Showing posts with label Disk Backup. Show all posts
Showing posts with label Disk Backup. Show all posts

Monday, June 27, 2011

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Different Types Of Hard Disk Partitions

A hard disk drive (HDD) is a non-volatile, random access digital data storage device. It features rotating rigid platters on a motor-driven spindle within a protective enclosure. Data is magnetically read from and written to the platter by read/write heads that float on a film of air above the platters.

When we buy a new hard drive, then before the hard drive can be used in advance we need to partition and reformat the hard drive. However with Operating Systems like Windows 7 we don’t need to perform this, as the process of formatting the hard disk is fully automatic. still its not a bad idea to know how and what actually happens earlier.

Partitioning a hard disk is divided by the size of the hard drive into several logical parts. For example if we want our hard drives so that later on there are 3 pieces of the drive (i.e. Drive C, D and E) then we need partition into 3 parts. While the format the hard drive is the initialization process and provide a file system on the hard disk so the disk can be used by the operating system. For example for the Windows operating system we can format the hard drive with FAT or NTFS file system.

Please note that, you can use both FAT and NTFS for Windows XP, where as Windows 7 Its mandatory and you have no choice than to format it in NTFS.

Some of the reasons why a hard drive needs to be partitioned are as follows:

  • To further facilitate the organization of files, for example a single partition to store the operating system and application programs, a second partition for data storage and a third partition for data backup.

If you are serious about Backup, you cant backup your files on the same partition where the Operating System resides. For better safety, use different disk for Backing up of Data.

  • Splitting a single operating system with another operating system if we intend to install more than one operating system.
  • Improve the performance of your computer (hard disk access time), especially for large-sized hard drive.

There are several types of partitions that we can create on your hard drive are:

Primary Partition

Partitions are commonly used as a storage operating system. In this there is a primary partition boot partition that stores the files needed to start up the operating system. A hard disk can be partitioned into a maximum of 4 pieces without the extended partition primary partition, or a maximum of 3 pieces of primary partition if there is an extended partition.

Extended Partition

Is a partition boundary between the primary partition and logical partition. In the Extended partition can consist of one or more logical partition. Extended partition is not a drive but only limiting it.

Logical Partition

Logical partition Is part of the Extended Partition and used as data storage.

To partition a hard drive we can use several ways, among which:

  • Partitioning a hard disk when installing the Operating System.
  • Using the Disk Management tool of Windows.
  • Using a disk partition management programs such as EASEUS Partition Master.

Hard Disk Drive were Introduced by IBM in 1956, as technology advances, hard disk drives have fallen in cost and physical size over the years while dramatically increasing in capacity.

Hard disk drives have been the dominant device for secondary storage of data in general purpose computers since the early 1960s.

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Tuesday, April 26, 2011

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Fix Error 8024200D Installing Windows 7 SP1

This article is for those who have problem installing Windows 7 Service Pack 1. Error Code 8024200D.

Don’t install SP1 on a laptop on battery power, it’s a CPU intensive task and will use up most of your battery power. So make sure your laptop is connected to power. For desktop users, I strongly recommend you have a UPS connected, you just don’t know when the unexpected can occur. You might just be in the last lap of completing the 2 hour installation and lose power. Before you continue updating your system, please read the Points To Consider Before Updating Windows 7 Service Pack later in this page.

Possible Solution:

  • 1. Click on Start > Programs > Accessories, and right-click on Command Prompt.
  • 2. Choose Run As and select an Administrator account.
  • 3. At the command prompt, type net stop cryptsvc and wait for the service to stop.
  • 4. Type CD\ and press Enter.
  • 5. Type CD windows\system32 and press Enter.
  • 6. Type ren catroot2 catroot3 and press Enter.

Other solutions:

  • Run chkdsk /r /f
  • Run sfc /scannow
  • Download and install Windows Update Readiness tool for Windows 7: http://support.microsoft.com/kb/947821/
  • Reset Windows Update components
  • Disable all your security software's and firewalls
  • If possible, boot into Safe Mode, and do a System Restore before you installed the Service Pack and reference the information I have provided below with instructions about how to install Windows 7 SP1.

