hard disk boot recreate
windows 10 wont run no efi partition and there is two windows partition how to regenerate to boot one of them list
Microsoft DiskPart version 10.0.19041.3636
DISK - Display a list of disks. For example, LIST DISK.
PARTITION - Display a list of partitions on the selected disk.
For example, LIST PARTITION.
VOLUME - Display a list of volumes. For example, LIST VOLUME.
VDISK - Displays a list of virtual disks.
DISKPART> list disk
Disk ### Status Size Free Dyn Gpt
-------- ------------- ------- ------- --- ---
Disk 0 Online 1863 GB 1169 GB * sel disk 0
Disk 0 is now the selected disk.
DISKPART> list part
Partition ### Type Size Offset
------------- ---------------- ------- -------
Partition 4 Primary 517 GB 12 GB
Partition 5 Primary 175 GB 529 GB
Partition 1 Primary 100 MB 705 GB
Partition 2 Reserved 16 MB 705 GB
ChatGPT said:
It looks like you have two partitions on your disk that are set up for Windows, but there is no EFI partition. The absence of an EFI system partition (ESP) could cause issues with booting into Windows. Here’s a step-by-step guide to regenerate the EFI partition and fix the bootloader, assuming you have access to a Windows installation or repair disk (USB or DVD).
Steps to Fix Boot Issues and Regenerate EFI Partition:
Access the Command Prompt:
Boot from the Windows installation media (USB or DVD).
Select Repair your computer.
Go to Troubleshoot → Advanced Options → Command Prompt.
Run DiskPart:
Once in Command Prompt, run diskpart to open the DiskPart utility.
Select Your Disk:
List the disks with list disk and select the correct disk (in your case, Disk 0 is the correct one).
shell
Copy
DISKPART> select disk 0
Create EFI Partition:
Create a new EFI partition. Make sure it's at least 100MB in size and marked as EFI (it will also be formatted as FAT32).
shell
Copy
DISKPART> create partition efi size=100
DISKPART> format fs=fat32 quick
DISKPART> assign letter=S
This will create and format a new EFI partition with the letter S.
Rebuild the Boot Configuration Data (BCD):
Now, exit diskpart by typing exit, and use the following commands to rebuild the BCD and make the system bootable.
bash
Copy
bcdboot C:\Windows /s S: /f UEFI
Here, replace C:\Windows with the actual drive letter of your Windows installation (C: is common for most installations).
This command will copy the necessary boot files to the EFI partition.
Check and Repair Bootloader:
If the above command doesn't resolve the issue, try running the following to repair the bootloader.
bash
Copy
bootrec /fixboot
bootrec /rebuildbcd
bootrec /fixmbr
These commands fix boot sector problems, rebuild the boot configuration, and repair the Master Boot Record (MBR), though your disk is likely GPT.
Reboot:
Once everything is done, type exit and restart your computer. Make sure to remove the installation media so your system boots from the hard drive.
Check the Boot:
Your system should now be able to boot into Windows. If there are still issues, you may need to repair the Windows installation further.
Additional Notes:
The partitions you listed in your output show that you have a primary Windows partition (Partition 4), and the second partition is likely a second Windows installation or a recovery partition. It seems there’s no EFI partition, which is why the boot process isn't working.
If you are unsure about the exact partition containing Windows, you can check the Windows installation's size (generally, the largest partition is where Windows is installed).
You said:
DISKPART> list part
Partition ### Type Size Offset
------------- ---------------- ------- -------
Partition 4 Primary 517 GB 12 GB
Partition 5 Primary 175 GB 529 GB
Partition 1 Primary 100 MB 705 GB
Partition 2 Reserved 16 MB 705 GB
DISKPART> create partition efi size=100
DiskPart succeeded in creating the specified partition.
DISKPART> format fs=fat32 quick
100 percent completed
DiskPart successfully formatted the volume.
DISKPART> assign letter=S
DiskPart successfully assigned the drive letter or mount point.
DISKPART> exit
Leaving DiskPart...
X:\Windows\System32>bcdboot C:\Windows /s S: /f UEFI
Failure when attempting to copy boot files.
