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If you are working with an IDE drive and are looking to use Hyper-V integration services, here are some considerations and steps you can take: IDE Drive Compatibility: Hyper-V supports the use of IDE drives for virtual machines, but it’s important to note that IDE drives may have limitations compared to newer storage technologies like SATA or SCSI. Ensure that your IDE drive is properly recognized by the host system and that it meets the requirements for running virtual machines. Hyper-V Integration Services: Hyper-V Integration Services are a set of drivers and services that improve the performance, integration, and management of virtual machines running on Hyper-V. These services include drivers for networking, storage, and other components to enhance the virtual machine’s functionality. Installing Integration Services: To install Hyper-V Integration Services on a virtual machine with an IDE drive, follow these steps: Start the virtual machine and log in to the guest operating system. In the Hyper-V Manager console on the host machine, select the virtual machine and click on “Action” in the menu. Choose “Insert Integration Services Setup Disk” to mount the ISO containing the Integration Services on the virtual machine. Open the mounted ISO in the virtual machine and run the setup program to install the Integration Services. Follow the on-screen instructions to complete the installation process. Benefits of Integration Services: Once Integration Services are installed, the virtual machine can benefit from improved performance, enhanced networking capabilities, better mouse and keyboard integration, time synchronization with the host, and other optimizations for running efficiently on Hyper-V. Troubleshooting: If you encounter any issues during the installation of Integration Services or if the services do not function as expected, you may need to ensure that the virtual machine’s operating system is supported, the drivers are compatible, and that the installation is performed correctly. By following these steps and considerations, you can work with an IDE drive in a virtual machine on Hyper-V and take advantage of the benefits provided by Hyper-V Integration Services to optimize the performance and functionality of your virtual environment.
Following your instructions my 25 GB .vhdx was converted into a 100 GB .img file which is far too big for my drive. Is there a way to keep the target file smaller?
If the recovered .vhdx file is too large for your drive after the recovery process, you can try to compress the file to reduce its size. Here are some steps you can follow to compress the recovered .img file: Download and install a file compression tool such as 7-Zip, WinRAR, or WinZip on your computer. Right-click on the recovered .img file and select the option to compress or add to an archive. Choose the compression format (e.g., ZIP, RAR) and adjust the compression settings to reduce the file size. Start the compression process and wait for it to complete. Once the compression is finished, you will have a smaller compressed version of the .img file that you can save on your drive. By compressing the recovered .img file, you should be able to reduce its size and make it more manageable for storage on your drive. If you encounter any issues or need further assistance with the compression process, feel free to contact our tech support team for help.
Yes, you can use local-lvm (Logical Volume Management) to manage your storage effectively, especially if you're running low on space. Local-lvm allows you to create logical volumes (LVs) within volume groups (VGs) that span across multiple physical storage devices. This can help you effectively utilize your available storage resources. Here's a general guide on how you can use local-lvm: Check available storage: First, you need to ensure that you have additional physical storage devices available for use. Create a Volume Group (VG): You'll need to create a volume group that includes all the physical volumes (PVs) you want to utilize. You can use the pvcreate command to initialize a physical volume, and then vgcreate to create a volume group. bash Copy code pvcreate /dev/sdX # Replace /dev/sdX with your physical device vgcreate my_volume_group /dev/sdX # Create a volume group named 'my_volume_group' Create Logical Volumes (LVs): Once you have your volume group set up, you can create logical volumes within it using the lvcreate command. arduino Copy code lvcreate -L 10G -n my_logical_volume my_volume_group # Create a logical volume of size 10GB named 'my_logical_volume' Format and mount the logical volume: After creating the logical volume, you'll need to format it with a file system and mount it to a directory in your file system. bash Copy code mkfs.ext4 /dev/my_volume_group/my_logical_volume # Format the logical volume mount /dev/my_volume_group/my_logical_volume /mnt/my_mount_point # Mount the logical volume to a mount point Configure applications: Once mounted, you can use the logical volume like any other storage device. Update your applications or move data to the new mount point as needed. This way, you can effectively use local-lvm to manage your storage resources across multiple physical devices. Just ensure you have backups of any important data before making significant changes to your storage configuration.