Points To Consider Before Updating Windows 7 Service Pack

1. Make sure you install the latest updates for Windows 7, your applications and device drivers. This can ensure a smooth experience I noticed, although Windows 7 SP1 is minor, you don’t want to take any chances. If you are updating through Windows Update, it also guarantees a smaller update since only missing patches will be applied.

2. Backup – you can never go wrong with backing up; this is something you should do often even when you are not making major changes to your computer. Windows 7 has made it very easy to backup your computer . The built in system imaging and backup and restore center makes it convenient to back up the operating system and all your critical data.

In fact, I used this to test the beta and RC releases of SP1 on my production system. This method carried its risks, but at least I knew my RTM installation was safely backed up and tucked away from pre-release code.

http://www.notebooks.com/2009/10/24/how-to-backup-your-installation-of-windows-7/

3. Don't work on your system when its being updated. Leave all the system resources with windows update.

4. Don’t install SP1 on a laptop on battery power, it’s a CPU intensive task and will use up most of your battery power. So make sure your laptop is connected to power. For desktop users, I strongly recommend you have a UPS connected, you just don’t know when the unexpected can occur. You might just be in the last lap of completing the 2 hour installation and lose power.

5. Disable your Antivirus, I remember installing the SP1 beta with Microsoft Security Essentials version 1 installed and received an error that my Antivirus is not compatible. Although this was resolved, your experience might vary. I haven’t experienced the issue in the RTM code although I am running Microsoft Security Essentials version 2. Someone reported receiving an error message about Forefront Client Security not allowing the Service Pack to install. The recommendation is to disable Forefront which is based on the same core scanning engine as MSE or make sure you at least have the latest version of Forefront client security installed.

6. Another thing you should do is a clean boot before installing the Service Pack, you can do this by:

  • Click Start, type msconfig in the Start Search box, and then press ENTER.
  • Accept User Account Control permission
  • If you are prompted for an administrator password or for a confirmation, type the password, or click Continue.
  • On the General tab, click Selective Startup.
  • Under Selective Startup, click to clear the Load Startup Items check box.
  • Click the Services tab, click to select the Hide All Microsoft Services check box, and then click Disable All.
  • Click OK.
  • When you are prompted, click Restart.
  • After the computer starts, proceed with the installation.

7. Another task you should try is to check your hard disk for errors:

  • Click Start
  • Type: CMD, from the results, right click CMD
  • Click ‘Run as Administrator’
  • At the Command Prompt, type: chkdsk /r /f

When you restart your system, your computer will be scanned for errors and attempts will be made to correct them.
Read more: http://notebooks.com/2011/02/22/how-to-install-windows-7-service-pack-1-sp1/

If you are installing through Windows Update, try downloading the full installer instead:

http://www.microsoft.com/downloads/en/details.aspx?FamilyID=c3202ce6-4056-4059-8a1b-3a9b77cdfdda#QuickDetails

Also try the following suggested by MS Support]

Rename the Software Distribution folder:

  • Click Start Menu > Type %windir% and Press 'OK'
  • Locate the SoftwareDistribution folder
  • Right-click the SoftwareDistribution folder and then right-click > Rename
  • Type SoftwareDistributionOld Press 'ENTER'
  • Click Start type cmd (you should see the command prompt populate at the top) Right-click it and select Run as Administrator

Inside the prompt type sfc /scannow

For more info on the System File Checker visit this link. http://support.microsoft.com/kb/929833

2. Click: Reset Windows Update Components and run the FixIt? in both default and aggressive modes. http://support.microsoft.com/kb/971058

3. Download / Install / Run theSystem Update Readiness Tool (Links below, please take note and ensure you install the correct 64 or 32bit option for your system)

Download the System Update Readiness Tool (64bit)

http://www.microsoft.com/downloads/en/details.aspx?FamilyID=914FBC5B-1FBA-4BAE-A7C3-D2C47C6FCFFC

System Update Readiness Tool (32bit)

http://www.microsoft.com/downloads/en/details.aspx?FamilyId=44e15787-66b0-4e9c-9c3b-1fc9ea40f69f&displaylang=en

http://windows.microsoft.com/en-US/windows7/uninstall-sp1
http://windows.microsoft.com/troubleshootwindows7sp1

Check your hard disk for errors, Another obscure thing you could try is disabling User Account Control temporarily.

