Vra

The use cases here are open for debate, but you can setup a serverless call to vRealize Orchestrator to execute your custom orchestration tasks. Maybe you’re integrating this with an Amazon IoT button, or you want voice deployments with Amazon Echo, or maybe you’re just trying to provide access to your workflows based on a CloudWatch event in Amazon. In any case, it is possible to setup an Amazon Lambda call to execute a vRO workflow. In this post, we’ll actually build a Lambda function that executes a vRO workflow that deploys a CentOS virtual machine in vRealize Automation, but the workflow could really be anything you want. ...

vRealize Automation lets us publish vRealize Orchestrator workflows to the service catalog, but to get more functionality out of these XaaS blueprints, we can add the provisioned resources to the items list. This allows us to manage the lifecycle of these items and even perform secondary “Day 2 Operations” on these items later. For the example in this post, we’ll be provisioning an AWS Security group in an existing VPC. For now, just remember that AWS Security groups are not managed by vRA, but with some custom work, this is all about to change. ...

If you’re brand new to Ansible but have some vRealize Automation and Orchestration experience, this post will get you started with a configuration management tool. The goal in this example is to deploy a CentOS server from vRealize Automation and then have Ansible configure Apache and deploy a web page. It assumes that you have no Ansible server setup, but do have a working vRealize Automation instance. If you need help with setting up vRealize Automation 7 take a look at the guide here. ...

vRealize Code Stream now comes pre-packaged with JFrog Artifactory which allows us to do some cool things while we’re testing and deploying new code. To begin this post, lets take a look at what an artifactory is and how we can use it. An artifactory is a version control repository, typically used for binary objects like .jar files. You might already be thinking, how is this different from GIT? My Github account already has repos and does its own version control. True, but what if we don’t want to pull down an entire repo to do work? Maybe we only need a single file of a build or we want to be able to pull down different versions of the same file without creating branches, forks, additional repos or committing new code? This is where an artifactory service can really shine. ...

In the previous post we went over how to get the basics configured for NSX and vRealize Automation integration. In this post we’ll build a blueprint and deploy it! Let’s jump right in and get started. Blueprint Designer Login to your vRA tenant and click on the Design Tab. Create a new blueprint just like we have done in the past posts. This time when you are creating your blueprint, click the NSX Settings tab and select the Transport zone. I’ve also added a reservation policy that can help define with reservations are available for this blueprint. ...

Its time to think about deploying our networks through vRA. Deploying servers are cool, but deploying three tiered applications in different networks is cooler. So lets add VMware NSX to our cloud portal and get cracking. The first step is to have NSX up and running in your vSphere environment. Once this simple task is complete, a Distributed Logical Router should be deployed with an Uplink interface configured. The diagram below explains what needs to be setup in vSphere prior to doing any configurations in vRealize Automation. A Distributed Logical Router with a single uplink to an Edge Services Gateway should be configured first, then any new networks will be built through the vRealize Automation integration. While the section of the diagram that is manual, will remain roughly the same throughout, the section handled by vRealize Automation will change often, based on the workloads that are deployed. Note: be sure to setup some routing between your Provider Edge and the DLR so that you can reach the new networks that vRA creates. ...

XaaS isn’t a made up term, well maybe it is, but it supposed to stand for “Anything as a Service.” vRealize Automation will allow you to publish vRO workflows in the service catalog. This means that you can publish just about any thing you can think of, and not just server blueprints. If you have a workflow that can order your coffee and have it delivered to you, then you can publish it in your vRA service catalog. Side note, if you have that workflow, please share it with the rest of us. ...

In a previous post we went over installing an Enterprise Install of vRealize Automation behind a load balancer. This install required us to setup a Load Balancer with three VIPs but also required that we only had one active member in each VIP. A load balancer with a single member doesn’t really balance much load does it? After the installation is done, some modifications need to be made on the Load Balancer. The instructions on this can be found in the official vRealize Automation Load Balancing Configuration Guide if you want to learn more. There are several examples on how to setup load balancing on an F5 load balancer and NSX for example. This post will focus on a KEMP load balancer which is free for vExperts and it will all be shown through with GUI examples. ...

OK, You’ve done a vRealize Automation 7 simple install and have the basics down. Now it’s time to put your grown up pants on, and get an enterprise install done. This is a pretty long process, so be ready, but trust me, this is much better in version 7 than in the past. Load Balancer To start with, you will want to configure your load balancer. An enterprise install means that you’ll want at least two of each type of service so that you can protect yourself from a failure. There are three Virtual IPs (VIPs) that should be created prior to starting your install. The table below lists an example list of VIPs with their associated members and ports. ...

We’ve deployed a virtual machine from a vRA blueprint, but we still have to manage that machine. One of the cool things we can do with vRealize Automation 7 is to add a custom action. This takes the virtual machine object and runs a vRealize Orchestration blueprint against that input. We call these actions “Day 2 Operations” since they happen post provisioning. To create a new custom resource action go to the Design Tab –> Design –> Resource Actions. Click the “New” button to add a new action. ...