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16.03.2016 admin
Free MDT Tools and PowerShell Scripts to Fully Automate the Deployment and Configuration of Hyper-V Server 2016, Failover Clustering, and Storage Spaces Direct for Hyper-Converged Infrastructure! AboutDane Young is an aspiring technothusiast specializing in application, desktop, and server virtualization technologies.
In the previous blog post I demonstrated how to build a proof of concept environment using Windows Server 2016 with Hyper-V and Storage Spaces Direct using virtual machines on VMware vSphere. If you’re not familiar with the free Hyper-V Server, it truly is feature rich, including all the features of Hyper-V, Failover Clustering capabilities, and now Storage Spaces Direct using a slightly modified build of Server Core with a customized administration GUI. Below you will find a quick overview of the environment I’m going to build in this blog post. The installation of Microsoft Deployment Toolkit 2013 Update 1 will be nearly identical to the steps I provided in my previous MDT blog post. Additionally, I noticed that the Share and NTFS permissions for the Deployment Share aren’t properly set when using MDT 2013u1 on Windows Server 2016. Every once and a while HP changes the silent install process for SUM, but this has worked for a couple releases, so feel free to reuse it. Next, we’ll import the Hyper-V Server 2016 WIM by mounting the Hyper-V Server 2016 TP4 ISO. Next, we’ll create a Task Sequence to deploy Hyper-V Server 2016 TP4 that we will modify throughout this blog post. Next, we’ll create a custom MDT Wizard for capturing various variables that we need for deploying each node.
For this blog post, I’ll show you the basic framework for capturing and applying PowerShell parameters using MDT. The sample wizard files and scripts I’m including below show a production ready scenario using six network adapters and multiple VLANs for Hyper-V Server 2016. If you want to capture additional parameters, be sure to update the descriptive text and ID references highlighted in red above. This tells the MDT process to add a new dialog in the process to call our newly added DeployWiz_Hyper-V.xml wizard. We’ll modify the Hyper-V deployment task sequence and add a new Run PowerShell Script action under Custom Tasks. Additionally, I’d recommend inserting a Restart Computer task to finalize the installation and configuration process.
If there are further PowerShell scripts or actions that need to be performed after a reboot, you could add a new Run PowerShell Script action here, using the same process I described for Step1 (call it Step2).
Optionally, if you want to Enable RDP on your Hyper-V hosts, you can add the following Run Command Line action between the PowerShell script and the Restart commands. It’s usually easier to test out the deployment using virtual machines on VMware vSphere (Speeds up the time between reboots). If your Mac Address order is different for the hosts you’re deploying to, you may need to alter the Wizard and PowerShell scripting logic. Before deploying multiple VMs, I’ll test the Wizard logic and PowerShell script using a single virtual machine. If we want to see some of the advanced settings we need to move the dialog and find the Command Prompt running in the background. To build the cluster and initialize Storage Spaces Direct, I’ll be using PowerShell remoting from the MDT Server (which is running Windows Server 2016).
Next, we need to install the Remote Server Administration Tools (RSAT) for Hyper-V and Failover Clustering on our Administration System (MDT Server). To build the cluster, I’ve created a PowerShell PS1 file with some variables that should be modified before being executed from the MDT server. First, start by modifying the PS1 file and adjusting the Variables in the top section to match your environment. Click the video below to watch the execution of the PowerShell script using Failover Clustering and Storage Spaces Direct cmdlets. Once all servers have been deployed and joined to the Failover Cluster and Storage Spaces Direct environment, you can use Server Manager, Failover Cluster Manager, and Hyper-V Manager installed on your MDT Administration System for remote management! Now that our MDT Task Sequences are working precisely the way we want, we could easily create a MDT Media repository, which would allow us to make this deployment portable.
This ISO file is now completely portable and can be attached to any physical or virtual servers without requiring access to the MDT server. As a recap, in this blog post I’ve shown how you can fully automate the deployment of Hyper-V Server 2016 using Microsoft Deployment Toolkit and PowerShell.
I hope this blog post has been informative and useful as we get closer to Windows Server 2016 general availability! Plus de 300 nouveautes auraient ete introduites par rapport à l'actuel Windows Server 2008 R2 et toutes n'ont logiquement pas fait l'objet d'une presentation detaillee. A ce titre, l'hyperviseur Hyper-V 3.0 profite de nombreuses ameliorations, comme la possibilite de deplacer physiquement une machine virtuelle d'un emplacement de stockage vers un autre via un simple lien reseau sans la moindre interruption de service, la prise en charge d'images de plus de 2 To via un nouveau format, le VHDX, ou la virtualisation d'interfaces reseau. Pour ce qui est de l'administration, Microsoft preconise desormais une gestion à distance, meme si les manipulations depuis la machine hote restent possibles.
Bien d'autres elements (amelioration de DirectAccess, introduction d'IIS 8, etc.) pourront etre decouverts en testant cette premiere version destinee aux developpeurs, qui connaitra de substantielles evolutions. In previous posts we’ve seen folks jump to try to identify edge cases or debug the designs. Organization of physical disks into storage pools, which can be easily expanded by simply adding disks. Usage of virtual disks (also known as spaces), which behave just like physical disks for all purposes. Before we start exploring Storage Spaces in more detail, I will digress briefly to give you a little more context: some of us have used (or are still using), the Windows Home Server Drive Extender technology which was deprecated. This virtual disk is usable just like a regular physical disk – you can partition it, format it, and start copying data to it.
Its logical capacity is listed as 10TB although the underlying physical disks in the pool have only 4TB of total raw capacity.
Resiliency is built in by associating the mirrored attribute, which means that there are at least two copies of all data contained within the space on at least two different physical disks. The magic that allows us to create a 10TB mirrored space on 4TB of total raw capacity is called thin provisioning. With thin provisioning, you can augment physical capacity within the pool on an as-needed basis. You do not need to explicitly inform Storage Spaces which of your USB disks should be used for each of the spaces you have created. Another core (also optional) capability associated with a space is resiliency to failure of the physical disks comprising the storage pool. It might be interesting to more closely examine how your data is mirrored on different disks.
When a pool disk fails, Storage Spaces identifies the impacted slabs for all spaces utilizing the failed disk, and reallocates them to any available hot-spare disk or to any other suitable disk within the pool (hot-spares are reserved disks within the pool, only to be used as automatic replacements for failed disks). There’s another resiliency attribute, called parity, which directs Storage Spaces to store some redundancy information alongside user data contained within the space, thereby enabling automatic data reconstruction in the event of physical disk failure.
When a disk fails, the parity space recovers equally transparently and automatically as does the mirrored space.
Obviously, both spaces above are thinly provisioned and share the same backing pool (physical disks). You can access spaces contained within a pool, as long as a simple majority of physical disks comprising the pool are healthy and connected to your PC, a concept called quorum. I’ll explain the virtualization capabilities of Storage Spaces by walking you through a common usage scenario.
Logically, your storage configuration would look exactly like the illustration provided above, wherein two spaces with different resiliency attributes are carved out from a single pool. You can invoke powershell to create the pool and spaces, as well as to complete more advanced tasks. Note that the above commands will only work on the forthcoming Windows 8 Beta and subsequent releases.
We now get to take a sneak peak at an alternative easy-to-use tool to configure pools and spaces.
Note that you can assign a drive letter and format the resultant volume as part of creating the space.
There is a lot more to say about the many capabilities of Storage Spaces and how other Windows technologies can also leverage these capabilities – we will continue with this discussion in subsequent write-ups.
We know that some of you will still have questions about Storage Spaces, so here is an FAQ that we hope will cover most of them. Fundamentally, Storage Spaces virtualizes storage in order to be able to deliver a multitude of capabilities in a cost-effective and easy-to-use manner. For both mirrored and striped spaces, read performance is very competitive with optimized RAID 0 or RAID 10 implementations. If the physical disk is contained within an enclosure that supports the SCSI Enclosure Services protocol, we will activate a red LED (if present) next to the failed physical disk. As long as you have created mirrored or parity spaces, you can always simply remove a physical disk within the pool, and add a different (perhaps larger) one. You can use Storage Spaces with any physical disk that otherwise works with Windows, connected via USB, SATA, or SAS. If your disks are housed within an enclosure, and if Storage Spaces either does not provide you with slot information associated with the physical disks or does not light up LEDs on the enclosure, you can assume that the enclosure does not conform to Windows logo requirements.