The process of moving a virtual machine (VM) from Hyper-V, especially between different generations (Generation 1 and Generation 2), can be a bit complex and might require careful consideration and planning. The exact steps and requirements can vary based on the specifics of your setup, the version of Hyper-V you are using, and any changes that might have occurred after my last update. Always refer to the most up-to-date documentation for accurate instructions. However, I can provide you with a general outline of the steps you might need to follow when moving a Generation 1 VM from Hyper-V to another platform: Preparation: Ensure you have a backup of your VM and its data. Review the hardware requirements and compatibility of the destination platform. Convert VM Format: Virtual machines created in Hyper-V use VHD (Virtual Hard Disk) files for Generation 1 VMs and VHDX files for Generation 2 VMs. If you're moving a Generation 2 VM, you'll need to convert the VHDX file to a format compatible with the target platform. Export VM: In Hyper-V Manager, right-click on the VM you want to move and select "Export". This will create an export of the VM, including its configuration files and disk images. Transfer Exported Files: Copy the exported files to the destination platform. This might involve transferring them over a network or using an external storage device. Import VM: On the target platform, import the VM. This process can differ depending on the virtualization software you're using. For instance, if you're moving to a different Hyper-V host, the process might be familiar. If you're moving to a different virtualization platform, follow their import instructions. Configure VM Settings: Configure the VM settings as necessary. This might include adjusting virtual hardware settings, network configurations, and boot options. Install Integration Services or Tools: If you're moving to a different virtualization platform, you might need to install integration services or tools specific to that platform to optimize the VM's performance and functionality. Test and Validate: Power on the VM and make sure it boots up without issues. Test the VM's functionality to ensure everything is working as expected. Remember, these are general steps, and the specifics can vary greatly depending on the platforms and software versions involved. For moving Generation 2 VMs, some additional considerations might apply due to the differences in hardware and configuration between Generation 1 and Generation 2 VMs. Always consult the official documentation of the source and destination virtualization platforms for the most accurate and up-to-date instructions for your specific scenario.
@@HetmanRecovery Moving a Gen2 Machine to proxmox 8.1.4 with this very good tutorial does unfortunately not work, no boot device was found after successfull import. The disk looks good for me, I checked it with HBCD, but it dows not boot. Anything else I can do now?
As of Proxmox 8.1.4 (the current version as of this comment), these instructions still work with just 3 changes. When creating the new VM, you select "11/2022" from the Windows version dropdown instead of "8/10/2016" in the section where it asks what OS it is. In the disks step, select the storage pool for the TPM and UEFI disks, and then Proxmox creates the TPM and EFI partitions as separate disks, and automatically sets up UEFI BIOS for you. The only other thing you need to do is after you add the disk to the vm you need to go to the VM > Options > Boot order, hit edit, then select the imported disk and uncheck the other drives from the list. Click save. The UEFI bios wont automatically boot from that disk unless you set it first. Now just start the machine, and first boot is a bit slow while it figures everything out, and then everything is perfect after that. Just converted a pair of Server 2022 Domain controllers into Proxmox this way. Went flawlessly.
If you are encountering the error message "qemu-img: invalid parameter 'raw’", it means that the ‘raw’ parameter you are using is not recognized by the qemu-img command. To resolve this issue, you can try the following steps: Check the syntax: Make sure that you are using the correct syntax for the qemu-img command. The ‘raw’ parameter is used to specify the format of the output file. For example, if you want to create a raw disk image, the correct syntax would be: qemu-img create -f raw Update qemu-img: Ensure that you are using the latest version of qemu-img. Outdated versions may not support certain parameters or have known issues. You can update qemu-img by downloading the latest version from the official QEMU website or using package managers like apt or yum. Use a different format: If the ‘raw’ format is not essential for your requirements, you can try using a different format that is supported by qemu-img. Common formats include qcow2, vmdk, and vdi. You can specify the desired format using the '-f’ parameter. For example: qemu-img create -f qcow2 If the issue persists or you have any further questions, please provide more details about the specific command you are using and the context in which you are encountering the error.
❗❗❗ HELP THE UKRAINIAN ARMY ❗❗❗ Make a contribution to charity fund "COME BACK ALIVE" - savelife.in.ua/donate/
👉 Hetman Software: Secure Data Recovery - hetmanrecovery.com/
👉 How to Move a Virtual Machine From VirtualBox To VMware, Hyper-V and Back - hetmanrecovery.com/recovery_news/how-to-transfer-a-virtual-machine-from-the-virtualbox-hypervisor-to-vmware-hyper-v-and-vice-versa.htm
This video was super in depth and helpful even for a proxmox noob like me
We are glad that you found our video useful)
This video is incredibly helpful thank you so much!
Glad our video was useful to you)
Great stuff, exactly what I needed!
We are very glad that our video was useful for you)
Dankeschön für das tolle Tutorial 🤙🏽
Glad our video was useful to you)
Basically works. Stuck with an IDE drive and what about the Hyper-V integration services?
