![]() ![]() ![]() That seems a bit extreme for a bad entry. (If someone has a good recommendation for getting ZFS to load up in either OMV 4.1.10 w/ kernel 4.17 or some alternative, I am ALL EARS)Īs I understand it, the only solution seems to be wipe the HDD and start over. Their discussion of using the zpool command seems like it would work, but ZFS doesn't work on 4.1.10 and I am having problems getting ZFS to work on any live linux distribution for my PC. My problem is nearly identical to the issues discussed in that archlinux forum thread. mount command is used to mount the filesystem found on a device to big tree structure ( Linux filesystem) rooted at ‘ / ‘. However, I haven't been able to find a suitable resolution( FSTYPE discussion). OMV apparently requires all HDDs to be mounted in the web-interface if you want to use them for anything. I can force it to mount as ext4 in CLI and everything "works". I apparently have a ZFS entry on the ext4 hdd signature, though the drive is formatted as ext4. Use -t to explicitly specify the filesystem type or Create an /etc/fstab entry to mount the opened disk above to a named path ( /cmdb, /svn, or /data as the case may be).Code mount: /dev/sdb1: more filesystems detected.flock fails on shared NFS for exclusive blocking locks from 2 different maschines. NFS: UDP works, TCP times out, CentOS 6.9 fresh install. Using TCP protocol for NFS mount points on linux servers. Create an ext4 filesystem on the opened disk in /dev/mapper/XYZ. This is output from the netbooted machine: mount grep 1 10.10.1.1:/remotesys on / type nfs (rw.Create an entry in /etc/crypttab which will open the encrypted disk using the Slot 1 key file you saved above at boot time.Open the encrypted disk after providing a passphrase for further operations which provides a /dev/mapper/XYZ device.Add another LUKS key into Slot 1 and save this into a file on /etc.Setup a LUKS formatted disk which prompts you for a passphrase that protect the encryption keys in Slot 0 – Your disk is now encrypted. ![]() Wipe the filesystem of exiting filesystem and partition table.For each disk, ( /cmdb, /svn, /data) complete the following steps:.Import the latest FortiSIEM VA image on one of the supported platforms.If you have to perform these on an existing installation of FortiSIEM, then you must have additional disks of the same capacity to encrypt and copy the data to it. This avoids the need for additional disks. It is best to perform these steps on a fresh installation prior to initializing the product. To verify if the package is installed, run the following command: Note 3: The cryptsetup command is not included in FortiSIEM. The less secure alternative is to use keys that are not protected by a passphrase and stored in a file on the root partition. If you want strong security, then you must protect encryption keys with a passphrase and that requires a human to type them and mount the “opened” disks. Note 2: Disk encryption key management is an operational challenge. ![]() The root disk contains binaries and some internal system and application logs, not data. Note 1: We do not recommend encrypting the root disk which presents an operational challenge during boot up to provide a passphrase. If you are using NFS or Elastic storage, you must perform additional steps for the actual data directories on these servers in addition to supervisor ( /cmdb, /svn). The steps below show how to encrypt /cmdb, /svn, and /data disks on a FortiSIEM supervisor VM node with local disk for EventDB ( /data). Disk Encryption of Data on FortiSIEM Supervisor | FortiSIEM 6.3.0ĭisk Encryption of Data on FortiSIEM Supervisor ![]()
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