If your file resides within a NTFS volume on a two-way mirrored space, two copies of all your file data will be maintained. The slab size is an internal unit of capacity that we use for provisioning across multiple spaces within the same pool. Q) You mentioned that quorum for the pool requires a simple majority of healthy and connected physical disks. Windows 7 does not support Storage Spaces and will treat the physical disks just as it would any disk with an unfamiliar partitioning scheme.


Windows PowerShell is a command line shell and scripting language for Windows that supersedes the CMD.exe shell and batch language. I'm trying to run a Get-ChildItem -Recurse against a file share and I'm getting some "path too long" errors. In bash, a process that is already running in the foreground can be suspended by hitting control Z. In Windows 10 it possible to set a unique wallpaper for each display via command line or powershell? I have a script with powershell regex in it, and after I upgraded from Windows 7 to 10 it working different. I have a function worked out that has 2 parameter sets, both of which contain mandatory parameters.
Is there a way to disable showing what your friends are playing when first logging into steam? Creative Commons Attribution 2.5 License, while the rest of the theme files are released under a GNU GPL License. If you use our themes, it will be assumed that you have read and accepted the terms and conditions, included in the License Document. Microsofta€™s Server 2012 is based on the same code as Windows 8, and some new features appear in both, such as the virtual storage manager, Storage Spaces.
As the former 'chief evangelist' at Apple, Guy Kawasaki has had plenty of experience selling the next new thing.
Data lakes have become a major boon for companies as they seek to more effectively manage and analyze big data. In today's threat landscape, proactive risk management is needed to stay on top of a surge of network and security alerts. Network monitoring systems that focus on performance enhance network reliability and promote more efficient communication.
With a little experimenting you could build a similar deployment process using Microsoft’s new Nano Server distribution to lower the install footprint and attack surface even further. To start, I need an Active Directory domain and an Administrator System running Windows Server 2016 TP4. I’m not sure if Microsoft will fix this prior to GA or if there will be a new version of MDT that fully supports WS 2016.
Most management tools, drivers, and agents for physical servers can be automated using command line parameters, which we can use as a custom Application deployment in MDT. To integrate with our MDT workflow, we’d simply create a new Application, copy the contents of the SUM ISO to the folder, and create the two scripts.
Variables will include NetBIOS name, static IP info (address, mask, gateway, etc.), and domain join information.
Additionally, you can remove or reorder these fields if your physical network topology is different. It’s not recommended to reboot using the PowerShell script as this will cause the MDT task sequence to fail unexpectedly. Also, at this stage I’d recommend you update your Deployment Share by right clicking the root folder and selecting Update Deployment Share. You can reference my previous blog post for details on ensuring the VMX properties are set properly to install and run Hyper-V 2016 nested in vSphere 6.0. Rinse and repeat this process until you have at least three Hyper-V hosts deployed (minimum before we can establish quorum and build the cluster). Follow the steps below if you desire to create a portable ISO or USB drive for Hyper-V server deployments.
You can find these settings by right clicking the newly created Media location and going to Properties, then Rules. To validate that the new LiteTouchMedia.iso is working properly without access to the MDT server, you can attach to a physical or virtual server that has all network adapters unplugged. I’ve also shown you how to automatically configure the Failover Cluster and Storage Spaces Direct using the PowerShell script included. As always, if you want to leave feedback with any comments, questions, or concerns please feel free to do so in the section below!
Les nombreuses nouveautes annoncees temoignent de l'influence qu'a eue la logique Azure sur les equipes de l'editeur. A ce stade, le nom n'est pas definitif et l'on ne sait pas quand doit sortir l'OS, meme si l'annee 2012 parait tout indiquee. Du discours de Satya Nadella, president de la division Servers and Tools chez Microsoft, il apparait toutefois que les enseignements tires de l'elaboration et du developpement de la plateforme applicative distante Windows Azure ont motive bon nombre des innovations apportees à Windows Server. Microsoft a par exemple fait la demonstration d'une nouvelle fonction baptisee Storage Spaces, qui permet de creer un unique disque dur virtuel à partir de lecteurs physiques differents, quels que soient leur emplacement et sans passer par un logiciel tiers. Storage Spaces are going to dramatically improve how you manage large volumes of storage at home (and work). My data collection continues to expand and includes some of my most precious memories, including irreplaceable photos and home videos of my children since their birth.
These disks can be connected either through USB, SATA (Serial ATA), or SAS (Serial Attached SCSI).
