tlhIngan writes "Microsoft was the last platform manufacturer to require that all games go through publishers, a much hated policy. Indeed, their approval process was one of the harshest around. But now Microsoft will allow indie developers to self publish, and allow retail Xbox One units to serve as developer consoles. Previously, self-publishing developers were relegated to the 'Xbox Live Indie Arcade' section, as well as developer consoles often costing upwards of $10,000 with special requirements and NDAs. This puts Microsoft's Xbox One more in line with Apple's App Store, including Microsoft's new promise of a 14-day turnaround for approvals. Microsoft's retail debug console system is to work similarly to Apple's — that is, to run pre-release code, the individual consoles used have to be registered with Microsoft."

Ingy döt Net (yes, that's his name) likes to bridge gaps in the software world. People get religious about their favorite programming languages, he says, but in the end, no matter the language, the methodology or the underlying OS, all programming is about telling computers what to do -- from "add these numbers" to complex text manipulation. Ingy compares a new app or module in the world of Free and Open Source as a gift that the creator has given to others; if that gift can be simultaneously bestowed on users of Perl, Python, and Ruby at the same time, its worth is amplified. So he proposes (and provides a growing set of tools) to make programming language irrelevant, by the sly means of encouraging people to write software using whatever their favorite tools are, but with a leaning toward using only language features which are broadly available to *other* programming languages as well. He's adopted the term Acmeism to describe this approach; Acmeists who follow his lead strive to create software that is broadly re-useable and adaptable, rather than tied only to a single platform.

An anonymous reader writes "How can we ensure, together, that this will not be the last GUADEC? Last year, during GUADEC, there was that running joke amongst some participants that this was the last GUADEC. It was, of course, a joke. Everybody was expecting to see each other in Brno, in 2013. One year later, most of those who were joking are not coming to GUADEC. For them, the joke became a reality. People are increasingly leaving the desktop computer to use phones, tablets and services in the cloud. The switch is deeper and quicker than anything we imagined. Projects are also leaving GTK+ for QT. Unity abandoned GTK+, Linus Torvald's Subsurface is switching from GTK+ to Qt. If you spot a GNOME desktop in a conference, chances are that you are dealing with a Red Hat employee. That's it. According to Google Trends, interest in GNOME and GTK+ is soon to be extinct."

Travis Goodspeed has authored a blog post detailing his method of tracking low-earth-orbit satellites. Starting with an old Felcom 82B dish made for use on maritime vessels, he added motors to move it around and a webcam-based homemade calibration system. "For handling the radio input and controlling the motors, I have a BeagleBone wired into a USB hub. These are all mounted on the trunk of the assembly inside of the radome, sending data back to a server indoors. ... In order to operate the dish, I wanted both a flashy GUI and concise scripting, but scripting was the higher priority. Toward that end, I constructed the software as a series of daemons that communicate through a PostgreSQL database on a server inside the house. For example, I can run SELECT * FROM sats WHERE el>0 to select the names and positions of all currently tracked satellites that are above the horizon. To begin tracking the International Space Station if it is in view, I run UPDATE target SET name='ISS';. For predicting satellite locations, I wrote a quick daemon using PyEphem that fetches satellite catalog data from CelesTrak. These positions are held in a database, with duplicates filtered out and positions constantly updated. PyEphem is sophisticated enough to predict in any number of formats, so it's easy to track many of the brighter stars as well as planets and deep-space probes, such as Voyagers 1 and 2."