This week on BSDNow. Allan and I are back from MeetBSD! A good time was had by all, lots to discuss, so let’s jump right into it on your place to B...SD!

We are going to prepare a FreeBSD image for Openstack deployment. We do this by creating a FreeBSD 11.0-RELEASE instance, installing it and converting it using bsd-cloudinit. We'll use the CloudVPS public Openstack cloud for this. Create an account there and install the Openstack command line tools, like nova, cinder and glance.

A FreeBSD image with Cloud Init will automatically resize the disk to the size of the flavor and it will add your SSH key right at boot. You can use Cloud Config to execute a script at first boot, for example, to bootstrap your system into Puppet or Ansible. If you use Ansible to manage OpenStack instances you can integrate it without manually logging in or doing anything manually.

Since FreeBSD 10.2-RELEASE there is an rc script which, when the file /firstboot exists, expands the root filesystem to the full disk. While bsd-cloudinit does this as well, if you don't need the whole cloudinit stack, (when you use a static ssh key for example), you can touch that file to make sure the disk is expanded at the first boot

The progress in the area of network protocols is distinctively lagging behind. While every hobbyist new to the art of programming writes and publishes their small JavaScript libraries, there's no such thing going on with network protocols. Indeed, it looks like the field of network protocols is dominated by big companies and academia, just like programming as a whole used to be before the advent of personal computers.

the API proposed in this document doesn't try to virtualize all possible aspects of all possible protocols and provide a single set of functions to deal with all of them. Instead, it acknowledges how varied the protocol landscape is and how much the requirements for individual protocols differ. Therefore, it lets each protocol define its own API and asks only for bare minimum of standardised behaviour needed to implement protocol composability.

As a consequence, the new API is much more lightweight and flexible than BSD socket API and allows to decompose today's monolithic protocol monsters into small single-purpose microprotocols that can be easily combined together to achieve desired functionality.

I have made an updated version of re(4), which leverages Realtek driver's chip/PHY reset/initialization code. I hope it can resolve all kinds of weirdness we encountered on this chip so far.

I started off b2k16 by channeling tedu@, and removing a lot of ports, including lang/ruby/2.0, lang/io, convertors/ruby-json, databases/dbic++, databases/ruby-swift, databases/ruby-jdbc-*, x11/ruby-profiligacy, and mail/ruby-mailfactory.

Found finally some time again to review properly the pending port for Tor Browser, even if i don't like the way it is developed (600+ patches against upstream firefox-esr !? even if relationship is improving..) nor will endorse its use, i feel that the time that was spent on porting it and updating it and maintaining it shouldn't be lost, and it should get commited - there are only some portswise minor tweaks to fix. Had a bit of discussions about that with other porters...

First task of this hackathon was for Jasper and I to upgrade to GNOME 3.22.1 (version 3.22.2 hit the ports tree since). As usual I already updated the core libraries a few days before so that we could start with a nice set of fully updated packages. It ended up being the fastest GNOME update ever, it all went very smoothly. We're still debating the future of GNOME on OpenBSD though. More and more features require systemd interfaces and without a replacement it may not make sense to keep it around. Implementing these interfaces requires time which Jasper and I don't really have these days... Anyway, we'll see.