In a recent series of blog posts, I've shown you how to use two of Windows 8's new recovery tools, and. While the Reset your PC tool will allow you to essentially start from scratch and the Refresh your PC tool will allow you to install a new copy of the operating system while retaining your data, you may also want to have a backup of your full system - data and applications - on hand, just in case you encounter a catastrophic hard disk failure. If so, you'll be glad to know that the tried and true System Image tool still exists in Windows 8 and as long as you have created a system image of your hard disk, you can use the System Image Recovery tool to recover your entire system in the event of a hard disk failure. In other words, if your hard disk goes south, you can purchase a new hard disk and use the System Image Recovery tool to restore your system to the state it was in at the time that you created the image. Now, keep in mind that for this type of backup to be truly effective, you need to regularly create new System Images so that in the event of a recovery, you will have a recent version of your system. In this edition of the, I'll show you how to use System Image Recovery tool from the Recovery Drive to restore your hard disk. As I do, I'll also show you how to create a System Image on a set of optical discs.
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In order to run the System Image Recovery tool as I'll describe in this article, you'll need to have created a Recovery Drive as I showed you in the article. You'll also need a set of optical discs or on an external drive on which to create a system image of your hard disk. Cimatron e10.0 x32 x64 setup key. Creating a System Image As I mentioned, in order to use the System Image Recovery tool you must have created a system image of your hard disk. As such, I'll begin by walking you through the steps required to create a system image. To create a system image in Windows 8, you'll start by accessing the oddly named Windows 7 File Recovery window.
(Why not just call it File Recovery or Windows Backup and leave it at that?) To do so, use the Windows + W keystroke to access the Search Settings page. Then, type Windows 7 File in the text box and click Windows 7 File Recovery, as shown in Figure A. Figure A Accessing the Windows 7 File Recovery tool from the Start screen is easy. In a moment, you see the Windows 7 File Recovery user interface and you should select the Create a system image command on the left side of the screen to launch the creation tool. On the first screen you will need to choose where you are going to create a system image. For my example, I am going to create the system image on a set of DVD+R discs in the DVD RW drive, as illustrated in Figure B.
Figure B On my test system, I'll create the system image on a set of DVD+R discs. When you click Next, you will be prompted to confirm your backup settings, as shown in Figure C. As you can see, in addition to the main partition, the System Reserved partition is also selected to be backed up. On my test system, which is pretty bare bones at this point, the system is indicating that the image will take up 36GB of space. (When the operation was complete, the system image, with compression, only required three 4.7GB DVD+R discs.) When you are ready, just click the Start backup button. Figure C On the Confirm your backup setting page take a look at the information presented and then click the Start backup button. As Windows begins preparing for the operation, it will prompt you to label and then insert the first DVD disc This process is illustrated in Figure D.
Figure D To get started, insert the first disc and click OK. Once you insert the blank disc, you'll be prompted to format it. Make sure that you select the Don't ask me again for this backup check box before you click the Format button. The operation will then format the optical media, as shown in Figure E. Figure E Make sure that you select the Don't ask me again for this backup check box. As the backup operation gets under way, you'll see progress indicators letting you know the status of the operation, which includes verification of the media once the backup portion is complete. After each disc is verified, you'll be prompted to insert a new disc.
This process is illustrated in Figure F. Figure F Creating a System Image on DVDs includes a verification operation. When the System Image creation procedure is complete, you'll be prompted to create a System Repair disc, as shown in Figure G. However, as you may remember, a System Repair disc is the same as the Recovery Drive and if you have already, you can just click No and you will be notified that the backup completed successfully.
Figure G In Windows 8, the System Repair disc is the same as the Recovery Drive. Now that you have a System Image backup, you are ready for an emergency situation. Launching System Image Recovery In the case of a hard drive failure, you can restore Windows 8 by running the System Image Recovery tool from the Recovery Drive. While I am booting from a USB Recovery Drive, you can just as easily boot the Recovery Drive from the optical disc. (As a part of my research for this article, I ran the System Image Recovery tool after booting from an optical disc and the procedure is basically identical.) After your system boots from the Recovery Drive and you are prompted to choose an option, select the Troubleshoot tile as shown in Figure H. Figure H When you are prompted to choose and option, select the Troubleshoot tile. When you see the Troubleshoot screen, as shown in Figure I, select the Advanced options tile.