However, spaces also have powerful new capabilities associated with them such as thin provisioning (more about that later), as well as resiliency to failures of underlying physical media. Storage Spaces is not intended to be a feature-by-feature replacement for that specialized solution, but it does deliver on many of its core requirements.
Note that once physical disks have been added to a pool, they are no longer directly usable by the rest of Windows – they have been virtualized, that is, dedicated to the pool in their entirety. Because the space is mirrored, it will continue to work even if one of the physical disks within the pool fails. Thin provisioning ensures that actual capacity is reserved for the space only when you decide to use it, for example, when you copy some files to the volume on the space. As you copy more files and approach the limit of available physical capacity within the pool, Storage Spaces will pop up a notification telling you that you need to add more capacity. Once we have added this physical capacity, we don’t need to do anything more to consume it.
Behind the scenes, Storage Spaces optimally manages the capacity of each of the physical disks within the storage pool, for all the spaces carved out from the pool.
For example, the space we’ve illustrated above is a mirrored space (in other words, it has the mirrored resiliency attribute associated with it). This self-healing is done automatically and transparently so as to minimize the need for manual intervention.
Slabs for both spaces are intermingled, and optimally spread over all available physical disks, although each space uses different mechanisms to recover from physical disk failure.
For example, you will need four of the six disks comprising the My Home Storage pool to be healthy and physically connected to the PC in order to access either the Documents or the Multimedia space. Imagine that you have just purchased a Windows 8 PC and wish to use this machine as a central repository for much of the digital content in your home or small business. A preliminary version of Storage Spaces is available in the Windows 8 Developer Preview, but the above PowerShell commands will not work in that build. It will all be available to you as part of the Windows 8 Beta release in addition to the features available in the Developer Preview. As we get more questions from you in the Comments, we will try to update this FAQ to be more complete. Storage Spaces delivers resiliency to physical disk (and other similar) failures by maintaining multiple copies of data. Since all data is striped across all physical disks backing the space, you have this information.
Replacing a failed physical disk is easy – after removing the failed disk you simply connect the replacement disk to the PC, and then add the disk to the pool either via PowerShell or via Control Panel .
Within a short period of time, the impacted spaces will automatically be resynchronized (the Storage Spaces design optimizes this operation to be faster than traditional RAID rebuilds).
In typical deployments, Storage Spaces will automatically select physical disks from the pool to back your spaces. The slab size is automatically determined by Storage Spaces based on a multitude of factors to deliver an optimal experience in terms of performance and availability. I then plug them into another Windows 8 PC in reverse order.  Will the new PC think I have a broken pool or will it eventually catch up?
When Storage Spaces detects a sufficient number of disks for quorum, it activates the pool and contained spaces. Storage Spaces correctly handles two-disk pools and continues delivering resiliency to failures for a two-way mirrored space contained within such a pool, even if one physical disk fails or is disconnected.
PowerShell is also an automation engine for Windows that provides functionality similar to Windows Script Host and VBScript. We have a series of Samsung ATIV Smart PC 700T's that come pre-installed with Windows 8 core.
Feel free to contact us at Headsetoptions.org for theme support, theme customization, premium templates, suggestions, or other queries, etc. While the client team was busy re-imagining Windows for tablets, the server team was able to take a more measured approach, building on existing features such as Hyper-V virtualisation and PowerShell automation, and continuing themes first seen in Server 2008. Carl Claunch at Gartner focuses on the improved management tools, storage enhancements, and Hyper-V, writing that a€?these enhancements will improve the competitive position of Windows Server against alternative operating environments a€” such as Linux, Unix, VMware, Citrix XenServer and Kernel-Based Virtual Machine (KVM) a€” leveling the playing field and jumping ahead in some key areas,a€? though he adds that it a€?still lacks a few capabilities.a€? Caution is advised as ever, but Server 2012 is a strong upgrade. If you reside outside of the United States, you consent to having your personal data transferred to and processed in the United States.
If you follow the steps in this post, at the end you will have a fully automated, entirely free Infrastructure-as-a-Service (IaaS) platform including shared storage using Hyper-V Server and Storage Spaces Direct. At this stage there is no indication that Microsoft’s free hypervisor, Hyper-V Server 2016, will come with a Nano Server variation. To remediate, right click the Deployment Share folder and make sure the MDT user account that you’re using for authentication has Full Control to the Share and at least Read and Execute NTFS permissions to the folder, subfolders, and files.
