The startup process of Windows NT 6 (Windows Vista and later) differ from the startup process part of previous versions of Windows.
In this article, unless otherwise specified, what is said about Windows Vista also applies to all later NT operating systems. For Windows Vista, the boot sector or UEFI loads the Windows Boot Manager (a file named BOOTMGR on either the system or the boot partition), accesses the Boot Configuration Data store and uses the information to load the operating system. Then, the BCD invokes the boot loader and in turn proceeds to initiate the Windows kernel. Initialization at this point proceeds similarly to previous Windows NT versions.
Windows Bootable ISO Creator allows you to select the operating system type, enter a CD/DVD label, provide the folder location where the OS setup files are stored, and pick the output path. Create your own Windows Vista boot screen skins and share them with friends or publish in the Internet. Try it and you will see how your Windows Vista can look. Furthermore, this application is. If you are changing boot options for Windows 8, Windows Server 2012, Windows 7, Windows Server 2008, or Windows Vista, see Boot Options in Windows Vista and Later. Boot.ini is a text file located at the root of the system partition, typically c:Boot.ini. Boot.ini stores boot options for computers with BIOS firmware, traditionally, computers. If you are changing boot options for Windows 8, Windows Server 2012, Windows 7, Windows Server 2008, or Windows Vista, see Boot Options in Windows Vista and Later. Boot.ini is a text file located at the root of the system partition, typically c: Boot.ini. Boot.ini stores boot options for computers with BIOS firmware, traditionally, computers. A Windows Vista boot disk is a kind of removable media, like a CD or a floppy disk, which contains the startup files that can be used to boot your Windows Vista. There are those startup files stored on your computer, too.
Windows Vista introduces a complete overhaul of the Windows operating system loader architecture. The earliest known reference to this revised architecture is included within PowerPoint slides distributed by Microsoft during the Windows Hardware Engineering Conference of 2004 when the operating system was codenamed 'Longhorn.' This documentation mentions that the Windows operating system loader would be undergoing a significant restructuring in order to support EFI and to 'do some major overhaul of legacy code.' The new boot architecture completely replaces the NTLDR architecture used in previous versions of Windows NT.
Most of the steps that follows the NT kernel being loaded, including kernel initialization and user-space initialization, is kept the same as in earlier NT systems. Refactoring in Winlogon resulted in GINA being completely replaced by Credential Providers and graphical components in Windows Vista and later.
Boot Configuration Data
Boot Configuration Data (BCD) is a firmware-independent database for boot-time configuration data. It is used by Microsoft's new Windows Boot Manager and replaces the boot.ini that was used by NTLDR.
Boot Configuration Data is stored in a data file that has the same format as Windows Registry hives and is eventually mounted at registry key [HKEY_LOCAL_MACHINEBCD00000] (with restricted permissions). For UEFI boot, the file is located at
/EFI/Microsoft/Boot/BCD on the EFI System Partition. For traditional BIOS boot, the file is at
/boot/BCD on the active partition.
|Operating system||Microsoft Windows|
Boot Configuration Data may be altered using a command-line tool (bcdedit.exe), using the Registry Editor (regedit.exe), using Windows Management Instrumentation, or with third-party tools such as EasyBCD, BOOTICE, or Visual BCD Editor.
Boot Configuration Data contain the menu entries that are presented by the Windows Boot Manager, just as boot.ini contained the menu entries that were presented by NTLDR. These menu entries can include:
- Options to boot Windows Vista and later by invoking winload.exe.
- Options to resume Windows Vista and later from hibernation by invoking winresume.exe.
- Options to boot a prior version of the Windows NT family by invoking its NTLDR.
- Options to load and to execute a volume boot record.
Boot Configuration Data allows for third-party integration, so anyone can implement tools like diagnostics or recovery options.
The BIOS invokes MBR boot code from a hard disk drive at startup. The MBR boot code and the VBR boot code are OS-specific. In Microsoft Windows, the MBR boot code try to find an active partition (the MBR is only 512 bytes), then execute the VBR boot code of an active partition. The VBR boot code try to find and execute the
bootmgr file from an active partition.
The UEFI invokes
bootmgfw.efi from an EFI system partition at startup.
The Windows Boot Manager invokes
winload.exe—the operating system boot loader—to load the operating system kernel executive (ntoskrnl.exe) and core device drivers. In that respect, winload.exe is functionally equivalent to the operating system loader function of NTLDR in prior versions of Windows NT. In UEFI systems, the file is called
winload.efi and the file is always located at
If the computer has recently hibernated, then
bootmgr will instead invoke
winresume.exe. In UEFI systems, the file is called
winresume.efi and is always located at
Advanced Boot Options
With the advent of the new boot manager in Windows Vista, many components have been changed; one is the Advanced Boot Options menu that provides options for advanced boot modes (e.g., Safe Mode). Due to the implementation of fast startup in Windows 8 and up, access to the Advanced Boot Options menu has been disabled by default. However, access is still possible with a BCD modification. These are the possible boot modes:
- Repair Your Computer - Boots Windows Recovery Environment (WinRE or Windows RE)
- Safe Mode - Loads Safe Mode, a boot mode with minimal drivers and resources intended for malware removal or replacing faulty drivers.
- Safe Mode with Networking - Loads Safe Mode along with the network drivers.
- Safe Mode with Command Prompt - Loads Safe Mode with the Command Prompt as the shell instead of Windows Explorer. Windows Explorer can still be loaded by typing
explorerat the command prompt.