X:\Windows\System32>bcdboot x:\Windows /s S: /f UEFI
Failure when attempting to copy boot files.
X:\Windows\System32>bootrec /fixboot
Access is denied.
X:\Windows\System32>
X:\Windows\System32>bootrec /rebuildbcd
Scanning all disks for Windows installations.
Please wait, since this may take a while...
Successfully scanned Windows installations.
Total identified Windows installations: 2
[1] F:\Windows
Add installation to boot list? Yes(Y)/No(N)/All(A):Y
[2] G:\Windows
Add installation to boot list? Yes(Y)/No(N)/All(A):Y
The operation completed successfully.
X:\Windows\System32>bootrec /fixmbr
The operation completed successfully.
X:\Windows\System32>
ChatGPT said:
It seems like you are running into a few issues while trying to regenerate the boot configuration. Let's break down what's happening and work towards resolving the problems:
1. Issue with bcdboot Command
The bcdboot command failed when attempting to copy boot files. This could happen if you are not pointing to the correct Windows partition or if the system does not have the correct boot files.
Here’s what we should do:
Make sure you’re using the correct Windows partition letter. Based on the bootrec /rebuildbcd output, it looks like you have two Windows installations on F:\Windows and G:\Windows. You need to make sure that you are using the correct drive letter where your primary Windows installation is located.
Steps to resolve:
Step 1: Identify the correct Windows installation
From the bootrec /rebuildbcd output, we can see two possible Windows installations:
[1] F:\Windows
[2] G:\Windows
You should figure out which partition corresponds to the one you want to boot from (likely the larger partition, F:\).
Step 2: Run bcdboot again with the correct Windows installation path
Let's try running the bcdboot command for each of the Windows installations you have. Start with F:\Windows:
bash
Copy
bcdboot F:\Windows /s S: /f UEFI
If that doesn’t work, try the second installation (G:\Windows):
bash
Copy
bcdboot G:\Windows /s S: /f UEFI
This should copy the boot files to the EFI partition (S:) and configure your system to boot from the selected installation.
Step 3: Fixing bootrec /fixboot Access Denied Issue
The bootrec /fixboot command gave an "Access is denied" error. This could be due to permissions or the system not recognizing the EFI partition correctly. You can try the following:
Ensure you're using the correct permissions in the Windows Recovery Environment (WinRE). Sometimes, if you're using a non-bootable Windows, you can mount and set appropriate permissions for the EFI partition.
To work around this, you can try the following:
Run as Administrator in Command Prompt (WinRE). If you are already in WinRE and not seeing the expected permissions, consider starting over and retrying the bootrec commands after you run bcdboot.
Recreate the boot sector: If you continue to see issues with permissions, sometimes it's best to delete the existing EFI partition (after backup) and let the system rebuild it. However, if you've already created it, ensure it's set up properly before proceeding.
Step 4: Restart and Test Boot
Once you've successfully run bcdboot for the correct partition, type:
bash
Copy
exit
And restart the system. Make sure to remove the installation media so that the system boots from the disk.
Check if the system boots into Windows now. If the issue persists, it may require further troubleshooting to ensure the correct partition is set as the primary boot partition in the UEFI/BIOS settings.
Final Thoughts
Make sure you're targeting the correct Windows partition during bcdboot. Either F:\Windows or G:\Windows could be the correct one, depending on which one you want to boot from.
The bootrec /fixboot "Access is denied" error can sometimes be fixed by running the commands from an elevated Command Prompt with the right privileges in WinRE.
If necessary, try using the Windows installation media again and check the partition setup for possible issues.
Let me know if you need further clarification or additional steps!
You said:
>bcdboot F:\Windows /s S: /f UEFI
Boot files successfully created.
X:\Windows\System32>
X:\Windows\System32>bootrec /fixboot
Access is denied.
ChatGPT said:
It looks like the bcdboot command successfully created the boot files, which is a good sign! However, the bootrec /fixboot command still gives you the "Access is denied" error.
Since the boot files are now set up correctly, you can try a few more things to resolve the access denial issue:
Step 1: Make sure the EFI partition is accessible and properly mounted
Check the EFI partition (it should be the S: drive).