For multiple deployments in the same domain and network, we could use an MDT database to apply settings using different built-in parameters, making the deployment process touchless.


This wizard can be modified to capture additional parameters that you can apply using PowerShell, I’ll show you each of the steps below. This will generate updated LiteTouch media that can be used to mount to our physical or virtual machines for deployment. To test the Hyper-V PowerShell scripts with the six network adapters, I’ll add six virtual interfaces to each VM for the test, assigned in order based on the VLANs described above. For example, if you’re using rack-mount servers with Gigabit Onboard for Management and Cluster communications, and 10 Gigabit PCI-E for Virtual Machines. If you see the Task Sequence selection screen with no network adapters plugged in, your MDT Media is working properly. If this blog post has been useful to you, please tweet or share with your personal network.
Le systeme est d'ailleurs pense pour fonctionner aussi bien sur site qu'à distance, dans le cloud. Le systeme introduit egalement un mecanisme de de-duplication des donnees : si plusieurs fichiers identiques sont stockes dans des repertoires differents, ils seront combines pour ne plus occuper que la place d'un seul. For quite some time now, I have sought a dependable, expandable, and easy to use solution that maximizes utilization of my ever-growing collection of USB drives. A storage pool can be composed of heterogeneous physical disks – different sized physical disks accessible via different storage interconnects. It is also a fundamental enhancement to the Windows storage platform, which starts with NTFS. Previously allocated physical capacity can be reclaimed safely whenever files are deleted, or whenever an application decides that such capacity is no longer needed. You can do so very simply by purchasing additional disks and adding them to your existing pool.
We can simply keep copying files or other data to the space within the pool and this space will automatically grow to utilize all available capacity within the containing pool, subject to its maximum logical size of 10TB. This mirrored setting ensures that we always store at least two (and optionally three) complete copies of data on different physical disks within the pool.
Even if one of the two disks fails, Storage Spaces can continue to deliver your data because at least one copy exists on a non-failed physical disk. We’ve also optimized for speed to prevent data loss from multiple hardware failures at the same time.
Parity spaces are well suited for storing data such as large home videos, which have large capacity requirements, large sequential (predominantly append) write requests, and an infrequent-to-minimal need to update existing content.
Of course, as previously stated, the resiliency attribute associated with the space determines degree of data availability in the presence of physical disk failure – for example, if the Documents space is three-way mirrored and allowed to use all disks within the pool, you can continue accessing data despite the loss of any two disks.
A reasonable setup would involve creation of two resilient spaces – one is a mirrored space for your important documents and the like (these are typically modified more often), and the other is a parity space, for your large multi-media content like home videos and family pictures, which you typically update less often, but view more often. Since the availability of the WDP release, we have also activated many additional features within Storage Spaces. Then, you can simply copy data over from your Drive Extender-based volumes to a space within your pool. To maximize performance, Storage Spaces always stripes data across multiple physical disks. This feature delivers easy-to-use resiliency to disk failures, and optimizes concurrent usage of all available disks within the pool.
You can also see information about the failure in the Storage Spaces applet in Control Panel. In the event that Storage Spaces metadata on a physical disk becomes corrupt (which will be obvious since the disk health will indicate a problem with the physical disk), you can treat the disk just as you would any other failed disk – simply remove it from the pool.
However, if you so desire, you can manually specify a specific set of physical disks within your pool to back a particular space and thereby control allocation. It makes no difference whether you specify the initial logical size to be a smaller number (say 1TB) and grow it as needed, or set it to a very large number (say 50TB) right from the beginning. Pls read the License Document, included in the Zip File of this theme for "Terms and conditions". Notable certifications include Citrix Certified Integration Architect for Virtualization, VMware Certified Professional for vSphere 4 and Microsoft Certified IT Professional: Windows Server 2008 R2, Virtualization Administrator.
Additionally, you’ll have the tools to rinse and repeat as many times as required to deploy in remote pods of infrastructure, or to use for customer deployments if you work at an integration partner as I do. Part of the objective of this blog post is to show a completely free infrastructure solution built using Microsoft’s free automation and deployment tool (MDT).
