- Checkpoint 1 1 – Verify Without Copying Documents Needed
- Checkpoint 1 1 – Verify Without Copying Documents Pdf
- Checkpoint 1 1 – Verify Without Copying Documents Valid
- Checkpoint 1 1 – Verify Without Copying Documents Electronically
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Checkpoint 1 1 – Verify Without Copying Documents Needed
This article helps administrators diagnose and resolve PXE boot failures in Configuration Manager.
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- Monitor through Distrmgr.log (if the DP is on the site server) or Smsdpprov.log (for a standalone DP), and verify that the DP was installed. Verify that a new RemoteInstall folder was created. Verify that at least one x64 boot image and one x86 boot image is distributed to the DP.
Important
For home users: This article is only intended for technical support agents and IT professionals. If you're looking for help with a problem, please ask the Microsoft Community.
Original product version: Configuration Manager (current branch), Microsoft System Center 2012 Configuration Manager, Microsoft System Center 2012 R2 Configuration Manager
Original KB number: 4468612
Original KB number: 4468612
Introduction
For essential information about how PXE works, see the companion article Understand PXE boot in ConfigMgr.
Before you start to troubleshoot on the PXE Service Point, we recommend that you try the following solutions. If Solution 1 is successful for you, there is no need to go to Solution 2. These solutions resolve most problems that affect PXE boot.
Solution 1: Verify IP Helpers
IP Helpers aren't required if the DHCP server, the client computer, the ConfigMgr server that is running Windows Deployment Services (WDS), and the PXE-enabled Distribution Point (DP) are all on the same subnet or VLAN.
IP Helpers must be configured on the routers if any of the DHCP servers, the client computer, or the Configuration Manager server that is running WDS and the PXE-enabled DP are on separate subnets or VLANs. This is usually the case in most environments.
This process varies and is dependent on the router hardware manufacturer. For a general overview of the process, see Configuring Your Router to Forward Broadcasts. For more information about how to correctly configure IP Helpers on your routers, contact the manufacturer of the router.
IP Helpers are necessary because the PXE request that's generated by the client computer is a broadcast that doesn't travel outside the local subnet or VLAN. If the DHCP server or the WDS/PXE-enabled DP isn't on the same subnet or VLAN as the client computer, they will not see or hear the PXE request broadcast from the client. Therefore, the servers will not respond to the PXE request. To have the PXE request broadcast travel between subnets or VLANs, the PXE request broadcast has to be forwarded by the router to DHCP and WDS/PXE Service Point servers so that they can correctly respond to the client's PXE request.
Using DHCP options isn't recommended
DHCP options can be problematic and might not work reliably or consistently. Also, using DHCP options to control PXE requests in Configuration Manager is not supported by Microsoft.
Checkpoint 1 1 – Verify Without Copying Documents Pdf
Therefore, the recommended and supported method for PXE booting client computers on remote subnets is to use IP Helpers.
For more information about DHCP options that are not recommended or supported, see the following articles:
Verify that DHCP options 60, 66, and 67 are not configured
![Checkpoint 1 1 – verify without copying documents free Checkpoint 1 1 – verify without copying documents free](https://a0.muscache.com/im/pictures/aaadec05-e6a4-43f1-a481-8f62cc4d77c5.jpg?im_w=720)
Important
Before you continue, it's imperative that you verify both the following conditions:
- The routers have IP Helpers configured.
- The DHCP server does not have DHCP Options 60, 66, or 67 configured.
If both these criteria are not met, the PXE Service Point will experience problems. When you check DHCP options, make sure that you check the options at both the server and scope levels.
In certain instances, configuring DHCP options 60, 66, and 67 may make the PXE boot process appear to proceed further along than it did before these options were configured. However, in most cases, the process is actually proceeding along an incorrect path.
Important
Stellaris best civic. The only exception in which a DHCP option must be used is if DHCP and WDS reside on the same server. In this situation, only DHCP Option 60 has to be set. DHCP Options 66 and 67 should still not be set in this scenario. For more information, see Advanced troubleshooting for PXE boot issues in Configuration Manager.
