:Demos psteiner$ cd IoT_Demo_Gateway/Ansible/
MacBook-Pro:Ansible psteiner$ ansible-playbook gateway.yml

PLAY [Configure a Pi to be a smart gateway for IoT] ***************************

GATHERING FACTS ***************************************************************
ok: []

TASK: [Install various pre-requisites] ****************************************
ok: []

TASK: [Download Hypriot] ******************************************************
ok: []

TASK: [Install Hypriot] *******************************************************
changed: []

TASK: [Start Hypriot] *********************************************************
ok: []

TASK: [Enable Hypriot to run after reboots] ***********************************
ok: []

TASK: [Add user pi to docker group] *******************************************
ok: []

TASK: [Download Docker-Compose] ***********************************************
changed: []

TASK: [Install Docker-Compose] ************************************************
changed: []

TASK: [Clone Smart Gateway code from github] **********************************
ok: []

TASK: [Upload JBoss A-MQ] *****************************************************
ok: []

TASK: [Upload JBoss EAP] ******************************************************
ok: []

TASK: [Upload JBoss Fuse Integration for JBoss EAP] ***************************
ok: []

TASK: [Build Docker base image] ***********************************************
ok: []

TASK: [Building the other images with docker-compose] *************************
changed: []

PLAY RECAP ******************************************************************** : ok=15 changed=4 unreachable=0 failed=0

Please note that your output can look at bit different, as this was not the first time that I ran this Ansible playbook. Important is, that it will finish with ‘failed=0’

Details on how to run the Smart Gateway are already documented in Step 5 in Building a Raspberry Pi based Smart Gateway for IoT

Have fun and stay tuned for more to come!

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