Honda pressure washer manual. Figure I From the Troubleshoot screen, select the Advanced options tile. When you see the Advanced options screen, as shown in Figure J, select the System Image Recovery tile.
Figure J From the Advanced options screen, select the System Image Recovery tile. You'll then be prompted to choose the operating system that you want to recover, as shown in Figure K. Now, when performing a system image recovery operation, it seems redundant to have to select the operating system, but you must click the Windows 8 tile to get started. Figure K Choose Windows 8 The recovery process As soon as you click the Windows 8 tile, you'll see the Re-image your computer wizard and the tool will immediately begin looking for media containing the system image, as shown in Figure L.
Figure L The Re-image your computer wizard will immediately begin looking for media containing the system image. When it can't find the system image, it will prompt you to insert a disc.
Take note that when restoring from DVD, you must first insert the final disc in the set, as shown in Figure M. The reason being is that when you create a system image, information required by the restore operation is saved on the final disc. Figure M Information required by the restore operation is saved on the final disc. When you insert the final disc, the Re-image your computer wizard will read the information on the final disc and then display the details of the system image, as shown in Figure N. As you can see, my system image is on drive F, it was created on 2/25 at 11:28 PM, and it is the image for the computer named Jovian-8. When you are ready, just click Next.
Figure N When Re-image your computer wizard is ready to begin, it will display the system image details. You'll then see the second screen of the Re-Image Your Computer wizard, as shown in Figure O. As you can see, this screen provides you with several options. If you are restoring to the same hard disk, you don't need to select the Format and repartition disks check box. (For my example, I selected the Format and repartition disks check box, just to see if that changed the process in any way. Other than possibly adding a little time to the process, the steps and the end result were the same.) If you are restoring to a new hard disk, chances are that the Format and repartition disks check box will be selected by default and will be unavailable.
If that is the case, there is nothing to worry about as long as the new hard disk is of the same capacity or greater than the old one. Figure O The second screen in the Re-Image Your Computer wizard provides you with a number of options to choose from. If you have multiple drives you can click the Exclude Disks button and choose the drive(s) you want to leave untouched. If you click the Advanced button, you'll see a dialog box that will present you with two additional options. An Automatically Restart check box will be selected by default and you'll have the option to enable a disk check operation as a part of the procedure. (Now, if none of the options are available on this dialog box, you may have to install drivers for the disks you are restoring by clicking the Install Drivers button.) When you click Next, you'll see the confirmation screen of the Re-Image Your Computer wizard, as shown in Figure P.
To continue, just click Finish. Figure P To complete the Re-Image Your Computer wizard, just click Finish.
Of course, there is one more confirmation to work through, as shown in Figure Q. Just click Yes to get started. Figure Q Just click Yes in the final confirmation dialog box.
You'll then be prompted to insert the first DVD in the set, as shown in Figure R. Once you do so, just click OK. Figure R Once the operation is set to begin, you'll be prompted to insert the first disk in the set. In a moment, the restore operation will begin and you'll see a progress bar that keeps you apprised of the status of the restore operation. Depending on how big your hard disk is, the restore operation can take a few hours.
As each DVD in the set is restored, you'll be prompted to insert the next one. When the restore operation is complete, you'll be prompted to click the Restart now button. If you happen to be away from your desk when this occurs, your system will restart on its own, as shown in Figure S. Figure S If you happen to be away from your desk when the restore operation is complete, your system will restart on its own. When, your system restarts, you'll see the familiar logon screen. What's your take?
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Now that you know how a System Image Recovery procedure works in Windows 8, you will be prepared if the time comes when you are forced to restore your computer. Have you performed a System Image Recovery procedure before? If so, what was your experience?