Install the drivers for your LAN adapter (Wireless, Ethernet or Bluetooth.
Its possible you might need to do a BIOS update if one is available for your computer.

Also, check for any updated chipset drivers.

Also, disconnect any non-essential devices you might have attached to the system.
Its possible the SP1 download might be corrupt, I would download another copy and try again.

Also Refer: Technet Blog - 0x8024200D and 0x800f081f error when you are installing Windows 7 or Windows Server 2008 R2 SP1

If this does not help, perform a repair install of your OS. For more information, refer to this Microsoft article: http://windows.microsoft.com/troubleshootwindows7sp1

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Thursday, March 24, 2011

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When To Renew The System Repair Disc In Windows 7

Whenever I make system changes in windows 7, I make a system image backup. When that backup is done, it also asks if I want to make a system repair disc.

As I have already got one, I usually answer no. However, it does pose the question: when does one need to renew the system repair disc?

For example: is it necessary when one updates to SP1?

And are there maybe other special conditions that would require to renew the system repair disc?

I don't believe its necessary to make new one. As long as you have a system image the current Windows 7 repair disc should be fine. The disc basically lets you get to your system image. It doesn't actually repair anything.

System repair disc includes the Windows Recovery tool. If you encounter the boot issue, the System repair disc can help you access to your system image backup. However, there is no need to recreate it because it only contains Windows Recovery tool.

For more information, please refer to the following article.

http://windows.microsoft.com/en-us/windows7/Create-a-system-repair-disc

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Sunday, January 2, 2011

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Importance Of Creating A Recovery Plan

A Few Steps Today Will Save Your Data Center Tomorrow:  NO DATA CENTER is exempt from disaster. The truth is disasters happen all the time, caused by such things as human error, system breakdowns, and natural disasters. Worst of all, you never know if or when it will happen to you. 

The main question is: Are you ready for a disaster if it happens to your data center? Part of being ready for a disaster in the enterprise is knowing how to test a disaster plan and also how often you should test it. Here are a few suggestions to help you prepare for when disaster strikes.

The Plan Is A Priority:
A disaster plan should be a priority in any data center. Disaster preparedness ensures that the IT operations of an enterprise are able to recover from some form of outage-inducing interruption. “Given that enterprises these days are essentially completely reliant on their IT operations to perform their business operations, the ability to recover from such outages means that they are able to continue to operate as a viable functioning business. A number of trends are pushing the increasing need for data center disaster planning. 
  • First, Data is growing at an alarming rate; in fact, many companies are reporting data growth rates of 50% or more per year. 
  • Secondly, the current trend for business is moving toward a geographically dispersed, 24/7 service model. Customers want to submit purchase orders online, pay bills online, and access their accounts through customer- facing online portals from anywhere, at any time. 
The productivity cost of unplanned downtime is increasing, and so is the revenue cost from lost transactions and service failure. Although it might be tempting for businesses to improve server performance and storage efficiency by implementing more aggressive deletion policies, regulatory compliance demands are forcing them to keep older data on file for several years. As the rate of data production continues to grow, it creates a snowball effect. Another trend is that companies are cutting back on their IT spending, training, and staffing because of difficult economic conditions. This increases the likelihood of unexpected disasters.

Testing Methods:
There is a well-established hierarchy of testing types for disaster recovery infrastructure and operations. Walkthrough tests are essentially document reviews where a hypothetical disaster is posited and the team walks through the resolution according to the details outlined in the plan. These tests should always occur first and are used to find gaps and oversights in the plan itself.

After walkthrough tests, there are simulation tests and parallel tests. In the former, the recovery infrastructure is brought online to make sure processes work and that systems can be made functional. In the latter, historical data is processed to ensure appropriate results are generated. Only after all these types of tests have been conducted should an interruption test (wherein production processing is failed over to the recovery site) even be considered. Also, the only effective way to test a disaster plan is through simulation tests that are run at least once a year. And when you test your plan, you should try a number of different scenarios. “For example, what if your CEO’s laptop was stolen and it contained important data? Or what if human resources needed to retrieve six years’ worth of old files for a wrongful dismissal suit—how long would it take you to search through six years of historical email and locate all conversations relating to a specific topic, theme, or incident? Another consideration is how quickly you can recover a critical server in the event of power failure causing disk failure.