Run the following command to make sure the EFI partition is accessible:
bash
Copy
dir S:\EFI
This should show you the EFI folder where the bootloader is stored. If it shows something like Access Denied again, there might be permission issues with the EFI partition.
Ensure the partition is formatted correctly: Since you created and formatted the EFI partition earlier, it's important to verify that it's set up properly for booting. You can also check whether the EFI partition contains the boot files, which should have been copied by bcdboot.
Step 2: Run bootrec /scanos and bootrec /rebuildbcd again
If bootrec /fixboot is still giving you trouble, try running these commands again:
bash
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bootrec /scanos
This command scans for installed operating systems.
If it finds any installations, try running:
bash
Copy
bootrec /rebuildbcd
This will attempt to rebuild the Boot Configuration Data (BCD). During this process, it will ask you if you'd like to add any installations to the boot list. Make sure you select Yes to add the correct installations.
Step 3: Check the Boot Order in BIOS/UEFI
Restart your PC and enter the BIOS/UEFI settings (usually by pressing Del, F2, or another key depending on your motherboard).
Look for the Boot Order/Boot Priority settings and make sure the EFI partition or your main Windows installation drive is set as the primary boot device.
Sometimes, the BIOS may not recognize the new EFI partition, and you may need to manually select it in the boot options menu.
Step 4: Final Test
After completing the above steps, restart your system (removing the installation media), and see if Windows boots correctly.
Conclusion:
The bcdboot command seems to have done its job by copying the necessary boot files to the EFI partition. The issue with bootrec /fixboot might not impact the ability to boot now that the boot files are correctly placed.
If your system still doesn't boot after this, you can also try a Startup Repair using the Windows Recovery Environment (WinRE) by selecting Troubleshoot → Advanced options → Startup Repair.
Let me know how it goes!
You said:
dir S:\EFI
Volume in drive S has no label.
Volume Serial Number is 4241-3D7C
Directory of S:\EFI
04/06/2025 10:52 PM <DIR> .
04/06/2025 10:52 PM <DIR> ..
04/06/2025 10:52 PM <DIR> Microsoft
04/06/2025 10:53 PM <DIR> Boot
0 File(s) 0 bytes
4 Dir(s) 72,846,336 bytes free
X:\Windows\System32>bootrec /scanos
Scanning all disks for Windows installations.
Please wait, since this may take a while...
Successfully scanned Windows installations.
Total identified Windows installations: 0
The operation completed successfully.
X:\Windows\System32>bootrec /rebuildbcd
Scanning all disks for Windows installations.
Please wait, since this may take a while...
Successfully scanned Windows installations.
Total identified Windows installations: 0
The operation completed successfully.
X:\Windows\System32>
ChatGPT said:
It looks like you're making progress, but the bootrec /scanos and bootrec /rebuildbcd commands are not detecting any Windows installations, even though the files appear to be correctly placed in the EFI partition. This could be due to several potential issues, such as the boot entries not being properly registered in the Boot Configuration Data (BCD) or the system not properly recognizing the Windows installations.
Here are a few things you can try to resolve this:
Step 1: Manually Create a Boot Entry for Windows
Since the automatic detection isn't working, you can try manually creating a boot entry for the Windows installations. Let's attempt to manually add the boot entries to the BCD.
Open the Command Prompt in WinRE (if not already open).
Run the bcdedit tool to check the current boot entries:
bash
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bcdedit /enum all
This command will display all current boot entries. If no entries exist, this confirms that the boot loader hasn't been registered yet.
Manually create a new boot entry for the Windows installation:
Assuming F:\Windows is your main installation, run the following:
bash
Copy
bcdedit /create /d "Windows 10" /application osloader
This will create a new boot entry. It will return a GUID (a long string of numbers and letters) that looks something like {xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx}. Keep track of this GUID.
Set the device and path for the new boot entry:
Run the following commands, replacing {xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx} with the actual GUID you received from the previous command:
bash
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bcdedit /set {xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx} device partition=F:
bcdedit /set {xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx} path \Windows\System32\winload.efi
The path is the location of the winload.efi file on the Windows partition (F: in this case).
