allow_other,default_permissions use the same permissions from the mount command above.It is necessary to specify this because /etc/fstab effectively runs as root, and would not otherwise know which username’s SSH configurations to check for a key that is trusted by the remote server. Note that this example assumes that both your local and your remote username are sammy – this refers to the local path. identityfile=/home/ sammy/.ssh/id_rsa specifies a path to a local SSH key so that the remote directory can be mounted automatically.noauto,tomount,_netdev,reconnect are a set of options that work together to ensure that permanent mounts to network drives behave gracefully in case the network connection drops from the local machine or the remote machine.fuse.sshfs specifies the driver being used to mount this remote directory.your_other_server:~/ is the remote path again, just as before.Permanent mounts often require a number of different options like this to ensure they behave as expected. etc/fstab your_other_server:~/ /mnt/droplet fuse.sshfs noauto,tomount,_netdev,reconnect,identityfile=/home/ sammy/.ssh/id_rsa,allow_other,default_permissions 0 0 ![]() Using nano or your favorite text editor, open /etc/fstab:Īt the end of the file, add an entry like this: ![]() To do this, you’ll need to add a configuration entry to a file named /etc/fstab, which handles Linux filesystem mounts at startup. Step 3 - Permanently Mounting the Remote FilesystemĪs with other types of disk and network mounts, you can configure a permanent mount using SSHFS. In the last step, you’ll walk through an example of configuring a permanent mount. If you no longer need this mount, you can unmount it with the umount command: If the virtual server or local machine is powered off or restarted, you will need to use the same process to mount it again. It is important to note that the mount command only mounts a remote disk for your current session. Likewise, you can copy files into or out of the /mnt/droplet folder and they will be uploaded to or from your remote server in the background. For instance, if you create a file in the /mnt/droplet directory, the file will appear on your virtual server. Now you can work with files on your remote server as if it were a physical device attached to your local machine. sshfs uses an ordinary SSH connection in the background, and if it is your first time connecting to the remote system over SSH, you may be prompted to accept the remote host’s key fingerprint. If you receive a Connection reset by peer message, make sure that you have copied your SSH key to the remote system.
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