![]() mimic model = RackMac sets the icon displayed in Finder, for available options see file on a Mac: /System/Library/CoreServices/CoreTypes.bundle/Contents/Info.configure -with-ssl-dir=/opt/local -with-libevent-header=/opt/local -with-libevent-lib=/opt/local -with-libgcrypt -with-bdb=/opt/local -with-init-style=solaris -with-init-dir=/var/svc/manifest/network/ -without-pam -prefix=/opt/localsīuilding netatalk requires a symbolic link for 64-bit libraries: # ln -s /opt/local/lib /opt/local/lib/64įinally, let’s build netatalk (this will likely take a little while): # make & make installĮdit the configuration file /opt/local/etc/afp.conf: # vim /opt/local/etc/afp.confĪnd add the following, changing to match your specific configuration: Run: # cd ~Ĭonfigure the netatalk source before building: #. You can find the latest version at SourceForge. Next, we’ll download and extract the latest version of netatalk. Install the compiler, build tools and cryptographic dependencies: # pkgin in gcc47 gmake libevent libgcrypt openssl Update the pkgsrc package manager: # pkgin up Next we’ll login to the newly created container (remember the UUID from earlier): # zlogin Make note of the container UUID, we’ll need it next. It’ll also pass a ZFS dataset from the host system to the container ( /tank/data), this is useful to give netatalk access to files stored on the host.Ĭreate the container: # vmadm create. The following command line will create a new SmartOS container with 2048 MB RAM, 32 GB disk and a statically configured NIC (change the NIC settings to match your network setup). Next we’ll create the container itself based on the imported SmartOS image. Create a SmartOS Zoneįind the latest base-64 image, in this case f3a6e1a2-9d71-11e9-9bd2-e7e5b4a5c141: # imgadm avail | grep base-64 This article assumes you have a working SmartOS host and that you are logged in as root. SmartOS supports AMD Ryzen and AMD Epyc CPUs since a while back, in addition to the long supported Intel CPUs, such as the Intel Xeon. Netatalk can be used to build your own NAS from commodity hardware, instead of buying one. It has since been replaced as the default protocol on Macs by SMB/CIFS. Historically (until release 3.0) Netatalk implemented the AppleTalk. Netatalk is an open source implementation of the Apple Filing Protocol, which used to be the default file sharing protocol on Macs. It allows Unix-like operating system to serve as file server for Macintosh computers. Give the symptoms, is there any key step that cause this (besides not checkĪre there some tracks as a resolution? to either:This tutorial will show you how to install netatalk on SmartOS. ![]() How come the volume (HFS+, created and used on macOS) is mountable on RPi after the tutorial and became unmountable on macOS afterwards? Currently, the drive refuses to mount on macOS, so I can't use macOS to enable the The drive is able to be mounted read-only with some barred access on RPi, the data is likely to be safe. Hosts: files mdns4_minimal dns mdns4 mdns dev/sda2 /media/tm hfsplus force,rw,user,auto 0 0 PARTUUID=7e67b292-02 / ext4 defaults,noatime 0 1 PARTUUID=7e67b292-01 /boot vfat defaults 0 2 some of the directory can't be read, neitherĬp: cannot open 'filename' for reading: Permission denied I re-read the tutorial and realised that I didn't do the first step, because the drive is already HFS+. Or, any better suggestions to overcome these obstacles. Mount the drive on macOS, which allow me to fix the permission and backup the dataįix the permission on RPi, so the backup and be done via RPi fsck.hfsplus does not seems to fix the problem RPi fsck does not seems to fix the problem MacOS cli diskRepair is unable to mount and stopped MacOS cli diskVerify is unable to mount and stopped unable to mount the external drive on macOS ![]() Some of the directory can't be read, neither
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