Set the boot loader to use the UEFI boot manager:
bash
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bcdedit /set {xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx} bootmenupolicy legacy
Rebuild the BCD store:
After manually adding the boot entry, run:
bash
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bcdedit /export C:\bcdbackup
This will back up the current BCD store.
Step 2: Set UEFI Boot Priority in BIOS
After manually adding the boot entry, you should check the boot order in BIOS/UEFI to make sure the correct disk is set to boot first. If necessary, you may also need to explicitly enable UEFI Boot.
Step 3: Restart and Test
Now that you've manually added the boot entry, restart the system and see if it boots into Windows.
Additional Troubleshooting:
Use Diskpart to Set the EFI Partition Active:
You can also try marking the EFI partition as "active" in DiskPart (this is typically only required for MBR disks, but it's worth trying in case of unusual configurations).
bash
Copy
diskpart
select disk 0
select partition 1
active
exit
Let me know how this goes!
You said:
>bcdedit /enum all
Firmware Boot Manager
---------------------
identifier {fwbootmgr}
displayorder {bootmgr}
{a4e11c9c-1320-11f0-a620-8dcd10f34c0f}
{a4e11c9d-1320-11f0-a620-8dcd10f34c0f}
{a4e11c9e-1320-11f0-a620-8dcd10f34c0f}
{a4e11ca2-1320-11f0-a620-8dcd10f34c0f}
{a4e11ca3-1320-11f0-a620-8dcd10f34c0f}
{a4e11ca0-1320-11f0-a620-8dcd10f34c0f}
{a4e11c9b-1320-11f0-a620-8dcd10f34c0f}
{a4e11c9f-1320-11f0-a620-8dcd10f34c0f}
timeout 3
Windows Boot Manager
--------------------
identifier {bootmgr}
device partition=S:
path \EFI\Microsoft\Boot\bootmgfw.efi
description Windows Boot Manager
locale en-us
inherit {globalsettings}
default {default}
resumeobject {ce75a703-1320-11f0-a620-8dcd10f34c0f}
displayorder {default}
{a4e11ca5-1320-11f0-a620-8dcd10f34c0f}
toolsdisplayorder {memdiag}
timeout 30
Firmware Application (101fffff)
-------------------------------
identifier {a4e11c9b-1320-11f0-a620-8dcd10f34c0f}
description UiApp
Firmware Application (101fffff)
-------------------------------
identifier {a4e11c9c-1320-11f0-a620-8dcd10f34c0f}
description UEFI QEMU DVD-ROM QM00003
Firmware Application (101fffff)
-------------------------------
identifier {a4e11c9d-1320-11f0-a620-8dcd10f34c0f}
description UEFI PXEv4 (MAC:BC241162C97E)
Firmware Application (101fffff)
-------------------------------
identifier {a4e11c9e-1320-11f0-a620-8dcd10f34c0f}
description UEFI PXEv6 (MAC:BC241162C97E)
Firmware Application (101fffff)
-------------------------------
identifier {a4e11c9f-1320-11f0-a620-8dcd10f34c0f}
description EFI Internal Shell
Firmware Application (101fffff)
-------------------------------
identifier {a4e11ca0-1320-11f0-a620-8dcd10f34c0f}
description UEFI QEMU DVD-ROM QM00005
Firmware Application (101fffff)
-------------------------------
identifier {a4e11ca1-1320-11f0-a620-8dcd10f34c0f}
path \EFI\BOOT\bootx64.efi
description bootx64.efi
Firmware Application (101fffff)
-------------------------------
identifier {a4e11ca2-1320-11f0-a620-8dcd10f34c0f}
description UEFI HTTPv4 (MAC:BC241162C97E)
Firmware Application (101fffff)
-------------------------------
identifier {a4e11ca3-1320-11f0-a620-8dcd10f34c0f}
description UEFI HTTPv6 (MAC:BC241162C97E)
Windows Boot Loader
-------------------
identifier {a4e11ca5-1320-11f0-a620-8dcd10f34c0f}
device partition=G:
path \Windows\system32\winload.efi
description Windows 10 Enterprise
locale en-US
osdevice partition=G:
systemroot \Windows
bootmenupolicy Standard
Windows Boot Loader
-------------------
identifier {default}
device partition=F:
path \Windows\system32\winload.efi
description Windows 10
locale en-us
inherit {bootloadersettings}
isolatedcontext Yes
allowedinmemorysettings 0x15000075
osdevice partition=F:
systemroot \Windows
resumeobject {ce75a703-1320-11f0-a620-8dcd10f34c0f}
