In my earlier post on using Docker Machine with OpenStack, I talked about combining technologies in a “provider/consumer” model. In this post, I’m going to talk about creating this provider/consumer model using a different combination of technologies: OpenStack as the infrastructure provider and Vagrant for consuming that infrastructure.
If you’re unfamiliar with Vagrant, I recommend you first read this introduction to Vagrant (after that you can dig into all the other Vagrant-tagged posts). As I explain in that first post, Vagrant leverages the idea of providers (which enable Vagrant to work with various back-end virtualization platforms/solutions) as well as boxes (which are essentially VM templates). In this particular case, we’re leveraging an OpenStack provider for Vagrant that allows Vagrant to use OpenStack as the back-end virtualization solution. However, since OpenStack already has the equivalent of VM templates (in the form of images), there’s no need to use a Vagrant box. This makes using Vagrant with OpenStack slightly different than your typical Vagrant use case.
Let’s start with reviewing some prerequisites—these are the things you’ll need to do/have done before you can use Vagrant with OpenStack (besides the obvious things like having Vagrant installed).
Knowing the members of our Ansible community is important to us, and we want you to get to know the members of our team in (and outside of!) the Ansible office. Stay tuned to the blog to learn more about the people who are helping to bring Ansible to life.
What’s your role at Ansible?
I develop and manage strategic alliances with leading cloud, networking, storage, infrastructure technology and consulting, reseller and systems integrator partners. I’m also helping to build out Ansible’s partner program, resources and joint DevOps market-making initiatives.
I collaborate closely with the a wide spectrum of teams, including product, engineering, marketing and sales leadership teams along with our partners to develop, promote, sell and drive Continue reading
This post walks through the process of adding storage capacity to a Linux server using LVM. There’s nothing new, revolutionary, or cutting-edge about this post—honestly, it’s really more for my own reference than anything else. Adding logical volumes is something that I do so infrequently that it’s hard to remember all the commands, so I’m recording them here for when I need them next time.
First, list the physical disks in the system (all commands should be prefaced with sudo
or run as a user with the appropriate permissions):
fdisk -l
This will help you identify which (new) disk needs to be added. In my examples, I’ll use /dev/sdb
.
Start partitioning the new disk (replace /dev/sdb
with the appropriate values for your system):
fdisk /dev/sdb
I’m assuming that this isn’t a boot drive and that whatever logical volumes you create will take up the entire disk. Once you get into fdisk
, follow these steps:
n
to create a new partition.p
to make this a primary partition.1
to make this the first partition on the disk. Continue reading
In this post, I’m going to show you how to use Docker Machine with OpenStack. This is something I’ve been interested in testing for a while, and now that I finally have my test lab back up and running, I was able to spend some time on this. I’ll spend some time later in the post covering my reasons for wanting to look at this, but I’ll start with the technical content of how it works.
I tested this setup with the following components:
There are (at least) two approaches to using Docker Machine and OpenStack together:
generic
driver to consume already-provisioned OpenStack instances. This is, in large part, very similar to what I covered here, but I’ll cover it in this post just for the sake of completeness.openstack
driver to automatically provision and configure new instances on an OpenStack cloud. This is the Continue reading
We’re happy to announce the release of Ansible Tower 2.3, our console and service that brings control, security, and delegation to your Ansible deployments.
Historically Tower has been installed with a simple setup playbook that you run with the Ansible you already have to download and install Tower. But not everyone has the luxury of access to the internet at all times.
Starting with Tower 2.3, we now offer a bundled installer for Red Hat Enterprise Linux and CentOS systems. This all-in-one installer contains everything you need to get Tower started in one bundle, including bootstrapping of Ansible for you as needed. All you need is a Red Hat or CentOS machine with access to the vendor OS repositories - no other external access required. The playbook installer is still available as well, and Tower is also still available via Vagrant image or AMI if you’d prefer to try it via that method.
As usual, this release of Tower includes a variety of bug fixes as well, including performance improvements around listing jobs and job templates.
For more information on Tower 2.3, check the release notes at: http://docs.ansible.com/ansible-tower/latest/html/installandreference/release_notes.html
To try Ansible Tower 2.3 Continue reading
Welcome to Technology Short Take #54! In this episode, I’ve gathered an odd collection of links and articles about key data center technologies. Without further ado, let’s get to the content.
Spousetivities returns to VMworld EMEA this year with a new set of activities. If you haven’t registered yet, here’s a quick look at the pretty impressive set of tours and activities that are planned.
For more detailed descriptions of the activities, I encourage you to visit the Spousetivities site. When you’re ready to get signed up, head on over to the registration page. These are some pretty great activities!
Many of the questions we frequently get are related to deploying applications and stacks into Amazon Web Services. Back in July, Ansible Government teamed up with partner DLT Solutions to host a webcast demonstrating the creation of a Red Hat stack in AWS entirely managed with Ansible. Watch it now and continue reading below for more information.
IT organizations look toward AWS for a number of reasons, but according to IDC, deploying applications in AWS results in a 64% lower TCO and 82% less downtime. Now let’s be honest. Who doesn’t like less downtime?
Red Hat is the leading Open Source provider for infrastructure and middleware solutions. Their industry-standard Red Hat Enterprise Linux and JBoss middleware are widely deployed in on-prem physical and virtual environments, and are the benchmark for stability, security, and performance.
But how can you leverage that power in AWS? With Ansible, it’s easy.
In the webcast, we demonstrate the deployment of a complete JAVA-based web application, including RHEL, JBOSS, and a load balancer. Once installed, we demonstrated how to use the same playbook that deployed the application to update the application. Better yet, these examples are available for you to start using and experimenting with today.
Here’s Continue reading