Features I Use Regularly in Pure’s vSphere Plugin

Today I want to tell to you about what I use the vSphere plugin for regularly in my lab to hopefully help you get more value out of your existing Pure array and tools. The assumption of this guide is that you already have the vSphere plugin installed (follow this guide if you don’t currently have it installed or would like to upgrade to a more feature-rich remote plugin version). Our vSphere plugin release notes KB covers the differences between versions. If you aren’t sure what version you want, use the latest version.

Why should you care about the vSphere plugin and why would I highlight these workflows for you? Pure’s vSphere plugin can save you a significant amount of time in the configuration/management of your vSphere+FlashArray environment. It can also greatly reduce the barriers to success in your projects by reducing the steps required of the administrator for successful completion of a workflow. Additionally, you might currently be using the vSphere plugin for a couple of workflows but didn’t realize all of the great work our engineers have put into making your life easier.

I am planning to write more blogs on the vSphere plugin and the next one I plan to write is on the highest value features that exist in current vSphere plugin versions.

Create and Manage FlashArray Hosts and Host Group Objects

If you’re currently a Pure customer, you have likely managed your host and host group objects directly from the array. Did you know you can also do this from the vSphere plugin without having to copy over WWNs/IPs manually? (1) Right-click on the ESXi cluster you want to create/manage a host or host group object on, (2) hover over Pure Storage, then (3) left-click on Add/Update Host Group.

In this menu, there are currently Fibre Channel and iSCSI protocol configuration options. We are currently exploring options here for NVMe-oF configuration; stay tuned by following this KB. You can also check a box to configure your ESXi hosts for Pure’s best practices with iSCSI, making it so you don’t have to manually configure new iSCSI ESXi hosts.

FlashArray VMFS Datastore and Volume Management (Creation and Deletion)

There are a lot of options for VMFS volume management in the plugin. I’ll only cover the basics: creation and deletion.

When you use the plugin for datastore creation, the plugin will create the appropriate datastore in vSphere, the volume on the FlashArray, and it will connect the volume to the appropriate host(s) and host group objects on the FlashArray. (1) Right-click on the pertinent cluster or host object in vSphere, (2) hover over Pure Storage and finally (3) left-click on Create Datastore. This will bring up a wizard with a lot of options that I won’t cover here, but the end result will be a datastore that has a FlashArray volume backing it.

The great thing about deleting a datastore from the plugin is that there are no additional steps required on the array to clean up the objects. This is the most satisfying workflow for me personally because cleanup in a lab can feel like it’s not a good use of time until I’ve got hundreds of objects worth cleaning up. This workflow enables me to quickly clean up every time after I’ve completed testing instead of letting this work pile up.

(1) Right-click the datastore you want to delete, (2) hover over Pure Storage and (3) left-click on Destroy Datastore. After the confirmation prompt, the FlashArray volume backing that datastore will be destroyed and is pending eradication for whatever that value is configured on the FlashArray (default 24 hours, configurable up to 30 days with SafeMode). That’s it!

FlashArray Snapshot Creation

One of the benefits of FlashArray is its portable and lightweight snapshots. The good news is that you can create these directly from vSphere without having to log into the FlashArray. It’s worth mentioning that although the snapshot recovery workflows built into the vSphere plugin (vVols and VMFS) are far more powerful and useful when you really need them, I’m covering what I use regularly and I rarely have to recover from snapshots in my lab. I try to take snapshots every time I make a major change to my environment in case I need to quickly roll-back.

There are two separate workflows for snapshot creation: one for VMFS and one for vVols. The granularity advantage with vVols over VMFS is very clear here- with VMFS, you are taking snapshots of the entire VMFS datastore, no matter how many VMs or disks are attached to those VMs. With vVols, you only have to snapshot the volumes you need to, as granular as a single disk attached to a single VM.

With VMFS, (1) right click on the datastore, (2) hover over Pure Storage and (3) left click on Create Snapshot.

For a vVols backed disk, from the Virtual Machine Configure tab, navigate to the Pure Storage – Virtual Volumes pane, (1) select the disk you would like to snapshot and (2) click Create Snapshot.

A prompt will pop up to add a suffix to the snapshot if you’d like; click on create and you’ve got your FlashArray snapshot of a vVols backed disk created!

Stay tuned for a blog on the vSphere plugin features you might not know about that, like the above, can save you a significant amount of time and effort.

FlashArray and VMware documentation update for vSphere 6

I have completed updates for two of my main VMware vSphere documents for the Pure Storage FlashArray. These include the standard best practices document and the white paper explaining VAAI in detail and how it works on the FlashArray.

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Best Practices Document Link

VAAI White Paper Link

The best practices document has mainly been updated with information that this blog has shown in the past couple of months. Notably:

  • vSphere 6 updates, support for Web Client Plugin versions, changes in virtual disk recommendations, in-guest UNMAP support, etc
  • VMFS UNMAP changes when it comes to best practice recommendations
  • vRealize Operations Management Pack
  • EFI-enabled VMs and Disk.DiskMaxIOSize

In the VAAI document, it is a similar update:

  • vSphere 6 changes, mainly focused on the thin virtual disk XCOPY enhancements
  • UNMAP changes, block counts, performance and in-guest support (EnableBlockDelete)

Both documents are also updated for FlashArray//m, but it is mainly a cosmetic change as nothing really changes for the VMware environment, no recommendations are changed. Of course the documents are also cleaned up and re-arranged to be more reader friendly with a semi-new format as well.