If you are working with an IDE drive and are looking to use Hyper-V integration services, here are some considerations and steps you can take:
IDE Drive Compatibility: Hyper-V supports the use of IDE drives for virtual machines, but it’s important to note that IDE drives may have limitations compared to newer storage technologies like SATA or SCSI. Ensure that your IDE drive is properly recognized by the host system and that it meets the requirements for running virtual machines.
Hyper-V Integration Services: Hyper-V Integration Services are a set of drivers and services that improve the performance, integration, and management of virtual machines running on Hyper-V. These services include drivers for networking, storage, and other components to enhance the virtual machine’s functionality.
Installing Integration Services: To install Hyper-V Integration Services on a virtual machine with an IDE drive, follow these steps:
Start the virtual machine and log in to the guest operating system.
In the Hyper-V Manager console on the host machine, select the virtual machine and click on “Action” in the menu.
Choose “Insert Integration Services Setup Disk” to mount the ISO containing the Integration Services on the virtual machine.
Open the mounted ISO in the virtual machine and run the setup program to install the Integration Services.
Follow the on-screen instructions to complete the installation process.
Benefits of Integration Services: Once Integration Services are installed, the virtual machine can benefit from improved performance, enhanced networking capabilities, better mouse and keyboard integration, time synchronization with the host, and other optimizations for running efficiently on Hyper-V.
Troubleshooting: If you encounter any issues during the installation of Integration Services or if the services do not function as expected, you may need to ensure that the virtual machine’s operating system is supported, the drivers are compatible, and that the installation is performed correctly.
By following these steps and considerations, you can work with an IDE drive in a virtual machine on Hyper-V and take advantage of the benefits provided by Hyper-V Integration Services to optimize the performance and functionality of your virtual environment.
THANK !!!! :D
We are glad that our video was useful for you)
it very helpful thank you so much
Glad our video was useful to you)
Following your instructions my 25 GB .vhdx was converted into a 100 GB .img file which is far too big for my drive. Is there a way to keep the target file smaller?
If the recovered .vhdx file is too large for your drive after the recovery process, you can try to compress the file to reduce its size. Here are some steps you can follow to compress the recovered .img file:
Download and install a file compression tool such as 7-Zip, WinRAR, or WinZip on your computer.
Right-click on the recovered .img file and select the option to compress or add to an archive.
Choose the compression format (e.g., ZIP, RAR) and adjust the compression settings to reduce the file size.
Start the compression process and wait for it to complete.
Once the compression is finished, you will have a smaller compressed version of the .img file that you can save on your drive.
By compressing the recovered .img file, you should be able to reduce its size and make it more manageable for storage on your drive. If you encounter any issues or need further assistance with the compression process, feel free to contact our tech support team for help.
Thank you so much!
We are very glad that our video was useful to you)
hey mate is there any way I can use the local-lvm to do this since I don't have enough storage to have them both on 'local'
Yes, you can use local-lvm (Logical Volume Management) to manage your storage effectively, especially if you're running low on space. Local-lvm allows you to create logical volumes (LVs) within volume groups (VGs) that span across multiple physical storage devices. This can help you effectively utilize your available storage resources.
Here's a general guide on how you can use local-lvm:
Check available storage: First, you need to ensure that you have additional physical storage devices available for use.
Create a Volume Group (VG): You'll need to create a volume group that includes all the physical volumes (PVs) you want to utilize. You can use the pvcreate command to initialize a physical volume, and then vgcreate to create a volume group.
bash
Copy code
pvcreate /dev/sdX # Replace /dev/sdX with your physical device
vgcreate my_volume_group /dev/sdX # Create a volume group named 'my_volume_group'
Create Logical Volumes (LVs): Once you have your volume group set up, you can create logical volumes within it using the lvcreate command.
arduino
Copy code
lvcreate -L 10G -n my_logical_volume my_volume_group # Create a logical volume of size 10GB named 'my_logical_volume'
Format and mount the logical volume: After creating the logical volume, you'll need to format it with a file system and mount it to a directory in your file system.
bash
Copy code
mkfs.ext4 /dev/my_volume_group/my_logical_volume # Format the logical volume
mount /dev/my_volume_group/my_logical_volume /mnt/my_mount_point # Mount the logical volume to a mount point
Configure applications: Once mounted, you can use the logical volume like any other storage device. Update your applications or move data to the new mount point as needed.
This way, you can effectively use local-lvm to manage your storage resources across multiple physical devices. Just ensure you have backups of any important data before making significant changes to your storage configuration.