nx OptIn
bootmenupolicy Standard
Resume from Hibernate
---------------------
identifier {ce75a703-1320-11f0-a620-8dcd10f34c0f}
device partition=F:
path \Windows\system32\winresume.efi
description Windows Resume Application
locale en-us
inherit {resumeloadersettings}
isolatedcontext Yes
allowedinmemorysettings 0x15000075
filepath \hiberfil.sys
bootmenupolicy Standard
Windows Memory Tester
---------------------
identifier {memdiag}
device partition=S:
path \EFI\Microsoft\Boot\memtest.efi
description Windows Memory Diagnostic
locale en-us
inherit {globalsettings}
badmemoryaccess Yes
EMS Settings
------------
identifier {emssettings}
bootems No
Debugger Settings
-----------------
identifier {dbgsettings}
debugtype Local
RAM Defects
-----------
identifier {badmemory}
Global Settings
---------------
identifier {globalsettings}
inherit {dbgsettings}
{emssettings}
{badmemory}
Boot Loader Settings
--------------------
identifier {bootloadersettings}
inherit {globalsettings}
{hypervisorsettings}
Hypervisor Settings
-------------------
identifier {hypervisorsettings}
hypervisordebugtype Serial
hypervisordebugport 1
hypervisorbaudrate 115200
Resume Loader Settings
----------------------
identifier {resumeloadersettings}
inherit {globalsettings}
X:\Windows\System32>
ChatGPT said:
It looks like you've made progress! Based on the output of bcdedit /enum all, there are two Windows Boot Loader entries:
One for Windows 10 on partition F: (which is likely your main Windows installation).
Another for Windows 10 Enterprise on partition G:.
Both entries appear to be pointing to the correct winload.efi files, but they seem to be missing the necessary boot entries or they are incorrectly configured.
Next Steps:
Delete any incorrect or duplicate boot entries: Since you likely only want one Windows installation to be the primary bootable option, you should clean up any duplicate or incorrect boot entries. Based on the bcdedit output, the Windows Boot Loader entries seem to correspond to different partitions.
First, let's delete the boot entry for the Windows 10 Enterprise installation on G: (assuming you don't need that installation, or you plan to fix it later).
Run the following command to delete the Windows 10 Enterprise entry:
bash
Copy
bcdedit /delete {a4e11ca5-1320-11f0-a620-8dcd10f34c0f}
This command deletes the boot entry that corresponds to Windows 10 Enterprise. If you want to delete the entry for the Windows 10 on F:, run:
bash
Copy
bcdedit /delete {default}
Note: The {default} identifier corresponds to the Windows installation on partition F:.
Re-add the boot entry for the correct Windows installation: After deleting unnecessary entries, you can re-add the boot entry for Windows 10 on partition F: (assuming this is your primary Windows installation).
If you deleted the Windows 10 entry, you can recreate it by running the following command:
bash
Copy
bcdedit /create /d "Windows 10" /application osloader
The command will return a GUID (a long identifier). Take note of the GUID and replace {xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx} with the actual GUID.
Set the device and path for the new boot entry:
Assuming the new GUID is {xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx}, use the following commands:
bash
Copy
bcdedit /set {xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx} device partition=F:
bcdedit /set {xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx} path \Windows\System32\winload.efi
bcdedit /set {xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx} osdevice partition=F:
bcdedit /set {xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx} systemroot \Windows
bcdedit /set {xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx} bootmenupolicy legacy
This should set the correct path for the winload.efi bootloader.