Additionally, how quickly can you rebuild a server from bare metal? And if the data center caught fire, how much downtime would the company have to endure before coming back online? How long would this take? And how long would it take you to set up a new server at another location on a moment’s notice? As far as frequency is concerned, Realistically speaking, enterprises should be continually testing their plans. The point of testing is less about building the skills to operate the plan in the event of a disaster than it is about discovering mistakes, oversights, and errors in the plan and supporting infrastructure, adding that as each error is found and corrected, subsequent testing is needed.

Enterprises should try to avoid testing the disaster recovery in “broad strokes. The likelihood that catastrophic failures will occur is far lower than the likelihood of localized “small-scale” outages. Further, broad testing requires a tremendous leveraging of resources, while scenario testing can be accomplished with less effort. Over time, the sum of the work performed in scenario testing will more than equate to the gains that can be made with catastrophic failure testing.

Work With Trustworthy, Capable Vendors:
When it comes to disaster recovery planning , corporate data protection is very complex. You have to deal with many different systems (email, databases, operating systems, laptops, compliance, high-availability, etc.), and each of these requires a different disaster protection approach. The best advice would be to pick a partner that offers many different types of business data protection solutions and to have them put together a tailored disaster recovery plan based on your IT needs. When you work through a trusted vendor for your entire backup, recovery, and availability systems, it simplifies your IT management and reduces or eliminates the possibility of overlap, waste, or system conflicts.

Key Points
  • Walkthrough tests, in which a hypothetical disaster is posited and the team walks through the plan for resolution, should always occur first. These tests can help find gaps and oversights in the plan itself.
  • An effective way to test a disaster plan is through simulation tests, which should be run at least once a year. Try a number of scenarios when you test the plan.
  • Testing a plan is also about discovering mistakes, oversights, and errors in the plan and supporting infrastructure.
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Cover The Bases Before The Worst Happens | Planning For Disaster Recovery

A FIRE ERUPTS in the middle of the night in your enterprise’s warehouse that quickly spreads to the server room just a few walls away. Although the local fire department arrives in less than 10 minutes and quickly extinguishes the flames, the data center’s entire cooling and power infrastructure is destroyed, along with several mission-critical servers. The data center will not be operational again for several weeks.

At the start of the following business day, there are no working servers with which to take and send orders, meaning the enterprise will no longer be able to generate revenue. In the IT department, nobody seems to know how the backup systems work or even where the backed-up data and applications are. The CTO knows that a disaster recovery plan was completed a few years ago but is unfamiliar with the specifics, and the person who set up the plan is mountain-climbing in Tibet and is not reachable by phone or email. The scenario is frightening, but unfortunately, it is all too representative of what can happen when disaster strikes.

Here are some ways to better plan for disaster recovery so that if the worst does happen, your enterprise’s server applications can be back up and running quickly.

Prioritize & Organize
The importance of applications and data varies, so disaster recovery planning should likewise prioritize what gets recovered first in the event of a disaster. If you have 10 servers, there might be three that are mission-critical that everyone needs to do their job all day long. But some servers might be less important, so that if you turn them off, nobody would notice for a few days.

Prioritizing should involve gathering input from people outside of the IT department. Instead of getting the email server to work first, the executive knows that the impact if the calendar is unavailable is more significant. That is why it is important to have the input from everybody in the different departments to prioritize so everybody understands what is important.

Remember, too, that the best disaster recovery plan is not much good if only one person has everything in his or her head and is missing on the day things go wrong. That is why it is essential to make sure that plans are widely documented and that pertinent information is readily available. Even make sure that you have cheat sheets printed out in hard copies with important contact details and escalation procedures that IT [staffers] have and keep in their wallets. The IT staff also needs to know whom to contact, so whether it is different technical, facility, [or] data center providers, etc., you need to know.