On the Admin System we’ll install Microsoft Deployment Toolkit 2013 Update 1 and the Remote Server Administration Tools (RSAT) for Hyper-V and Failover Clustering.
You may need to replace all child object permissions if the deployment doesn’t work as expected. Depending on what hardware you’re using the management agents, drivers and firmware install process may be slightly different. Use the same process as described in my previous blog post for importing the Operating System WIM. However, creating a custom wizard allows us to make this install sequence portable to use MDT Media feature and build a custom ISO that can be used for bare-metal installs. A huge thanks to Microsoft for continuing to innovate and drive value with their systems management products, making the hypervisor and storage absolutely commoditized. Le tout pourra etre pilote depuis un nouveau Server Manager, dont quelques elements d'interface s'inspirent de Metro. Many of us have been using Windows Home Server Drive Extender and have been hoping for an approach architected more closely as part of NTFS and integrated with Windows more directly. Further, I want guarantees that my data will always be protected despite the occasional hardware failure. Storage Spaces delivers on diverse requirements that can span deployments ranging from a single PC in the home, up to a very large-scale enterprise datacenter.
This reclaimed capacity is subsequently available for usage by either the same space, or by some other space that is carved out from the same pool. This way, despite partial or complete disk failure, you’ll never need to worry about loss of data. By using the appropriate resiliency scheme, you can optimize for both capacity utilization as well as for best performance. The functionality delivered through Storage Spaces is more flexible and better integrated with NTFS, so it will generally be more reliable and useful.
While the RAID concepts of mirroring and striping are used within Storage Spaces, the implementation is optimized for minimized user complexity, maximized flexibility in physical disk utilization and allocation, and fast recovery from physical disk failures. Using a RAID enclosure with Storage Spaces adds complexity and a performance penalty that does not provide any improvement in reliability. When needed, Storage Spaces will also use SES to light up failure LEDs associated with physical disks (assuming that the enclosure has such LEDs). Virtualisation is pervasive, both for servers and hosted desktops, and Hyper-V is now a strong competitor to VMware. Johan Arwidmark has an excellent blog post with instructions on how to use MDT to deploy Nano Server that can be used with some tweaking in combination with this post if you plan to use the licensed versions of Windows (Standard or Datacenter). We need the Admin System OS version to match (2016 TP4) so we can use all the Storage Spaces features in Server Manager to view the storage pools and disks. Of course, this blog post can be adapted to deploy Windows Server 2016 with Hyper-V as either Standard or Datacenter, should you require the Operating System Environments (OSEs). In building the Windows 8 storage improvements, we set out to do just that and developed Storage Spaces.
We achieve all of this through architected cooperation between the underlying file-system (NTFS) and Storage Spaces. As a matter of fact, the physical disks comprising the pool are typically not even visible to other components within Windows or to applications running on your PC. Given these significant differences in objectives and implementation between Storage Spaces and traditional inflexible RAID implementations, the RAID nomenclature is not used by Storage Spaces. We do test pools comprising multiple hundreds of disks – such as you might see in a datacenter.
For Storage Spaces to use enclosure capabilities, the enclosure must conform to the Windows logo requirements. Even if you never plug in some enclosures, as long as Storage Spaces detects the minimum number of disks needed, you can continue working with your data. Microsoft is also making an effort to break the assumption that Windows Server is managed from its local graphical user interface (GUI), strongly encouraging users to install the Server Core version and to use either command-line or remote administration tools. Of course, the existing solutions you already use will continue to work fine in Windows 8, but we think you will appreciate this new feature and the flexible architecture. By extension, the fact that some physical disks within the pool have failed, is completely shielded from other Windows components or applications. Enclosure vendors have been made aware of these requirements and we expect increasing conformance over time.
Both via PowerShell and via Control Panel, Storage Spaces informs you that a few physical disks are missing, thereby encouraging you to plug them back in. As we talk all about consumer electronics next week, thinking about all the media we all have in photos (especially huge digital negatives) and videos, this feature is sure to come in handy. They continue to operate on the space, completely oblivious to the fact that Storage Spaces is working quietly in the background to maintain data availability. In this post, Rajeev Nagar, a group program manager on our Storage and File System team, details this new feature. Additionally, upon disk failure, Storage Spaces automatically regenerates data copies for all affected spaces as long as sufficient alternate physical disks are available within the pool.



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