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As always, if you have comments or information to share about this topic, please take a moment to drop by the and let us hear from you. Also read:. Related Topics.
I tried double clicking etc in WIndows 7 and whilst that will burn CDs it only seems to burn the iso file to the CD which is of no use. However when I extracted the original I found a readme which said If you do not have a CD burning program installed on your computer, you can download and install the following free ISO CD burning utility (English only) from GEAR Software: The standard Windows Copy feature is not capable of burning a.iso file to a CD. When you go to the site it says GEAR Software is providing this small burning utility to Symantec / Norton users for burning the product installation or a Symantec Recovery CD.ISO image downloaded from the Symantec site. So there you have it. It works a treat.
When you put in an empty CD you get an option in the autoplay menu that says burn disk. I think it may be highlighted as the default choice if it's a blank disk. If you choose it it opens up a folder and you drag the stuff in there and then you tell it to burn it. I also think in the 'send to' menu if you send something to the burner it opens the 'burn to disk'.
I think there is an easier way to get to the menus but I can't tell. One of my systems doesn't have a burner and the one that does already has imgburn and ultraiso installed. But I think you need not only the burn feature enabled, you can't have a third party burning program installed. I'm not sure about burning an image to a disk but maybe you can't have ISO's associated with another program.
I have been searching the internet for an answer to my question and unable to do so. What I want to do is make a bootable backup image that will self install without windows in case of an operating system failure where windows is unavailable. I want to image my C:/ drive and make it so I can boot from CDR or DVDR and have it format the drive and reinstall my backup identical to the original. A long time ago I saw this done with Symantec Ghost on a job I was on but have no idea how to accomplish the task myself. I was wondering if there is perhaps a better software out there now for making a total self restoring image of your haed drive such as this. Thank you for your response.
But I am looking for a self contained setup where the image of my HDD is contained on the boot disk itself along with the installation software. I know I can use a boot disk and access a backup image from my computer but that is not what I am trying to do.
This will not work if there is a HDD failure. I want to be able to install this backup on any machine of my choosing. How does the Light Out system work.
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Do you need a bootable revovery disk AND the image of your HDD as well? Does this require installing Symantec software on its own partition like some of the other software out there? Acronis True Image makes a similar setup where you put your image on a seperate partition and recover from that. I think it is called the Acronis Safety Zone. Well, it's kind of overkill but you should look into Hiren's boot cd.
Ghost is already on the cd that can be run from a dos environment or from a bootable windows environment (similar to bartpe but with integrated sata and usb support for flash or external hds) The latest versions of hirens have a utility to remaster the image allowing you to add your ghost images. And remember that if you run ghost from the live windows environment it means you have access to sata hard drives and even better dma and 32bit disk io so you can get the full speed of your drives and not spend 6 hours on a 4gb image. But for the ultimate backup solution for system images with no user data, I personally use a 16gb hiren's flash drive. Or rather a flash drive with hiren's installed to and made bootable. Then you have convenient read write access to ghost images and you can boot from the usb and save the ghost image directly to the flash drive. Seriously nothing beats it for speed. Just remember that the drive is fat32 and you will have to break the ghost image into 4gb pieces.
I suppose you could make one of those 'laptop hd in a external usb case' the same way for images that also contain user data, ie bigger than 16gb. But making full hard drive backups of systems that users have already had a chance to corrupt vs a backup of only images docs and email etc is against my religion.
I have been searching the internet for an answer to my question and unable to do so. What I want to do is make a bootable backup image that will self install without windows in case of an operating system failure where windows is unavailable. I want to image my C:/ drive and make it so I can boot from CDR or DVDR and have it format the drive and reinstall my backup identical to the original. A long time ago I saw this done with Symantec Ghost on a job I was on but have no idea how to accomplish the task myself. I was wondering if there is perhaps a better software out there now for making a total self restoring image of your haed drive such as this. It's a long time ago you asked this, but I've only just seen it. Since it seems to cause widespread puzzlement, I thought it worthwhile to spell out how I do it.
