Due to C portability, OpenOffice.org's usual middleware, Universal Network Objects (UNO), could not be designed object oriented. With NOA-libre you can still access UNO, but also the NOA-libre object oriented layer atop UNO. Being based on UNO, NOA-libre is network aware, meaning that you can use it to have your local office installation execute some commands, or an OpenOffice.org installation anywhere on the world, provided you have a appropriate network connection and privileges. With NOA-libre, you can: embed OpenOffice.org windows in your Java applications or applets; remote control OpenOffice.org windows on your desktop, over the network, or "headless", i.e. only functional without visible output; and/or extend OpenOffice.org by writing Java plugins. NOA-libre is compatible with OpenOffice.org and LibreOffice, easier to deploy than the usual UNO-only Java applications, and allows you to interact with various OpenOffice.org components (but is by far most commonly used with Writer and Calc).
The SimpleV4L2 is a Linux V4L2 grabber program that shows, in XRender accelerated X windows on the screen, a memory RGB buffer captured with the Video For Linux 2 API provided by the libv4l library. It has support for SSSE3 instructions for converting RGB to RGBA zones of memory.
nxgipd is a monitoring daemon for UTC / GE Interlogix / Caddx alarm systems that use the Networx NX-584 protocol. Supported alarm systems and panels include the NX-8, NX-8V2, and NX-8E. The daemon process requires minimal memory and CPU resources. It continuously monitors the alarm panel and logs any activity into local log file and/or to syslog. The nxstat program can be used to query panel status in real-time. It typically requires a NX-584E (home automation) module or for the built-in serial port to be enabled (NX-8E panel).
Upsilon is a distributed, flexible, and extensible system monitoring application. Being distributed means you run service checks on Upsilon nodes in your network where it makes sense, either on every server or on a management network, inside or outside the firewall. You can run checks on secure, hard to reach networks, and push those results to a central server. You can optionally execute "agentless" checks just by using SSH. Being flexible means that if you can script it, you can monitor it. Unlike most monitoring systems, the monitoring scripts are external to the main server, so you can use Upsilon to execute your monitoring scripts in an extremely robust way. Upsilon has been used to monitor many different things and is API-compatible with all nagios monitoring scripts. Being extensible means you can add monitoring checks to Upsilon at runtime without needing to restart the server. The upsilon-node and upsilon-web projects both have their own REST APIs.