After all these my vm could not connect to internet. while the newly installed once could
I noticed that in this video your moved a generation 1 VM from hyper-v. Are the steps the same for a generation 2 VM?
The process of moving a virtual machine (VM) from Hyper-V, especially between different generations (Generation 1 and Generation 2), can be a bit complex and might require careful consideration and planning. The exact steps and requirements can vary based on the specifics of your setup, the version of Hyper-V you are using, and any changes that might have occurred after my last update. Always refer to the most up-to-date documentation for accurate instructions.
However, I can provide you with a general outline of the steps you might need to follow when moving a Generation 1 VM from Hyper-V to another platform:
Preparation:
Ensure you have a backup of your VM and its data.
Review the hardware requirements and compatibility of the destination platform.
Convert VM Format:
Virtual machines created in Hyper-V use VHD (Virtual Hard Disk) files for Generation 1 VMs and VHDX files for Generation 2 VMs.
If you're moving a Generation 2 VM, you'll need to convert the VHDX file to a format compatible with the target platform.
Export VM:
In Hyper-V Manager, right-click on the VM you want to move and select "Export".
This will create an export of the VM, including its configuration files and disk images.
Transfer Exported Files:
Copy the exported files to the destination platform. This might involve transferring them over a network or using an external storage device.
Import VM:
On the target platform, import the VM. This process can differ depending on the virtualization software you're using. For instance, if you're moving to a different Hyper-V host, the process might be familiar. If you're moving to a different virtualization platform, follow their import instructions.
Configure VM Settings:
Configure the VM settings as necessary. This might include adjusting virtual hardware settings, network configurations, and boot options.
Install Integration Services or Tools:
If you're moving to a different virtualization platform, you might need to install integration services or tools specific to that platform to optimize the VM's performance and functionality.
Test and Validate:
Power on the VM and make sure it boots up without issues.
Test the VM's functionality to ensure everything is working as expected.
Remember, these are general steps, and the specifics can vary greatly depending on the platforms and software versions involved. For moving Generation 2 VMs, some additional considerations might apply due to the differences in hardware and configuration between Generation 1 and Generation 2 VMs.
Always consult the official documentation of the source and destination virtualization platforms for the most accurate and up-to-date instructions for your specific scenario.
@@HetmanRecovery Moving a Gen2 Machine to proxmox 8.1.4 with this very good tutorial does unfortunately not work, no boot device was found after successfull import.
The disk looks good for me, I checked it with HBCD, but it dows not boot. Anything else I can do now?
As of Proxmox 8.1.4 (the current version as of this comment), these instructions still work with just 3 changes.
When creating the new VM, you select "11/2022" from the Windows version dropdown instead of "8/10/2016" in the section where it asks what OS it is.
In the disks step, select the storage pool for the TPM and UEFI disks, and then Proxmox creates the TPM and EFI partitions as separate disks, and automatically sets up UEFI BIOS for you.
The only other thing you need to do is after you add the disk to the vm you need to go to the VM > Options > Boot order, hit edit, then select the imported disk and uncheck the other drives from the list. Click save. The UEFI bios wont automatically boot from that disk unless you set it first.
Now just start the machine, and first boot is a bit slow while it figures everything out, and then everything is perfect after that. Just converted a pair of Server 2022 Domain controllers into Proxmox this way. Went flawlessly.
@@johng6387 Are you using IDE for the drive?
thanks :)
We were happy to help)
thank you so much!
I have a question for you, I have an error qemu-img: invalid parameter "raw"
If you are encountering the error message "qemu-img: invalid parameter 'raw’", it means that the ‘raw’ parameter you are using is not recognized by the qemu-img command.
To resolve this issue, you can try the following steps:
Check the syntax: Make sure that you are using the correct syntax for the qemu-img command. The ‘raw’ parameter is used to specify the format of the output file. For example, if you want to create a raw disk image, the correct syntax would be:
qemu-img create -f raw
Update qemu-img: Ensure that you are using the latest version of qemu-img. Outdated versions may not support certain parameters or have known issues. You can update qemu-img by downloading the latest version from the official QEMU website or using package managers like apt or yum.
Use a different format: If the ‘raw’ format is not essential for your requirements, you can try using a different format that is supported by qemu-img. Common formats include qcow2, vmdk, and vdi. You can specify the desired format using the '-f’ parameter. For example:
qemu-img create -f qcow2
If the issue persists or you have any further questions, please provide more details about the specific command you are using and the context in which you are encountering the error.
proxmox high availability cluster Video