Important! If you have old versions of these documents, delete them! These get updated frequently (a few times a year at least) and these changes can be important. When needing to refer to the guides, please check back to the Pure Storage community for the latest version.

Enjoy! As always feedback on these documents is ALWAYS welcome.

 

Updated Pure Storage Content Pack for vRealize Log Insight 2.5

VMware vRealize Log Insight is a product I have been quite fond of since it first came out–I liked it for a variety of reasons–one is the simplicity of use. As far as VMware’s entire management suite, it is the easiest to install/configure and understand how to use. You can really become an accomplished user in a day. Anyways, I finally got around to updating the Pure Storage FlashArray Content Pack to expand support for version 2.5 and also leverage some new functionality from Purity syslog messages.

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Updated VMware and Pure Storage Best Practices Guide

Update: Please see this page for latest updates on best practices and relevant links.

Quick post here. I have updated the Pure Storage FlashArray Best Practices Guide for VMware vSphere. Not a total overhaul but there are some changes to note.

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Updates include:

  • New information for vSphere 6.0 This mostly focuses on what supports vSphere 6.0 and re-enforcing that current best practices remain the same. Expect a lot more vSphere 6 content though in forthcoming updates. As new storage features are tested and considered in the latest version of the VMware platfom they will be included in this guide, such as VVols.
  • Queue Depth changes are no longer mentioned in this document. Messing with this is considered a tweak that most people will not need. Don’t broke what isn’t broken is the mantra here.
  • More instruction on iSCSI setup and clarified instruction.
  • General tightening and simplification of the document
  • New content pack for Log Insight (which will be out soon). The changes are detailed in the document

 

FlashRecover replication on the Pure Storage FlashArray

Last year Pure Storage introduced built-in replication on the FlashArray 400 series in our Purity Operating Environment version 4.0. Our replication offers a variety of benefits–they center around two things. First it is completely free. There is no license charge for replication itself or by capacity. If you need to have is two FlashArrays and a TCP/IP network between the two of them to replicate over. No additional hardware to buy for the array or license packages required (all of our software is always free). Secondly, it is very easy to use–from a green field array to replicating volumes takes maybe five minutes–in reality probably far less than that. So I wanted to take some time to review how our replication is setup and how it works. I went over replication briefly when we released Purity 4.0, but I think it is time for a closer look.

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The Pure Storage Content Pack 1.0 for VMware vCenter Log Insight

The Pure Storage Content Pack for VMware vCenter Log Insight is now live on the VMware Solution Exchange! Download it today for free. As past posts have shown I have done a decent amount of work with Log Insight here at Pure and in my previous job. A product I have really liked from VMware for a variety of reasons, a big one being that it is so very easy to use. We really improved our syslog feature on the FlashArray in the 4.0 Purity release, so it was the perfect time to create our first content pack!

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Pure Storage and VMware VAAI

Today I posted a new document to our repository on purestorage.com: Pure Storage and VMware Storage APIs for Array Integration—VAAI. This is a new white paper that describes in detail the VAAI block primitives that VMware offers and that we support. Furthermore, performance expectations are described, comparing before/after and how the operations do at scale. There are some best practices listed as well, the why and how of those recommendations are also described within.

I have to say, especially when it comes to XCOPY, I have never seen a storage array do so well with it. It is really quite impressive how fast XCOPY sessions complete and how scaling it up (in terms of numbers of VMs or size of the VMDKs) doesn’t weaken the process at all. The main purpose of this post is to alert you to the new document but I will go over some high level performance pieces of information as well. Read the document for the details and more.


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Updated Best Practices document for VMware vSphere and Pure Storage FlashArrays

Heyo–quick post here. One of my first focuses since joining Pure Storage was to update their best practices guide for VMware vSphere. It’s finally out! Updates include a lot of the stuff that I have posted on this blog as of late (essentially whatever I worked on that day went also directly here–I won’t always be this prolific).

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Virtual Storage Integrator for vSphere Web Client

Today the long-awaited update to Virtual Storage Integrator for the vSphere Web Client as been released! Six months or so ago EMC released the first iteration of the VSI Web Client (version 6.0) that supported provisioning of storage but only for environments enabled with ViPR. The latest release (version 6.1) now adds support for direct provisioning of storage from a VMAX or VNX array.

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The EMC Enterprise Private Cloud 2.0

Increasingly, organizations, small and large, are attempting to or at least considering to implement some type of cloud-based architecture into their IT infrastructure. The benefits of tight integration, intelligent abstraction of resources, seamless automation and orchestration are becoming quite apparent. These benefits and the desire to obtain them are causing customers and partners to look at vendors such as EMC for such a solution. Importantly, a solution that doesn’t require re-invention of the wheel or painstaking initial setup.

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