It's a relatively straightforward process using Ghost 2003 and Nero 6. The steps below provide a simple system to produce a single, self booting, DVD recovery disk i.e. Your Hard Drive image must be a bit smaller than 4.7 GB. Thus it is suitable for a fresh XP installation plus a moderate number of installed applications. For a bigger Image you could use a dual-layer (9 GB) DVD.
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To avoid clogging up the computer for which the Recovery disk is intended, it is best to prepare the Recovery disk on another computer. The steps are: STEP 1. Prepare a bootable floppy disk and add the following files to it: AUTOEXEC.BAT CONFIG.SYS MSCDEX.EXE OAKCDROM.SYS HIMEM.SYS REBOOT.COM Use Google to find and download MSCDEX.EXE, OAKCDROM.SYS, HIMEM.SYS and REBOOT.COM if you don't have them already.
CONFIG.SYS contains the following: LASTDRIVE = Z DEVICE=OAKCDROM.SYS /D:MSCD001 /L:Z FILES=10 BUFFERS=10 DOS=HIGH,UMB STACKS=9,256 AUTOEXEC.BAT contains the following: @echo off cls echo. echo. IF YOU CONTINUE, THIS WILL DESTROY ALL EXISTING DATA ON THE HARD DRIVE AND. ECHO.
REPLACE IT WITH A FRESH INSTALLATION OF WINDOWS. IF YOU DO NOT WANT TO DO.
ECHO. THIS, REMOVE THE RECOVERY DVD FROM THE DRIVE AND TURN OFF THE COMPUTER.
Being that my primary backup strategy is based on System Center Data Protection Manager, one of the first things that I did was to implement the System Recovery Tool. In case you aren’t familiar with the System Recovery Tool, it is a Data Protection Manager component that is designed to allow you to perform bare metal restores of protected servers (physical or virtual). As you will recall from my previous article, I was unable to restore my servers from Data Protection Manager initially, because Data Protection Manager requires an agent to be running on the protected computer. If the protected computer has been completely wiped out, then there is no agent. This is exactly the type of situation that the System Restore Tool can help with. Although you can create a System Restore Tool boot disk for your protected servers, the boot disk alone won’t allow you to recover your servers. You must provision your Data Protection Manager servers to support bare metal recovery before disaster strikes.
Otherwise, the System Recovery Tool boot disk will be useless. I should also tell you that the system recovery tool presents some special challenges in a virtualized environment. The System Recovery Tool boot disk boots the server to a watered down Windows XP environment, which attaches to the network and then establishes connectivity with the System Recovery Tool’s server component. The problem is that the System Recovery Tool does not seem to have been designed with server virtualization in mind, so the boot disk will fail to establish connectivity if you boot it from within a virtual server. Later on, I will show you how to work around that problem. For now, I want to talk about what you need to do to prepare your Data Protection Manager servers. Before I do however, you may be wondering where you can find the System Recovery Tool.
The System Recovery Tool is included with Data Protection Manager 2007, but it isn’t included on the DPM 2007 installation DVD. It is on a separate disk called the System Recovery Tools Disk. If you do not have this disk, it is available for download on TechNet. There are two parts to the System Recovery Tool. There is a server component that must be run on either your Data Protection Manager server (if you have a small number of protected machines) or on a dedicated server.
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There is also a boot disk that connects the failed machine with the recovery server. Installing the server component is really easy. The biggest consideration that you must take into account is that the server that you choose must have adequate storage space. The System Recovery Tool stores a copy of each protected server’s boot volume and its disk configuration information. The Boot Client By far the most difficult part of the process is creating the System Recovery Tool boot client.
Actually, it isn’t very difficult to create the boot client once you know how to do it. Having said that, I have to admit that I had an extremely difficult time coming up with a procedure that would work. The reason it was so difficult is because the normal Hyper-V virtual network drivers do not work with the System Recovery Tool. As I later discovered, you must use the Legacy Network Adapter instead. If you want to create a boot client, the first thing that you have to do is to create a new virtual machine.
