A bookmark for myself…
“When I sat down and wrote Git, a prime principle was that you should be able to fork and go off on your own and do something on your own. If you have forks that are friendly — the type that prove me wrong and do something interesting that improves the kernel — in that situation, someone can come back and say they actually improved the kernel and there are no bad feelings. I’ll take your improved code and merge it back. That’s why you should encourage forks. You also want to make it easy to take back the good ones.”
Linus Torvalds, via →
After discovering this project, I brought a Raspberry Pi 3 Model B from french company Kubii and started configuring it. I’m struggling to make it work, but I fear that the problem is with the wi-fi setting of my Raspbian connection.
Anyway give an eye to the Pi-Hole project
The Pi-hole is an advertising-aware DNS server that prevents ads from being downloaded. Once installed, configure your router to have DHCP clients use the Pi as their DNS server and then any device that connects to your network will have ads blocked without any further configuration. Alternatively, you can manually set each device to use the Raspberry Pi as its DNS server.
Great news for use consumers. Let’s hope that this SmartDeviceLink technology takes gear, gathering more automotive Big Names and a good amount of indipendent developers to it !
Lately I had to reconfigure an Ubuntu 14.04 server.
Dealing with Tomcat 7 I’ve encountered those two situations:
Enable larger file uploads via Tomcat manager
I had a ~180 war file to deploy. Ubuntu’s Tomcat setting put a limit at 50MB. This has been solved using the tips in this post by skotfred. Unfortunately I haven’t found a more orthodox way of achieving this other than modify the /usr/share/tomcat7-admin/manager/WEB-INF/web.xml in the values max-file-size and max-request-size.
Enable Tomcat monitoring in Munin
Here I’ve followed the tips over this Serverfault discussions.
Adding a [tomcat_ *] was the key.