--- wikisrc/tutorials/altqd_traffic_shaping_example.mdwn 2019/04/09 09:56:37 1.4 +++ wikisrc/tutorials/altqd_traffic_shaping_example.mdwn 2019/04/10 16:21:53 1.5 @@ -18,14 +18,14 @@ You'll need to make sure your kernel sup # Enabling ALTQd -You'll need to create an empty `/etc/altqd.conf` file for starters, then edit your `/etc/rc.conf` and add a line at the bottom that says `altqd=yes`. Reboot or run `/etc/rc.d/altqd start` +You'll need to create an empty `/etc/altq.conf` file for starters, then edit your `/etc/rc.conf` and add a line at the bottom that says `altqd=yes`. Reboot or run `/etc/rc.d/altqd start` # Now configure it -You now want to setup your `altqd` classes and filters. The class tells `altqd` what kind of traffic shaping you want to do. There are about five different types and they all have their uses for various situations. In my case I knew that SIP traffic was all UDP, and since people are mostly too stupid these days to use FTP or other non-web services that also use UDP (after all "the web == internet" right?), I didn't bother with any kind of complex filters. I would notice that SIP audio quality would fall anytime people were really cranking on web pages and downloading stuff. So here is what I used in my `/etc/altqd.conf` +You now want to setup your `altqd` classes and filters. The class tells `altqd` what kind of traffic shaping you want to do. There are about five different types and they all have their uses for various situations. In my case I knew that SIP traffic was all UDP, I didn't bother with any kind of complex filters. I would notice that SIP audio quality would fall anytime people were really cranking on web pages and downloading stuff. So here is what I used in my `/etc/altq.conf`