When you do, go into the new virtual machine’s settings and remove the network adapter, and replace it with a legacy network adapter, as shown in Figure A. Figure A: Replace the network adapter with a legacy network adapter.
After doing so, install a 32-bit operating system on your new virtual machine. I chose to install the X86 version of Vista with SP2, but you should be able to use any supported operating system so long as it is 32-bit. Once the operating system has been installed, install the Hyper-V integration Services. When I installed the integration services on Vista, it actually switched my network adapter from a legacy network adapter to a regular virtual network adapter. I had to shut down the virtual machine, go into Settings, remove the virtual network adapter, and add a legacy network adapter.
When I booted Vista, my legacy network adapter was detected, and I was able to move forward. Once my virtual machine recognized the legacy network adapter, I opened the Device Manager and confirmed that the correct device driver was being used. As you can see in Figure B, the network adapter should be listed as Intel 21140-Based PCI Fast Ethernet Adapter (Emulated). Figure B: The network adapter should be listed as Intel 21140-Based PCI Fast Ethernet Adapter (Emulated). At this point, right click on the Device Manager’s listing for the emulated network adapter, and choose the Properties command from the resulting shortcut menu.
This will cause Windows to display the driver’s properties sheet. Go to the properties sheet’s Driver tab, and then click the Driver Detail button.
When you do, Windows will list the path and filename of the device driver for the legacy network adapter, as shown in Figure C. Figure C: Windows lists the path and filename used by the legacy network adapter. Create a folder somewhere on your network (it is important that you choose a network location), and then copy the file that is listed to the folder that you create.
This is one of three required files. The other files reside in the C: Windows INF folder.
Before you will be able to locate the files that you need, you must configure Windows to show hidden files and protected operating system files. After doing so, look for a PNF file and an INF file that match the file that you just copied. For example, the driver file that I copied was named DC21X4M.SYS. Therefore, I searched for files named DC21X4M.PNF and DC21X4M.INF, as shown in Figure D. Once you locate these files, copy them to the same network location as your other driver file.
Figure D: Locate the PNF and INF files that go with your device driver. Now that all of the necessary driver files are on the network, go to the server that is hosting the System Recovery Tool, and open the Recovery Center console. As you can see in Figure E, the console contains a link that you can use to create a boot client. Figure E: Click the Create Boot Client link. When you click on this link, Windows launches a wizard that guides you through the process of creating a boot client.
Most of the screens are pretty self-explanatory, so I won’t bore you with all of the steps (most of which only involve clicking Next). At one point during the process however, the wizard asks you if you want to add any additional network drivers. You must click the Add Drivers button, and then specify the location for the files that you copied to the network earlier. After doing so, you should see the legacy network adapter listed within the wizard, as shown in Figure F. Figure F: The wizard should display the legacy network adapter. When you complete the wizard, it will produce a disk image file (an ISO file).
Use this disk image to create a DVD and you are done. Using the Boot Client Under normal circumstances, you can boot a server from the Boot Client DVD, and it will automatically connect to the System Recovery server. If you try to boot one of your virtual machines from the disk that you just made however, you will receive an error message stating that a network adapter cannot be located. The reason why this happens is because your virtual machine is still configured to use a physical network adapter. You must shut down the virtual machine, go into its settings, and get rid of the virtual network adapter. After doing so, add a legacy network adapter, and make sure that it is connected to the correct virtual switch.
Now, boot from the disk that you just made, and you should be able to establish network connectivity, as shown in Figure G. Figure G: The boot disk is able to connect to the System Recovery server. Conclusion After you perform the recovery process, your virtual machine will still be configured to use a legacy network adapter. Before you will be able to use the server that you have recovered, you will have to get rid of the legacy network adapter and replace it with a normal virtual network adapter.
It may also be necessary to reconfigure the virtual machine’s TCP/IP settings. If you would like to read the other parts in this article series please go to:.