Solution 2: Reinstall PXE (use only if Solution 1 didn't resolve the issue)
Checkpoint 1 1 – Verify Without Copying Documents Valid
In many cases, errors that occur during installation or configuration are the cause of PXE boot issues, and can be difficult and time-consuming to pinpoint. In many cases, reinstalling PXE and starting over can be the most effective and least time-consuming solution. To do this, follow these steps:
- On the DP, clear the Enable PXE checkbox. When you're prompted to remove the Windows Deployment service, select Yes.
- Verify that PXE was uninstalled. To do this, use Distmgr.log (for DPs on-site server) or Smsdpprov.log (for standalone DP).ImportantDo not proceed until you verify that PXE is fully uninstalled.
- In Server Manager, verify that WDS is uninstalled. If WDS is uninstalled, there should be a pending restart.
- Restart the server.
- Locate and delete the RemoteInstall folder.
- Change the date on the self-signed certificate in the properties of PXE DP. Wait for the new certificate to be created. (This is not applicable if the DP is HTTPS).
- Add the PXE point again by selecting the check box in DP properties. Monitor through Distrmgr.log (if the DP is on the site server) or Smsdpprov.log (for a standalone DP), and verify that the DP was installed.
- Verify that a new RemoteInstall folder was created.
- Verify that at least one x64 boot image and one x86 boot image is distributed to the DP. For each boot image that is distributed to the PXE DP and that will be used for PXE boot, make sure that the PXE option is enabled for each boot image. BIOS PCs or UEFI PCs in Legacy mode require an x86 boot image even if all PCs in the environment are x64.
- Verify that the WDS service was started.
- Navigate to the RemoteInstall folder, and verify the following SMS folders were created:
- SMSBoot
- SMSImages
- SMSTemp
- SMSTEmpBootFiles
- Navigate to the SMSImages folder, and verify that all the boot images that were distributed to the PXE DP are listed here. Boot images are listed by Package ID.
- Navigate to the SMSBoot folder, and verify that both the x86 and x64 folders are populated with files.
- Try a PXE boot.
Checkpoint 1 1 – Verify Without Copying Documents Electronically
Need more help
For additional help with troubleshooting PXE boot issues, see Advanced troubleshooting for PXE boot issues in Configuration Manager.
For more help to resolve this issue, see our TechNet support forum or contact Microsoft Support.
Third-party information disclaimer
The third-party products that this article discusses are manufactured by companies that are independent of Microsoft. Microsoft makes no warranty, implied or otherwise, about the performance or reliability of these products.
Third-party contact disclaimer
Microsoft provides third-party contact information to help you find additional information about this topic. This contact information may change without notice. Microsoft does not guarantee the accuracy of third-party contact information.
-->One of the great benefits to virtualization is the ability to easily save the state of a virtual machine. In Hyper-V this is done through the use of virtual machine checkpoints. You may want to create a virtual machine checkpoint before making software configuration changes, applying a software update, or installing new software. If a system change were to cause an issue, the virtual machine can be reverted to the state at which it was when then checkpoint was taken.
Windows 10 Hyper-V includes two types of checkpoints:
- Standard Checkpoints: takes a snapshot of the virtual machine and virtual machine memory state at the time the checkpoint is initiated. A snapshot is not a full backup and can cause data consistency issues with systems that replicate data between different nodes such as Active Directory. Hyper-V only offered standard checkpoints (formerly called snapshots) prior to Windows 10.
- Production Checkpoints: uses Volume Shadow Copy Service or File System Freeze on a Linux virtual machine to create a>
- To see a list of checkpoints for a virtual machine use the Get-VMCheckpoint command.
- To apply the checkpoint use the Restore-VMCheckpoint command.
- In Hyper-V Manager, select the virtual machine.
- Right-click the checkpoint, and then select Rename.
- Enter in the new name for the checkpoint. It must be less than 100 characters, and the field cannot be empty.
- Click ENTER when you are done.
- In Hyper-V Manager, select the virtual machine.
- In the Checkpoints section, right-click the checkpoint that you want to delete and click Delete. You can also delete a checkpoint and all subsequent checkpoints. To do so, right-click the earliest checkpoint that you want to delete, and then click Delete Checkpoint Subtree.
- You might be asked to verify that you want to delete the checkpoint. Confirm that it is the correct checkpoint, and then click Delete.