Check the Boot Order in BIOS/UEFI: After modifying the boot entries, make sure the EFI partition (S:) is the first boot option in BIOS/UEFI settings. You can do this by entering BIOS (usually pressing Del or F2 during boot) and ensuring the drive with the EFI partition is set to boot first.
Restart and Test: After cleaning up the boot entries and making sure the correct one is configured, restart your system and see if it boots into Windows.
Final Thoughts:
If all goes well, your system should now be able to boot properly into Windows from the correct partition. If it doesn't work, or if you face further issues, feel free to provide additional details, and I can guide you through more troubleshooting steps!
You said:
X:\Windows\System32>
X:\Windows\System32>bcdedit /create /d "Windows 10" /application osloader
The entry {7391a4e0-1321-11f0-a620-8dcd10f34c0f} was successfully created.
ChatGPT said:
Great! You’ve successfully created a new boot entry for "Windows 10" with the GUID {7391a4e0-1321-11f0-a620-8dcd10f34c0f}.
Now, let's configure it properly to ensure your system boots correctly from the Windows 10 partition (F:). Follow these steps:
Step 1: Set the Device and Path for the New Boot Entry
Run the following commands to set the correct device, path, and partition for the new boot entry:
Set the device to partition F: (where your Windows installation is located):
bash
Copy
bcdedit /set {7391a4e0-1321-11f0-a620-8dcd10f34c0f} device partition=F:
Set the path to the winload.efi file (this is the Windows bootloader file):
bash
Copy
bcdedit /set {7391a4e0-1321-11f0-a620-8dcd10f34c0f} path \Windows\System32\winload.efi
Set the osdevice to partition F: (again, where Windows is installed):
bash
Copy
bcdedit /set {7391a4e0-1321-11f0-a620-8dcd10f34c0f} osdevice partition=F:
Set the system root to \Windows:
bash
Copy
bcdedit /set {7391a4e0-1321-11f0-a620-8dcd10f34c0f} systemroot \Windows
Set the boot menu policy to standard (if it’s not set already):
bash
Copy
bcdedit /set {7391a4e0-1321-11f0-a620-8dcd10f34c0f} bootmenupolicy standard
Step 2: Verify the Boot Configuration
After setting the necessary parameters, you can run the following command to make sure everything is set up properly:
bash
Copy
bcdedit /enum all
This should show the newly configured boot entry under Windows Boot Loader with the correct partition and path.
Step 3: Set the Default Boot Entry (Optional)
If you want to make this Windows 10 entry the default boot option, run the following:
bash
Copy
bcdedit /default {7391a4e0-1321-11f0-a620-8dcd10f34c0f}
This will set the Windows 10 boot entry as the default one when the system boots.
Step 4: Restart and Test
Now, restart the system (remove the installation media if you’re booting from a recovery disk) and see if it boots into Windows.
If it does, great! You should be all set. If it doesn’t boot properly, we can continue troubleshooting from there. Let me know how it goes!
