If you happen to have a USB printer without WiFi and a computer that will act as server, then you can use CUPS to share it.
Once you setup CUPS to allow non-localhost connections, on port 631, you can
use the web interface for the configuration. At the time, I tried to add the
printer from a client computer using the web interface and selecting the
driver, just like I did on the server. I got a Filter failed error.
Basically, I think that the problem was that the file got through the printer
filters twice (see $ man 7 filter). To avoid this, the printer needs to be
added as raw from a CLI shell:
local_printer_name="Printer"
server_hostname="192.168.0.1"
# This must be the exact same name
# as the one reported on the server.
remote_printer_name="Remote_printer"
description="Remote printer"
location="Connected to the server"
lpadmin -p ${local_printer_name} -v \
ipps://${server_hostname}:631/printers/${remote_printer_name} \
-D "${description}" -L "${location}" -E
Please note that lpadmin needs root privileges.
The only thing to do is to edit the variables appropriately and then do a printer test.
Recently I experienced encryption certificate problems using ipps:// but
everything worked fine using the plain ipp:// protocol. If you are
in a trusted network this shouldn’t be a problem.
You can now set the new printer as the default system one:
lpoptions -E -d ${local_printer_name}
Just like lpadmin, lpoptions also needs root privileges.
In case you need to remove the printer you have to run the following:
lpadmin -x ${local_printer_name}
See $ man 8 lpadmin and $ man 1 lpoptions for all possible parameters.
That’s it…
Note #
This post is an adaptation of the original one at linuxdifficile