Author Brien Posey Brien Posey is a freelance technology author and speaker with over two decades of IT experience. Prior to going freelance, Brien was a CIO for a national chain of hospitals and healthcare facilities.
He has also served as a network engineer for the United States Department of Defense at Fort Knox. In addition, Brien has worked as a network administrator for some of the largest insurance companies in America. To date, Brien has received Microsoft’s MVP award numerous times in categories including Windows Server, IIS, Exchange Server, and File Systems / Storage. You can visit Brien’s Website at: www.brienposey.com.
Today I had to take a customers server that was running SBS 2008 on a physical box and convert it to a virtual machine as we were preparing to run a terminal server along side the SBS server on one physical box. This particular customer uses Symantec’s Backup Exec System Recovery 2010, soon to be renamed Symantec System Recovery 2011. I did my usual full backup and verification, then reformatted the server with Windows 2008 R2. I installed the Hyper Visor role, and installed BESR. I then selected the backup of the SBS server and selected to convert it to a Virtual Machine.
During the selection, I selected to run Mini Setup also known as Sysprep. The conversion ran as expected. I then created my virtual machine, and selected the converted VHD file as my hard disk.
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Upon booting it up, it sat for some time on the following screen with the message Please wait while Windows continues to prepare your computer. After waiting 30 minutes, I decided it must have locked up. The mouse was still responding, and the keyboard as well. I decided to open a command prompt by pressing Shift F10 and then opened the task manager. Nothing seemed to be going on except for the setup application. I looked at the device monitor and didn’t notice anything unusual. I decided to turn the VM off and then back on.
Well that was a bad choice, as I then received the error The computer restarted unexpectedly or encountered an unexpected error. Windows installation cannot proceed. To install Windows, click “OK” to restart the computer, and then restart the installation.
Well when I clicked ok, it rebooted and the same error came back up. So I decided to repeat the entire process again. After waiting another 3 hours for the conversion to finish, I booted up the VM again, and then I waited over an hour. This time I got the following error Windows could not complete the installation.
To install Windows on this computer, restart the installation. Now the frustration kicked in.
After doing some searching, I came across the following Symantec article. According to this article, sysprep needs to use the Administrator account. Well by default in SBS 2008 the domain administrator account is disabled. According to the article, the only resolution is to enable the account and take a new backup or call Microsoft.
Well, I had already reformatted the server, and I didn’t feel like doing a restore, and then enabling it, and then a backup and conversion all over again, that is too much time and work. I decided that the best way to fix this is to enable the built in administrator account.
I went ahead and downloaded the NT offline password editor and registry editor. I then booted the VM on this ISO.
All was good till it said the NTFS partition could not be read. So I struck out on that idea. I then attempted to follow this article on which tells you how to edit the registry to enable the built in administrator account offline. I tried this method but it appeared based on the registry that the account was enabled.
So assume sysprep is not working because of the domain admin account, which is not part of the SAM but Active Directory, or NTDS. I did some further research and found that sysprep does not use the Active Directory, so that article lead me down the wrong path. The next step is to disable sysprep.
I followed but those instructions were for Windows XP. After following it and attempting to boot the VHD, I got an error that winload.exe could not be found. I then opted to reconvert the backup but this time not to run mini setup. Another 3 hours into the project it was starting to look pretty grim. This time the VM booted up without running sysprep, I was able to successfully login to the server and insert the Hyper-V integration disk. Not sure why mini setup didn’t work, but if you run into this issue, try and not run mini setup. For more troubleshooting, take a look.
Hey Lyle, Unfortunately I was unable to post a comment on the previous posting but I had the same issue with being unable to create a new receive connector. I had a newly converted sbs 2008 server with roll up 2 installed. Struggled to get the schema updated due to replication issues but after doing that I updated the schema but still unable to get the connector installed. In the end I just uninstalled rollup2 and the connector was installed. Made me laugh when your blog was the highest result in google for the error message – Microsoft’s answers were nowhere to be found.