Remote connections are easily made by typing the URL in the Location Toolbar; these are actually KIO Slaves. Please note that the Krusader panel does not support all KIO Slave e.g. http:// will not work in the panel, but will work in the viewer. Some examples:
You can bookmark these URLs, however, please read the Bookman section regarding securely save passwords. For connecting to multiple locations, bookmark these URLs and open them one by one, or open them all together by using Panel profiles. To switch from one to another location, just open a Folder tabs for each.
There are three ways to start a remote connection:
Type the URL in the Location Toolbar
Select → which will pop-up a dialog that will ask for the remote site details. This dialog is handy if you are not used to type remote URLs in the Location Toolbar. Leaving the password and user name fields empty will log you in as anonymous. Note: we are planning to rewrite this dialog window.
You can bookmark a directory on a remote host and return to this directory from the bookmark button on the top corner of your panel just like in a web browser.
After you log on to a remote server you can browse it just like your local hard drive with the following exceptions:
You cannot execute files on remote servers.
Permissions cannot always be calculated on remote servers (depends on server and access method) so you might get a ? on the permissions columns for some files.
Disk usage information is not available for most remote filesystems.
To change the charset of the remote host use → .
You can close the current Active Remote Connection by two separate methods:
Krusader is a file manager that supports remote connections via KIO Slaves, but if you are looking for even more advanced remote connections features, e.g. an advanced FTP client we recommend you to use e.g. LFTP or FileZilla.
This section is contributed by Andrew Svet (z-vet), feedback about this chapter is appreciated. Thanks!
This works on a Debian™ system, so it will work on Debian™ and derivatives (Kubuntu™, etc.), though it should work on other Linuxes as well. We assume that you have SSH installed, configured and working on every machine on LAN you want to connect to/from. There are plenty of very good tutorials about SSH on the net, e.g. at linuxhomenetworking.com or just google for it. We use the default SSH port (22) for this chapter. Remember to change it if you use different one. All modifications, editing etc. must be done as root.
Let's start with installing all the packages we need:
avahi-daemon libnss-mdns kdnssd
Everything is installed, now let's do some configuration. First, we need our services to be announced on LAN.
That is why we installed avahi-daemon: it represents your machine on local network and allows other applications
to publish services they provide. Avahi-daemon comes with example
file found in
/usr/share/doc/avahi-daemon/examples. In order to get the service to be
announced on LAN we need to copy this file to
Now we need fish:/ protocol to be announced too, so we use an ssh.service file as a template for fish.service:
This file is just a copy of ssh.service. Edit the
fish.service file and replace
“Remote Terminal on %h” with “Fish to %h” and “_ssh._tcp” with “_fish._tcp”.
Here is how it looks after edit:
<?xml version="1.0" standalone='no'?><!--*-nxml-*--> <!DOCTYPE service-group SYSTEM "avahi-service.dtd"> <!-- $Id: remote-connections.docbook,v 1.6 2007/05/02 18:07:28 codeknight Exp $ --> <!-- This file is part of avahi. avahi is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. avahi is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR <!-- See avahi.service(5) for more information about this configuration file --> <service-group> <name replace-wildcards="yes">FISH to %h</name> <service> <type>_fish._tcp</type> <port>22</port> </service> </service-group>
Save the modified file.
Now we need to create a new file
_fish._tcp, open a text editor and add the next lines:
Name=FISH Protocol (ssh) Type=_fish._tcp UserEntry=u PathEntry=path PasswordEntry=p
And save the file
Do the same on each machine on your LAN, then restart avahi-daemon:
Then open Krusader and type in location-toolbar-lnk:
zeroconf:/ to open the
Enter the Fish Protocol directory. Inside you will find the links to each machine that
fish:/ on your LAN, the location-toolbar-lnk: will point to
zeroconf:/_fish._tcp Double clicking on any of these machines,
them will bring up the password prompt, asking you for your ssh key passphrase (if password was set).
Enter your passphrase. Congratulations: you connected to remote machine using Krusader!