You said:
>bcdedit /enum all
Firmware Boot Manager
---------------------
identifier {fwbootmgr}
displayorder {bootmgr}
{a4e11c9c-1320-11f0-a620-8dcd10f34c0f}
{a4e11c9d-1320-11f0-a620-8dcd10f34c0f}
{a4e11c9e-1320-11f0-a620-8dcd10f34c0f}
{a4e11ca2-1320-11f0-a620-8dcd10f34c0f}
{a4e11ca3-1320-11f0-a620-8dcd10f34c0f}
{a4e11ca0-1320-11f0-a620-8dcd10f34c0f}
{a4e11c9b-1320-11f0-a620-8dcd10f34c0f}
{a4e11c9f-1320-11f0-a620-8dcd10f34c0f}
timeout 3
Windows Boot Manager
--------------------
identifier {bootmgr}
device partition=S:
path \EFI\Microsoft\Boot\bootmgfw.efi
description Windows Boot Manager
locale en-us
inherit {globalsettings}
resumeobject {ce75a703-1320-11f0-a620-8dcd10f34c0f}
toolsdisplayorder {memdiag}
timeout 30
Firmware Application (101fffff)
-------------------------------
identifier {a4e11c9b-1320-11f0-a620-8dcd10f34c0f}
description UiApp
Firmware Application (101fffff)
-------------------------------
identifier {a4e11c9c-1320-11f0-a620-8dcd10f34c0f}
description UEFI QEMU DVD-ROM QM00003
Firmware Application (101fffff)
-------------------------------
identifier {a4e11c9d-1320-11f0-a620-8dcd10f34c0f}
description UEFI PXEv4 (MAC:BC241162C97E)
Firmware Application (101fffff)
-------------------------------
identifier {a4e11c9e-1320-11f0-a620-8dcd10f34c0f}
description UEFI PXEv6 (MAC:BC241162C97E)
Firmware Application (101fffff)
-------------------------------
identifier {a4e11c9f-1320-11f0-a620-8dcd10f34c0f}
description EFI Internal Shell
Firmware Application (101fffff)
-------------------------------
identifier {a4e11ca0-1320-11f0-a620-8dcd10f34c0f}
description UEFI QEMU DVD-ROM QM00005
Firmware Application (101fffff)
-------------------------------
identifier {a4e11ca1-1320-11f0-a620-8dcd10f34c0f}
path \EFI\BOOT\bootx64.efi
description bootx64.efi
Firmware Application (101fffff)
-------------------------------
identifier {a4e11ca2-1320-11f0-a620-8dcd10f34c0f}
description UEFI HTTPv4 (MAC:BC241162C97E)
Firmware Application (101fffff)
-------------------------------
identifier {a4e11ca3-1320-11f0-a620-8dcd10f34c0f}
description UEFI HTTPv6 (MAC:BC241162C97E)
Windows Boot Loader
-------------------
identifier {7391a4e0-1321-11f0-a620-8dcd10f34c0f}
device partition=F:
path \Windows\System32\winload.efi
description Windows 10
osdevice partition=F:
systemroot \Windows
bootmenupolicy Standard
Windows Memory Tester
---------------------
identifier {memdiag}
device partition=S:
path \EFI\Microsoft\Boot\memtest.efi
description Windows Memory Diagnostic
locale en-us
inherit {globalsettings}
badmemoryaccess Yes
EMS Settings
------------
identifier {emssettings}
bootems No
Debugger Settings
-----------------
identifier {dbgsettings}
debugtype Local
RAM Defects
-----------
identifier {badmemory}
Global Settings
---------------
identifier {globalsettings}
inherit {dbgsettings}
{emssettings}
{badmemory}
Boot Loader Settings
--------------------
identifier {bootloadersettings}
inherit {globalsettings}
{hypervisorsettings}
Hypervisor Settings
-------------------
identifier {hypervisorsettings}
hypervisordebugtype Serial
hypervisordebugport 1
hypervisorbaudrate 115200
Resume Loader Settings
----------------------
identifier {resumeloadersettings}
inherit {globalsettings}
X:\Windows\System32>
ChatGPT said:
It looks like everything is set up correctly now! The new boot entry for Windows 10 is in place and appears to be configured for partition F: with the correct path to winload.efi.
Next Steps:
Set the Boot Order: Since the Windows Boot Manager is pointing to S: (which might be your EFI partition), and you want to boot into the Windows installation on partition F:, ensure that the boot order is set up correctly. You can do this by setting the newly created entry as the default boot option.
Run this command to set your new "Windows 10" entry as the default:
bash
Copy
bcdedit /default {7391a4e0-1321-11f0-a620-8dcd10f34c0f}
Restart the Computer: After setting the default boot entry, restart your computer to see if it boots into Windows 10 from the F: partition.
Check BIOS/UEFI Settings: If it still doesn’t work, go into your BIOS/UEFI settings and make sure that the system is set to boot from the EFI partition (S:). You may also want to check if the correct disk is listed first in the boot priority order.
Final Troubleshooting:
If the system doesn't boot into Windows as expected after the restart, and you are still facing issues, try the following:
Reboot with a Windows installation/recovery media and attempt Startup Repair from there.
You could also try booting directly from the EFI partition to see if any other issues are preventing the correct boot.
Let me know how it goes!