netatalk zeroconf support when building source

#Netatalk zeroconf support when building source install
#Netatalk zeroconf support when building source iso
#Netatalk zeroconf support when building source mac
#Netatalk zeroconf support when building source windows

The naming is very specific and in the format machine_name_MAC_ADDRESS.sparsebundle. Use MacOS X Disk Utility to create a new disk image as a 'sparsebundle disk image'. Or, in my case, maybe not! But we can easily fix that. TimeMachine will actually create a disk image on the remote system and utilize that image for its backup volume.

#Netatalk zeroconf support when building source mac

Mount any of the remote volumes from the Mac and use the TimeMachine preferences to select the remote system for backups.

Drop to a command line and run the following (on your Mac, not Ubuntu!):ĭefaults write TMShowUnsupportedNetworkVolumes 1 Now we need to configure the Mac to be able to use papaya as a TimeCapsule without paying for Apple's hardware. Woohoo, now I have the server publishing its shares to the network which are seen by my Macs, as seen below. Open port 548 to listen for inbound connections: Note that this sets up Avahi on port 548 and tells Avahi to publish the device as an XServe, which will make papaya appear as an XServe icon on any Macs connected to the network. Create a file with the name /etc/avahi/services/rvice containing the following XML: Next, configure Avahi to publish the service. Hosts: files mdns4_minimal dns mdns4 mdns So I set up Avahi, a daemon for Apple's Bonjour zero-configuration service:Įdit /etc/nf to add the mdns service to the end of the line beginning with hosts. Unfortunately, this share is not publicized to the local network, which I wanted for ease of use. I actually created a handful of shares, each of them with different functions (TimeMachine, generic file share, etc.). The remaining options have to do with dealing with invisible files/folders which are used by MacOS X. List the specific users who should be able to login to the share with their credentials.

This mounts a shared volume named TimeMachine located at /media/TimeMachine (your mount point may vary, this is an external 1TB USB drive at the moment). media/TimeMachine TimeMachine allow:username1,username2 cnidscheme:cdb options:usedots,upriv Now, configure your shared volumes in /etc/netatalk/fault by adding the following lines to the end of the file (make sure its one line!): transall -uamlist uams_randnum.so,uams_dhx.so -nosavepassword -advertise_ssh

Next, edit /etc/netatalk/nf by adding the following line to the end of the file: First, /etc/default/netatalk was modified with the following configuration: Next I configured netatalk by editing a few files. Note the last line, it places a hold on any updates to netatalk when running updates on the Ubuntu server, this is necessary to prevent updates from breaking the installed version. Sudo DEB_BUILD_OPTIONS=ssl dpkg-buildpackage -us -ucĮcho 'netatalk hold' | sudo dpkg -set-selections

#Netatalk zeroconf support when building source install

Sudo aptitude install devscripts cracklib2-dev dpkg-dev libssl-dev (See the referenced links for more details on all of these steps, I just distilled this down to the most important info.)įirst, install netatalk with encryption support (required by MacOS X): I started with directions from here and here, but I found they didn't work exactly as presented, and I needed some tuning to make it work. Next I installed netatalk to support AppleTalk, allowing me to connect my MacOS X systems to papaya's shared disks. whitelisting of approved inbound connections):Īnd then I added a rule to allow inbound ssh from the local network: First, set the firewall into the 'default deny' mode (a.k.a. Next, I configured ufw (Uncomplicated Firewall) to start locking down services. Eventually the box will be headless, but for now its connected to my home office KVM. The initial install included an ssh daemon for remote access so I could work away from the console.

#Netatalk zeroconf support when building source iso

After burning a CD from an ISO of Ubuntu 8.10 Server (Intrepid Ibex), I installed the server and got it up and running on my home network with a static IP address. Here's what I did:įirst, I replaced the hard drve with an unused 160GB SATA drive I had sitting around. So the obvious solution was to repurpose Steph's old Dell box into a server to support our needs. Home-based VPN to allow me access to the home network when on the road.Shared printing (again, I'm cheap, I don't want to buy a new printer and my existing printers don't support networked printing).Automated back up system (TimeMachine would be ideal, but I didn't want to purchase a TimeCapsule for the network based backups.

Home file server for sharing documents, photos, etc.

#Netatalk zeroconf support when building source windows

Windows XP machine and take my old MacBook. When I bought a new MacBook for myself, I convinced Steph to ditch her P.O.S. I've been working on this project for a few weeks now and its finally coming to completion, so I thought I'd document it here so others can save some of the time and hassles I have had in getting to this point.