- In Hyper-V Manager, right-click the name of the virtual machine, and click Settings.
- In the Management section, select Checkpoints.
- To allow checkpoints to be taken off this virtual machine, make sure Enable Checkpoints is selected -- this is the default behavior.
To disable checkpoints, deselect the Enable Checkpoints check box. - Click Apply to apply your changes. If you are done, click OK to close the dialog box.
- In Hyper-V Manager, right-click the name of the virtual machine, and click Settings.
- In the Management section, select Checkpoints or Checkpoint File Location.
- In Checkpoint File Location, enter the path to the folder where you would like to store the files.
- Click Apply to apply your changes. If you are done, click OK to close the dialog box.
- Log into your virtual machine and create a text file on the desktop.
- Open the file with Notepad and enter the text ‘This is a Standard Checkpoint.’ Do not save the file or close Notepad.
- Change the checkpoint to standard -- instructions here.
- Create a new checkpoint.
- Close the text file if it is still open and delete it from the virtual machine's desktop.
- Open Hyper-V Manager, right click on the standard checkpoint, and select Apply.
- Select Apply on the Apply Checkpoint notification window.
- Log into the virtual machine and create a new text file. If you followed the previous exercise, you can use the existing text file.
- Enter ‘This is a Production Checkpoint.’ into the text file, save the file but do not close Notepad.
- Open Hyper-V Manager, right click on the virtual machine, and select Checkpoint.
- Click OK on the Production Checkpoint Created Window.
- Close the text file if it is still open and delete it from the virtual machine's desktop.
- Open Hyper-V Manager, right click on the production checkpoint, and select Apply.
- Select Apply on the Apply Checkpoint notification window.
- Start and log into the virtual machine.
- Take note that the text file has been restored. But unlike the standard checkpoint, Notepad is not open.
Renaming checkpoints
Many checkpoints are created at a specific point. Giving them an identifiable name makes it easier to remember details about the system state when the checkpoint was created.
By default, the name of a checkpoint is the name of the virtual machine combined with the date and time the checkpoint was taken. This is the standard format:
Names are limited to 100 characters, and the name cannot be blank.
Using Hyper-V Manager
Using PowerShell
Deleting checkpoints
Deleting checkpoints can help create space on your Hyper-V host.
Behind the scenes, checkpoints are stored as .avhdx files in the same location as the .vhdx files for the virtual machine. When you delete a checkpoint, Hyper-V merges the .avhdx and .vhdx files for you. Once completed, the checkpoint's .avhdx file will be deleted from the file system.
You should not delete the .avhdx files directly.
Using Hyper-V Manager
To cleanly delete a checkpoint:
Using PowerShell
Exporting checkpoints
Export bundles the checkpoint as a virtual machine so the checkpoint can be moved to a new location. Once imported, the checkpoint is restored as a virtual machine. Exported checkpoints can be used for backup.
Using PowerShell
Enable or disable checkpoints
Configure checkpoint location
If the virtual machine has no checkpoints, you can change where the checkpoint configuration and saved state files are stored.
The default location for storing checkpoint configuration files is:
%systemroot%ProgramDataMicrosoftWindowsHyper-VSnapshots
.Checkpoint demo
This exercise walks through creating and applying a standard checkpoint versus a production checkpoint. For this example, you will make a simple change to the virtual machine and observe the different behavior.
Standard checkpoint
Apply the Standard Checkpoint with Hyper-V Manager
Now that a checkpoint exists, make a modification to the virtual machine and then apply the checkpoint to revert the virtual machine back to the saved state.
Once the checkpoint has been applied, notice that not only is the text file present, but the system is in the exact state that it was when the checkpoint was created. In this case Notepad is open and the text file loaded.
Production checkpoint
Let’s now examine production checkpoints. This process is almost identical to working with a standard checkpoint, however will have slightly different results. Before beginning make sure you have a virtual machine and that you have changes the checkpoint type to Production checkpoints.
Modify the virtual machine and Create a Production Checkpoint
Apply the Production Checkpoint with Hyper-V Manager
Now that a checkpoint exists make a modification to the system and then apply the checkpoint to revert the virtual machine back to the saved state.
Once the production checkpoint has been applied, noticed that the virtual machine is in an off state.