UNIGINE, a real-time 3D engine built to run on all major platforms, including Linux, has been updated again and its developers have implemented numerous features, including a comprehensive City Traffic System.
The UNIGINE Engine is built by Unigine Corp., the company behind the Heaven DX11 Benchmark software. The technology they develop is getting better all the time and the updates for the engine always bring numerous improvements...
Canonical published some very interesting details about a South Korean company called Bukwang Pharmaceuticals, which ditched most of its Windows OSes for Ubuntu and saved a lot of money. On top of the obvious savings, it also got a lot of good press, and other businesses found out that it can be done...
There are 2600 packages installed in the main file-system and the chroot for thin clients. It even installs LDAP and xrdp, much more than a minimal installation. I fear this is bloat for a lot of schools who just need a lab running… Without a fast local mirror, this installation takes many hours and I can see teachers taking up much of a weekend to do it.
I recommend doing a minimal installation of Debian GNU/Linux and adding the LTSP parts manually to avoid the bloat. That way you can get XFCE4, turn off encryption and use a local mirror or cache of packages. That will save downloading packages twice, once for the file-system and once again for the chroot and if you need to repeat the installation, the second try will be much faster.
Reliability – Ubuntu provides the reliability that Windows could not. The operating system speed has at least tripled in comparison with using Windows 7. We are not pulling our hair out waiting for a program to load, experiencing hang-ups or delays when switching screens or shutting-down. All actions are instantaneous.
Version 7.8 of the GNU Debugger is now available with a variety of enhancements.
GDB 7.8 notably brings Guile scripting support, improvements to Python scripting, a variety of new options, PowerPC64 litt-endian target configuration, BTrace enhancements, ISO C99 variable length automatic arrays support, and a variety of other new features.
Those wishing to learn more about GDB 7.8 and its new capabilities for developers can find the 7.8 release announcement at SourceWare.org.
That's what is being worked on by Linaro, an engineering group supported by a range of ARM-based chip designers, server OEMs and Linux operating system custodians, all of which share an interest in broadening the range of open-source software for the ARM platform.
By the time the first 64-bit ARM-based SoCs become generally available for use in production servers later this year, Linaro is confident that certain core enterprise software packages used for serving websites, data analytics and databases will be running acceptably on the 64-bit ARM-based architecture.
These enterprise software packages include the LAMP stack - an acronym for software widely used for websites, commonly referring to a Linux OS, Apache web server, MySQL database and PHP scripts - as well as the NoSQL database MongoDB and the distributed storage and processing framework Hadoop, together with other web-serving technologies such as memcached and HAProxy.
I've spent the last couple of months working an internship for The Linux Foundation, doing research on new developments and adoption trends in the open source industry. If you have spent any amount of time reading about open source over the last year, you have probably heard about Docker; a lot of people are talking about it these days and the impact it's going to have on virtualization and DevOps.
With new technologies like this, it can often be challenging to filter out the hype and understand the practical implications. Additionally, complex jargon often makes subjects like Linux containers confusing to the layman and limits discussion to those who are deeply knowledgeable on the subject. With this article, I will step back for a moment from the discussion of what Docker can do to focus on how it is changing the Linux landscape.