We can use CIDR notation for the subnet mask, which is rather nice. Here we define which hosts we want to access. The default configuration shows you what to do, but here are the sections from mine: The file is split into Global, Homes and Shares. The configuration file is beautifully simple, and now resides in the following location: Netacad 3 is very different in many ways, with all the new AFP features and a simplified configuration file.īy default on FreeBSD 10, we install it thusly: Frustratingly, nearly all the online examples and documentation I searched for discusses Netatalk 2. Netatalk is a free and open source implementation of Apple's AFP. The solution therefore was falling back to AFP. I could dive into FUSE, but would rather not. The latest release seemingly resolves many of these problems, but unfortunately we're back to Lion compatibility issues. Plenty of people I know use this in home environments, but I've always been wary of its security issues related to user IDs. Unfortunately, my venerable Mac Pro only runs Lion, and its spotty SMB support is the stuff of legend. We don't have Windows production machines outside of VMs here, but it would be nice to have the ability to talk to potential ones in the future. Samba arguably would make sense given Apple even uses it to carry AFP on Mavericks.
#FREENAS NETATALK MAC OS X#
For my household, we predominately run a mixture of Mac OS X Lion and Mavericks. What sharing protocol mix you choose to employ will obviously depend on the clients you're intending to access it with. FreeBSD includes the new pkg manager by default and its ZFS support is rock solid it's a great time to be a FreeBSD fan. With the release of FreeBSD 10 however, I decided it might be fun to build a NAS from scratch. FreeNAS has run flawlessly on any vanilla hardware I've thrown at it over the years.
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