- Enable Boot Logging - Enables writing of
ntbtlog.txt, a file that will log the boot process; listing drivers that loaded and drivers that did not.
- Enable low resolution video - Disables the default graphics driver and uses the standard VGA driver. Intended in case the user changed the resolution to an unusable level (i.e. 320×200 at low refresh rates <24 Hz, 60 Hz>)
- Last Known Good Configuration - Loads configuration based on the last successful boot process. Intended for Registry corruptions. This mode is removed in Windows 8 and later versions of Windows.
- Directory Services Restore Mode - Boot mode used to reboot the Domain Controller in case it is not working as intended.
- Debugging Mode - Boots while loading the kernel debugger.
- Disable automatic restart on system failure - Disables the auto-reboot function after a Blue Screen of Death is experienced.
- Disable early launch anti-malware driver - Allows malware-infected drivers to be loaded.
- Disable Driver Signature Enforcement - Disables the kernel setting that prohibits unsigned drivers from loading.
- Start Windows Normally
The ABO menu is accessible by rapidly pressing or holding the
F8 key before Windows boots.
- ^ abde Boyne Pollard, Jonathan. 'The Windows NT 6 boot process'. Frequently Given Answers.
- ^'Inside the Windows Vista Kernel – Startup Processes'. Inside the Windows Vista Kernel – Startup Processes. Microsoft. Retrieved 2010-10-01.
- ^ abMicrosoft (February 4, 2008). 'Boot Configuration Data in Windows Vista'(DOCX). Retrieved April 18, 2015.
- ^'Microsoft Longhorn'. Experience Longhorn. Experience Longhorn. Archived from the original on 21 April 2014.
- ^Ritz, Andrew (2004). 'EFI and Windows 'Longhorn''. Microsoft. Archived from the original(PPT) on June 9, 2004. Retrieved April 18, 2015.
- ^'Winlogon and GINA'. MSDN. Microsoft. Retrieved 4 December 2014.
- ^ abRussinovich, Mark (8 November 2011). 'Fixing Disk Signature Collisions'. Mark's Blog. Microsoft Corporation. Microsoft TechNet. Retrieved 9 November 2011.
- ^'Why can't I edit the system BCD store via regedit?'.
- ^Microsoft. 'Knowledge Base Article ID: 2004518'.
- ^Pauly. 'BOOTICE board index'.
- ^Bo Yans. 'Visual BCD Editor'.
- ^'Boot Sequence of Windows Multi-Boot - Multibooters.com'. www.multibooters.com. Retrieved 2020-11-19.
- ^Hudek, Ted; Marshall, Don; Graf, Eliot (23 April 2019). 'Overview of Boot Options in Windows'. Microsoft Docs Hardware Dev Center. Microsoft. Archived from the original on 21 April 2020. Retrieved 21 April 2020.
- de Boyne Pollard, Jonathan. 'The Windows NT 6 boot process'. Frequently Given Answers.
Dec 03, 2020 • Filed to: Windows Computer Solutions • Proven solutions
What is a Windows Vista boot disk?
A Windows Vista boot disk is a kind of removable media, like a CD or a floppy disk, which contains the startup files that can be used to boot your Windows Vista. There are those startup files stored on your computer, too. But if those startup files are broken or damaged, and your Vista can't boot up, you can use this boot CD for Vista to start your computer.
How to get a Windows Vista boot disc?
Wondershare LiveBoot Boot CD is such a kind of program, which you can download to create a Windows Vista boot disk. It integrates with the latest WinPE 3.0 technology, and you feel like you are working under a real Windows 7 environment. And also, you can surf online with Internet Explorer. Sonnox oxford inflator pc crack.
Get Wondershare LiveBoot Bootable CD/USB here
It's really easy to create a boot disk for Vista. After installing the program, launch the wizard, insert your blank CD or plug in your empty USB drive, then hit the burn button. That's all.
Part 1:How to boot Vista with the Vista boot utility?
After getting the Vista boot loop, the left work takes you several minutes to boot Vista.
Step 1. Boot Vista from LiveBoot
Insert your Vista boot CD to your CD-ROM, and start your computer. Then you'll see a computer screen like below. Click 'Boot from LiveBoot' to access your computer.
Step 2. Solve Booting Failure Problems
When Windows finishes loading files and starts, you'll find that you are under Windows 7 environment. It's WinPE 3.0. Now double click LiveBoot on the desktop to launch it. Then go to 'Windows Recovery', and you are at the place as below:
There are various computer boot crash solutions, such as boot crash solution, loading crash solution, random crash solution, restore backup solution, and final solution. On each part of the solution, there are detailed symptom descriptions and utilities to use. If the symptom is describing the problem of your computer, you can take the way it presents you to get your Vista back to normal. Besides, you can learn how to resolve slow boot on startup issue.
No matter which solution is the right one for your computer, you only need to take two steps to complete the job, one for scan and the other for recovery. Then reboot the computer now and you'll find your Vista is back. Remember to get the LiveBoot CD out before you reboot the computer.
Part 2: Recover Lost Data Caused by Boot Vista
Sometimes with the wrong operations to boot vista, it will result in data loss from your hard drive or hard drive formatted and inaccessible data. And you did not have a recent data backup, under these circumstances, you will need a powerful hard drive data recovery software to retrieve your lost data back.
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