keliner.blogg.se - Headless crashplan

Headless crashplan how to#
Headless crashplan install#
Headless crashplan manual#
Headless crashplan archive#
Headless crashplan software#

"Failed to execute command "/usr/local/crashplan/electron/crashplan (no such file or directory)".

Headless crashplan install#

When the install ended, the crashplan app updated itsel.

Headless crashplan manual#

Then I used windows remote desktop to connect to the device. However, keeping this plugin running was a chore, with forced automatic CrashPlan updates frequently breaking it and requiring manual intervention to fix, and headless operation requiring an unsupported, tedious procedure to achieve, with lots of opportunities for getting it wrong. Now we need to get this thing setup properly."

Headless crashplan software#

The installer has its own (text-based) installation script that will fetch a copy of the latest software and pre-requisites, like a compatible Java Runtime Environment. There also isn’t an account configured, or any other settings in place. Installing CrashPlan on a headless Linux Server Installing CrashPlan on a headless Linux Server 16th Jan 2012 on Technology Installing CrashPlan is really easy. At this point, the CrashPlan engine is running on your NAS, but there are no backup selections. You can generally accept the defaults on ALL of them. This will run an install script that will ask you a bunch of questions, such as install locations. You may want to head to their website to find what the latest version is and adjust accordingly: Note the location provided below will get you the latest version for Linux as of. Second, Download Crashplan onto your NAS from inside your SSH session, by typing these commands into your session. If you are on Windows, I recommend using putty. " First, connect to your NAS / Remote / Headless machine. You should take a look at Brad Peterson’s comment below when you inevitably run into periodic crashes from insufficient memory.I've followed this guide. In case you don't need SSH secured connections for example within a LAN or VPN environment - you can skip step 3 and 4, and configure the remote CrashPlan engine to listen on an IP address bound to a network interface instead of localhost (127.0.0.1) and configure the local CrashPlan GUI to connect to that remote IP address. If everything worked, “/usr/local/crashplan/bin/CrashPlanEngine status” should show running, and you should be able to connect via crashplan’s headless client guide. Edit /etc/rc.local with your favorite editor, and add /usr/local/crashplan/bin/CrashPlanEngine start on the line above exit 0.

This fixes the cryptic “backup disabled - not available” error. Thanks to Torbjörn – this gem too me forever to find.

edit /usr/local/crashplan/bin/CrashPlanEngine and find the line that begins with FULL_CP=Īdd /usr/share/java/jna.jar: to the begining of the string.

How do I install and launch the crashplan.

Headless crashplan how to#

Download the patched libjtux and md5 library. Ive seen talk on here about how to get Crashplan running in headless mode, but nothing for the GUI/Desktop mode.

exit (leave root and go back to your user).

If you get an error “The current version of Java (1.8) is incompatible with CrashPlan”, edit install.sh and change OKJAVA="1.5 1.6 1.7" to OKJAVA="1.5 1.6 1.7 1.8" I’ll assume that you installed to the default /usr/local/crashplan/.

Run the crashplan installer (Crashplan-install/install.sh).

For me, this was export PATH=$PATH:/opt/jdk1.8.0/bin

change to superuser su (note: if you haven’t set a root password yet, do so with sudo passwd.

People seem to like /opt, so I moved mine there

Headless crashplan archive#

Extract the archive (tar -xf ) (Note: Oracle’s being dumb – they wanted.

Get Java (Note to future: If Oracle has released a newer version, you should use that instead).

You want the hard-float OS unless you like an older version of java for some reason (and in that case, see Rogers for the correct libjtux.so) So, step by step, with generous acknowledgments to Jon Rogers: To save time, we’ll jump forward to the Java 8 preview which has hardware floating point support (also hard-float or hard abi). However, it uses openjdk, which, if you won’t trust my experience, these benchmarks show is PAINFULLY slow. This guy is really close – and it’s easily the only complete guide to crashplan on raspberry pi that actually works (until now). If you’re frustrated by the “backup disabled - not available” error, you’ve come to the right place. But even despite people’s efforts to aggregate all the little information, I just lost a weekend to this project. There are lots of posts about java, and quite a few on Crashplan on embedded systems.