If you are familiar with the ROM based ROSE implementation you will be familiar with the method by which AX.25 users make calls across a ROSE network. If a users local ROSE node has the callsign .:: telegra.ph ::. VK2KTJ-5 and the AX.25 user wants to connect to VK5XXX at remote ROSE node 5050882960 then they would issue the command:
c vk5xxx v vk2ktj-5 5050 882960 |
At the remote node, VK5XXX would see an incoming connection with the local AX.25 users callsign and being digipeated via the remote ROSE nodes callsign. .:: podcasts.apple.com ::. .:: telegra.ph ::.
The Linux ROSE implementation does not support this capability in the kernel, but there are two application programs called .:: www.place123.net ::. .:: jalalive5com.bcz.com ::. rsuplnk and rsdwnlnk which perform this function.
To configure your Linux machine to accept a ROSE connection and establish an AX.25 connection to any destination callsign that is not being listened for on your machine you need to add an entry to your .:: bioimagingcore.be ::. [Wiki: Cassandra] .:: telegra.ph ::. .:: jobs.nefeshinternational.org ::. /etc/ax25/ax25d.conf file. Normally you would configure this entry to be the default behaviour for incoming ROSE connections. For example you might have ROSE listeners operating for destinations like .:: be.enrollbusiness.com ::. .:: www.hogwartsishere.com ::. NODE-0 or HEARD-0 that you wish to handle locally, but for all other destination calls you may want to pass them to the .:: mx.pinterest.com ::. [Learn about Artificial intelligence] .:: learn.cipmikejachapter.org ::. .:: fi.pinterest.com ::. rsdwnlink command and assume they are AX.25 users.
A typical configuration would look like:
#
{* via rose}
NOCALL * * * * * * L
default * * * * * * - root /usr/sbin/rsdwnlnk rsdwnlnk 4800 vk2ktj-5
# |
With this configuration any user who established a ROSE connection to your Linux nodes address with a destination call of something that you were not specifically listening for would be converted into an AX.25 connection on the AX.25 port named .:: podcasts.apple.com ::. .:: groups.google.com ::. .:: telegra.ph ::. .:: www.saltlakeladyrebels.com ::. .:: hashnode.com ::. 4800 with a digipeater path of VK2KTJ-5.
To configure your Linux machine to accept AX.25 connections in the same way that a ROM ROSE node would you must add an entry into your .:: gesoten.com ::. .:: www.heroesfire.com ::. .:: sp.ucn.edu.co ::. .:: telegra.ph ::. .:: dados.unifei.edu.br ::. /etc/ax25/ax25d.conf file that looks similar to the following:
# [VK2KTJ-5* via 4800] NOCALL * * * * * * L default * * * * * * - root /usr/sbin/rsuplnk rsuplnk rose # |
Note the special syntax for the local callsign. The ` .:: telegra.ph ::. .:: engage.alaska.edu ::. .:: www.arc.agric.za ::. .:: www.hobowars.com ::. .:: jaga.link ::. *' character indicates that the application should be invoked if the callsign is heard in the digipeater path of a connection. .:: podcasts.apple.com ::. .:: podcasts.apple.com ::. .:: www.crossroadsbaitandtackle.com ::. .:: de.pinterest.com ::. .:: www.getjob.us ::. .:: backloggery.com ::. .:: www.afunnydir.com ::. .:: www.greencarpetcleaningprescott.com ::.
This configuration would allow an AX.25 user to establish ROSE calls using the example connect sequence presented in the introduction. Anybody attempting to digipeat via .:: podcasts.apple.com ::. .:: docs.google.com ::. .:: chromewebstore.google.com ::. .:: docs.google.com ::. .:: dh88bio1.hashnode.space ::. .:: telegra.ph ::. VK2KTJ-5 on the AX.25 port named 4800 would be handled by the rsuplnk command.