- #Imaging gpt with ghost 3.1 how to
- #Imaging gpt with ghost 3.1 manual
- #Imaging gpt with ghost 3.1 windows
Remove any CD, DVD or bootable USB from the drive and reboot the device. You should now see information about the new partitions that are created and activated by the image that you just applied.
(Optional) After the image is applied and the prompt is displayed, type img -dump, then press Enter.Īs before, this displays a list of the partition slots on the device. Images usually take slightly longer to apply than they do to take. For more information, see Section 1.6.2, Creating, Installing, and Restoring Standard Images or Section 1.6.4, Restoring Lab Devices to a Clean State.įor more information on the mode commands and parameters you can use and usage examples, see Section E.4, Restore Mode.ĭepending on the size of the image, it might take several minutes to restore the image. If you want to manually restore an image from a folder that uses extended or double-byte characters in its name, you should perform an automatic image restoration. However, you can use backslashes and enclose an entire UNC path in quotes. IMPORTANT:Make sure to use forward slashes in the UNC path as shown above. The script then runs the commands to restore the image on the device and ejects the DVD when finished.įor information on creating an Linux Imaging Script bundle, see Section 3.4, Configuring Linux Imaging Script Bundles for ZENworks Imaging.
#Imaging gpt with ghost 3.1 manual
This example is a combination of automatic and manual tasks, where you define the bundle in ZENworks Control Center, assign it to the device, then when the device boots, it runs the bundle’s script, prompting you to insert the DVD containing an image into the device’s DVD drive. This is applicable only for ZENworks Imaging.įor example, if you want to mount a DVD and restore an image from it, you could enter something similar to the following in the Script Text field in the Create New Preboot Bundle Wizard when defining an Linux Imaging Script bundle: echo "Please insert the DVD containing the image into the drive Any imaging commands can be entered for the script. You can perform scripted imaging using the Linux Imaging Script bundle. To create an add-on image of files selected from a file system for use in Step 8, see Creating an Add-On Image from Files in a File System. This base image can be used in Step 8 under Configuring the ZENworks Image Bundle for Automatic Imaging. If you want to move a Ghost image to a different location, you must move all the image files and the XML file specific to the image. If you are taking an image of a device that has multiple disks, an image file is created for each disk and only one XML file is created per image. If the images are taken in the Ghost format, ZENworks additionally creates an XML file with the filename as image_name-ghost.xml in the same location as the image file. However, the ZENworks images are not replicated from the Primary Server to other Primary Servers or Satellites.
#Imaging gpt with ghost 3.1 windows
The images are stored in %ZENWORKS_HOME%\work\content-repo\images on the Windows Primary Server and in /var/opt/novell/zenworks/content-repo/images on the Linux Primary Server, or on the device that is promoted to the Imaging Server role. If you completed Step 7, the image is assigned to the bundle when it is created. By default, "clean" creates an empty MBR disk.Click to take the image.Select the disk number that you want to restore to.Note: To open a command window click the icon on the taskbar. Open a Windows command window, and type:.
#Imaging gpt with ghost 3.1 how to
Consult your Motherboard user manual for information on how to do this. Please boot your rescue media in UEFI mode. That is, they will boot in both MBR and UEFI mode. Rescue media created with v or later on Windows 7/8 operating systems will be dual boot. Please see here for more information on Windows PE and the Macrium Reflect rescue Environment: Understanding Rescue CDs and the Macrium rescue environment For dissimilar hardware, Redeploy may be needed. This article assumes that, apart from the type of disk, there are no other hardware differences between the system being imaged and the system being restored to. GPT is a newer standard, that supports disks larger than 2TiB and allows for more than four primary partitions per disk.Īs UEFI and GPT become more widespread, older images of MBR disks will often need to be restored to replacement UEFI / GPT systems. UEFI supports hard disks with either MBR (master boot record) or the newer GPT (GUID Partition Table) system. It is designed as a replacement for BIOS (Basic Input/Output System). UEFI (the Unified Extensible Firmware Interface) is an interface between a computer's firmware and operating system. This article explains how to restore an image of an MBR system disk to a GPT disk that supports the newer UEFI booting standard.