Different strokes for different folks. When it comes to full-stack environment provisioning every customer has their own opinions and cobbled together set of tools: homegrown scripts to Chef and everything in between (and on either side). Working with UrbanCode customers over the past year there was a sort of trend where they want “everything” on the stack – from infrastructure up through application and configuration – sometimes including the operating system, to be done in/from one place. This is particularly true where they don’t already have investments in say Chef or don’t want to take on yet another technology/tool/solution/language. What they might have is a bunch of existing automation in the form of scripts or knowledge in the heads of their development/operations folks. Or in reams of documentation that must be worked through carefully to get an environment up
A question came up on how to end an UrbanCode Deploy application process quickly when any one of many component processes executing in parallel fails.
“O! be some other name:
What’s in a name? that which we call a rose
by any other name would smell as sweet”
From one of my favourite plays, rendered in somewhat recent times in superb fashion IMHO, by one of my favourite directors (a fellow Aussie and New South Welshman by the way:-).
The naming gods must have finally read “Connecting UrbanCode Deploy with Patterns to OpenStack” and decided the UrbanCode Deploy with Paterns (UCDP/UCDwP/UCD+P..) name is indeed a mouthful. Mouthful or not, Eric Minick provides a bit more detail on UCDwP becoming part of UrbanCode Deploy with the 6.1.2 version in his post . Problem solved indeed and does make perfect sense as I’ve been finding when showing UCDwP to customers moving into the cloud over the past year or so. For simplicity I’m just going to call the cloud blueprint capability the “Designer”.
UrbanCode Deploy with Patterns 220.127.116.11 is out. A whole lot of fixes and some new stuff. Take a look at
The first Fix Pack released for UCD+P added initial support for provisioning to VMware vSphere infrastructure along with support for auto-scaling groups in OpenStack. The UCD+P Knowledge Centre topic describes what is currently supported and this YouTube video shows this in action. This post works through an example of creating and provisioning a UCD+P blueprint with an auto-scaling policy on OpenStack.
A recent post from Doug Davis “Docker: Managing the excitement” has some nice insights on Docker as a “relatively new” technology. Among the other Docker niceties that Doug points out, one that resonated with me is, and I quote “it takes seconds (if not less than a second, after the first time since things are cached) for it to complete”. Reading between the lines in some of my other posts, I’ve often battled the dark forces of virtual machine world, usually trying to squeeze every bit of extra juice out of my poor laptop. Then I tried Docker and well, suffice to say I need fewer coffee breaks.
My long-time colleague and friend Takehiko Amano has a post on “Immutable Infrastructure” where he talks about Docker in the context of OpenStack and with a bunch of my earlier posts focused on OpenStack, I decided to figure out how the three – OpenStack, Docker, and UCD+P might work together.
In the concluding paragraphs of my last post, UrbanCode Deploy with Patterns: Hello World ,I briefly compared the UrbanCode Deploy with Patterns (UCD+P) use of OpenStack HEAT Templates (HOT) for blueprints with my own simple XML blueprint for vSphere compute resources. In the past week a Fix Pack was released for UCD+P which adds initial support for provisioning to VMware vSphere infrastructure. So in this post I’ll do a “Hello World” -style example of connecting UCD+P to a vCenter 5.5 server, provisioning a VM on it and deploying multiple UrbanCode Deploy (UCD) components to the VM.