In this article we'd like to draw the attention of data recovery specialists to R-Studio Technician feature that allows to connect any virtual object that exists in its Device view panel to the operating system. This feature allows you to connect any virtual object that exists in its Device view panel to the operating system. That object can be a simple disk image, a virtual RAID, any volume created by supported logical volume managers, or any combinations thereof. Once connected, such objects appear in the operating system either as a read-only virtual physical disk or partition. Files on those disks / partitions become accessible to the operating system and to any program installed in the system
This option has two main purposes:.
Below, we'll show you how to connect such virtual objects created in R-Studio Technician to the host operating system and then to use another data recovery program to get access to the files on that object.
For clearness and simplicity, we use a very simple virtual object layout in our example. In real cases, such an object may be very complex.
he test object is a RAID 1 (mirror) consisting of a linear (sequential) LVM2 volume of two 320 GB HDDs and a 500 GB HDD. It was created in Openmediavault; open-source NAS software.
Virtual object layout Click image to enlarge
The RAID was formatted as an XFS volume, which is the file system that R-Studio Technician doesn't support.
Next, the 500 GB HDD was removed from the layout leaving only the LVM volume available. The task is to get access to the files on this volume.
We will use Active@ UNERASER (Freeware) as an XFS-compatible data recovery program. We chose it because of its simple interface and reliable performance. You may use any other data recovery software that you prefer.
Creating the virtual physical disk in the host operating system
1. Connect the two disks to the computer with installed R-Studio Technician, turn the computer on, and start R-Studio Technician.
We recommend you to use images rather than actual hard drives in real data recovery cases.
Upon its startup, R-Studio Technician will automatically assemble the LVM volume. However, it cannot access its files because it cannot recognize XFS volumes.
LVM volume assembled in R-Studio Technician Click image to enlarge
Now we need to connect this LVM object to the system in order to make it accessible for other software that should be capable of processing XFS volumes.
2. Right-click the object and select Mount in the shortcut menu. The "Mount as a virtual drive" dialog box will appear.
Connecting a virtual object to the system Click image to enlarge
3. Select "Mount as: Physical drive" and click the OK button. You may also connect an object as a partition, if necessary. Read R-Studio Technician's online help to learn which option is more suitable for your case: R-Studio On-line Help documentation Connecting Virtual Objects to the System as Virtual Drives.
* The connected virtual object will appear as a separate object in the R-Studio Technician's Device view pane.
Virtual object connected to the system as a virtual physical disk Click image to enlarge
This object will also appear on the Disk Management tab in Computer Management.
Virtual object created by R-Studio Technician Click image to enlarge
Next, R-Studio Technician needs to be closed to prevent it from interfering with the work of other software that will access the connected objects. R-Studio Technician will show a warning message that some of its objects remain connected to the system.
Objects that will remain connected after closure of R-Studio Technician. Click image to enlarge
Gaining access to the files on the virtual physical disk
1. Start Active@ UNERASER and locate the virtual physical disk created by R-Studio Technician and the LVM object created by Active@ UNERASER itself.
Please note that Active@ UNERASER could not find any traces of the XFS partition in the LVM object it created.
LVM objects in Active@ UNERASER Click image to enlarge
On the contrary, Active@ UNERASER found some signs that there are possibly partitions on the virtual physical disk created by R-Studio Technician.
2. Click QuickScan Now
Virtual physical disk created by R-Studio Technician Click image to enlarge
Now wait for QuickScan to complete.
QuickScan progress Click image to enlarge
By the way, QuickScan may not be always quick.
3. Locate the found XFS partition
Found XFS partition Click image to enlarge
4. Select the XFST partition and click "Scan Volume"
XFST partition Click image to enlarge
* Active@ UNERASER will show folders and files found on the partition.
Files found on the partition Click image to enlarge
We can browse through the folders and preview files by double-clicking them. This lets us ensure that the file system on the virtual physical disk created by R-Studio Technician is restored successfully.
File preview Click image to enlarge
You need to start R-Studio Technician again to disconnect the virtual physical disk. To do so, click the connected disk and select "Unmount" from the shortcut menu..
This article has shown that R-Studio can connect virtual objects it has created to the system and make them accessible to the system itself as well as other software, including alternative data recovery programs.