Carefully Plan Backups & Management
Admins are constantly assessing data center and network capacity needs, but don’t forget to adjust the capacities needed for adequate backups as part of disaster recovery planning. It is not an either/or model, because you have to think about planning in such a way that integrates your data center’s data and applications with the backups. For that matter, any capacity improvements should improve disaster recovery, as well. Plans must also cover strategies for any office, regardless of location. At the same time, disaster recovery plans should also involve drawing on admins from locations offsite on an as-needed basis to manage other data center locations remotely in the event of a disaster. However, having too many people doing too many things can also cause problems in the event of a disaster.

You don’t want to have too much help in certain areas that can cause it to be more chaotic. To combat having too many cooks in the proverbial kitchen, admins should clearly outline who does what in their disaster recovery plans. You need to outline what staffers need and can do and clearly outline whom you need to contact to get approval from before you start. It is also necessary to spell out what IT staffers should not do. Somebody from the security team might try to figure out how to get a Web site switched over but who doesn’t know all of the ins and outs and details. Instead, you have to make sure the security team, Web [management teams], and facility groups know what they are supposed to do and what they are not supposed to do. They need to know the boundaries.

Don’t Forget About The Business:
Given the technology options from which admins can choose to recover from a disaster, it might be easy to forget that disaster recovery planning must ultimately serve the enterprise’s business needs first. Today, IT infrastructure is undergoing radical change as a result of virtualization, cloud computing, globalization of customer markets, and supply chain; however, the fundamentals of business continuity and disaster recovery are still the same. 

The most basic principle is that disaster recovery covers not only technology, but the services a business relies on and provides. It’s about the resiliency of those services, and it includes people, processes, and the whole supply chain. Every organization needs to be aware of its own ability to recover from a business interruption and also be aware of the capabilities of its suppliers, including any cloud service, software-as-a-service, or platform-as-aservice providers.

So although disaster recovery solutions continue to evolve, the fundamental questions remain the same for disaster recovery planning. For example, disaster recovery planning must ensure that the organization knows which processes and applications are mission-critical and how quickly mission-critical processes and applications can be restored. Proper planning also should involve assessing potential business impacts of interruption and making sure IT admins and business leaders close any gaps between their recovery needs and their recovery capabilities.

Key Points
  • Disaster recovery planning should be an ongoing and constantly evolving process. Finalizing plans and then waiting for a disasterto happen is not recommended.
  • A disaster recovery plan is only as good as the document that staffers must use and rely on in the event of a disaster.
  • Planning should prioritize quick restoration of applications and data that users require with less emphasis on nonessential systems.
Go Active-Active:
Once the perfect plan is in place, many might think it is OK to step down and move on to another project while hoping for the best if and when disaster strikes. This wait-and-see approach is knows as a “passive-active” process. Instead, planning for disaster should be an ongoing process, which is an “active-active” planning. Continually making sure that disaster recovery plans are ready to be executed at any time is an ‘active-active’ approach. Whether enterprises have their own site or whether they take advantage of hosted opportunities, active-active is viable regardless of the size of the enterprise.
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Thursday, December 30, 2010

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AIK For Installing Microsoft Deployment Toolkit

Microsoft Deployment Toolkit Requesting AIK: MDT 2010 provides a common console with the comprehensive tools and guidance needed to efficiently manage deployment of Windows 7 and Windows Server 2008 R2. Microsoft Deployment Toolkit 2010 is the recommended process and toolset to automate desktop and server deployment.

Microsoft Deployment Toolkit 2010 provides detailed guidance and job aids for every organizational role involved with large-scale deployment projects.

New features in MDT include Office 2010 support, the ability for users to initiate and customize their own deployments using Configuration Manager, key enhancements in Windows 7 driver support, and much more.

When you install MDT and try open the workbench, it will prompt that you need to install AIK. Now, from where one can download AIK.


Its about 1.8 GB of file. And it will take time for the download to complete. Make sure it goes properly. And then, burn this file to the DVD Using ISO burner or mount the iso files as virtual drive and use it. I used 'Power ISO' to mount the .iso to the Vm and it worked perfect.
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