- A -
Apple CoreStorage/FileVault/Fusion Drive Volumes
- B -
Bad Sectors settings
Binary (byte to byte copy)
BitLocker System Drive Encryption
Broken File Name
Rename and change all invalid symbols to:
Broken File Name options
Button
Buttons
Create virtual volume sets or RAIDs
- C -
Connect to R-Studio settings
Contact information and technical support
Find Previous Versions of the File
Find Template Signature Previous
Remove All Scanned Information
Contextt menu
Create menu
Creating and saving your own RAID configuration
Creating Startup Disks for Mac and Linux Computers
- D -
Data Copy in Text/hexadecimal editor
Data Recovery on HFS/HFS+ File System
Description Files for Various RAID Configurations
Devices to Store Recovered Files
Dialog box
Dialog boxes
Edit Block RAID Layout Presets
Please configure R-Studio Agent for Mac
Please configure R-Studio Agent for Windows
R-Studio Agent for Linux Configuration
There is not enough space on the disk
Drive menu
- E -
Edit menu
Find Template Signature Previous
Editor tabs
Exclusive Region options
- F -
Fast Search for Lost Partitions
File Already Exists
File Information (R-Studio Technician/T80+)
File mask options
File menu
File Systems settings
Default encoding for Ext2/Ext3/Ext4/UFS volumes
Default encoding for HFS volumes
File Type Signature Specification
File Types
Find options
Find/Mark options
Find/mark objects only in real paths, ignore links to folders
Finding Previous File Versions
Forensic Data Collection Audit Log
- H -
Hidden Attribute
- I -
Image options
Image type:
Byte to byte image to a physical disk
Compressed image (R-Drive Image compatible)
VMDK (VmWare Virtual Machine Disk)
- K -
Known File Types settings
- L -
Log settings
Maximum messages in the Event Log
- M -
Main settings
Reset all hidden notifications
Messages
Double-click a logical disk...
- N -
Nested and Non-Standard RAID Levels
- O -
Opening several disks/partitions in one tab
- P -
Panels
Panes
Properties tab
- Q -
- R -
Recover options
Condense successful restoration events:
Open local folder (folders) when done
Recover alternative data streams:
Recover real folders structure
Region options
Contact information and technical support
Installing R-Studio Agent Emergency Startup Media Creator
Starting a Computer with the R-Studio Agent Emergency Startup Disk
R-Studio Agent for Mac main panel
R-Studio Agent for Windows main panel
Contact Informaiton and Technical Support
Installing R-Studio Emergency Startup Media Creator
Properties and Text/Hexadecimal Viewer
Starting a Computer with the R-Studio Emergency Startup Disks
R-Studio Emergency Startup Media Creator
- S -
Scan options
Search options
Settings
Shortcut menu
Smart drive copy
Copy all partitions onto original places
Expand/Shrink partition to whole disk
Smart partition copy
Startup Media Troubleshooting Options
Symbolic Links
Automatic recovery without symlink object path conversion
Don't show symbolic links by default (Technician version)
Recovery as it is (Technician version)
Show folder symbolic links as links to their targets, without target content (Technician version)
Show symbolic links as links to their targets, without target content
Symbolic links display settings
Symbolic links recovery options
Syntaxis of a Description File for RAID Configurations
- T -
Tabs
Technical Information and Troubleshooting
Tools menu
- U -
- V -
Various Disk and Volume Managers
View menu
Volume Sets, Stripe Sets, and Mirrors
- W -
Window
Working with RAID 6 Presets
The macOS operating system has the following disk management systems:
FileVault , is a disk encrypted utility;
Fusion Drive is an Apple's hybrid drive technology;
CoreStorage is a logical volume management system.
R‑Studio for Linux supports all these technologies and can unlock their encrypted volumes (hard drives and images ) using either their passwords or recovery keys.
CoreStorage/FileVault
To unlock the volume
1. | Right-click the encrypted volume and select Unlock encrypted drive on the context menu. |
2. | Enter the password/recovery key on the Unlock encrypted drive dialog box |
> | R‑Studio for Linux will unlock the volume |
If the volume is partially encrypted, R‑Studio for Linux can recognize which part is encrypted and which isn't. It will provide a correct access to the unencrypted and encrypted parts of the volume, provided that the correct password is entered.
In addition to the password, it’s possible to enter other decryption data. Click the Advanced… button and enter available data.
This data is usually very hard to obtain and only very advanced institutions can recover it from actual hardware.
Note: this method doesn't always yields positive results.
When macos deletes an APFS volumes, it also wipes out all decryption information from its APFS container. In this case even knowing the password won’t help. Still, there’s a trick that may help to open a deleted or damaged encrypted volume.
Let’s us have a hard drive with an APFS container with 3 APFS volumes:
One of them has been deleted and R‑Studio for Linux cannot unlock (decrypt) it:
But if we have an image of the disk’s previous state, we can extract the necessary encryption information from that image.
Load the image and double-click the existing volume. Click the Advanced… button instead of entering its password.
Click the Export crypto context... button and save a file with this information. Then click the Close Image button to unload the image.
Then double-click the APFS-1 volume and click the Advanced button.
Click the Load and apply crypto context… button
and load the file generated from the image.
Select the required information type (a password for our case), enter the data, and click the Unlock button.
Note that the password will be explicitly shown.
R‑Studio for Linux will open files on the volume.
Apple Fusion Drive
R‑Studio for Linux detects components of Apple Fusion Drive and creates virtual Fusion Drives automatically. At the same time, R‑Studio for Linux gives access to the individual components of the Fusion Drives (hard drives and images ).
When an automatically created Fusion Drive is selected, R‑Studio for Linux highlights its components.
R‑Studio for Linux shows the components of the Fusion Drive on its APFS Fusion Components tab.
R‑Studio for Linux shows broken Fusion Drive s in pink.
The Fusion Drive Components tab also allows you to manually disconnect or connect the components, for example, if they are such damaged that R‑Studio for Linux cannot recognize them as parts of a broken Fusion Drive. Select the object from the drop-down box and click the Connect button. R‑Studio for Linux displays the objects it recognizes as the components of the Fusion Drive in blue.
You may immediately switch to the Fusion Drive configuration that R‑Studio for Linux believes most probable by clicking the Reassemble button.
R‑Studio for Linux shows Fusion Drive with manually added components in blue: