Microsoft would make you think it’s the only alternative, however that ignores the shining beacon of Linux just beyond the horizon. Once thought to be the malformed operating system of only the most hardcore tech nerds, speaking in riddles and snake languages such as ‘Python’, the Linux landscape has changed to be more welcoming to everyone.
At LinuxCon this year, the creator of Linux, Linus Torvalds, was asked what he wanted for Linux. His response? "The desktop." For years, the call to Linux action was "World Domination." In certain markets, this has happened (think Linux helping to power Android and Chrome OS). On the desktop, however, Linux still has a long, long way to go.
Wait... that came out wrong. I don't mean "Linux has a long, long way to go before it's ready for the desktop." What I meant to say is something more akin to "Linux is, in fact, desktop ready... it just hasn't found an inroad to the average consumer desktop."
The main goal of the OPW internship program is to create a long-term relationship between the mentee, the mentor, and their open source community, in order encourage minorities to continue to contribute to open source. How are we progressing towards the goal of creating more women kernel developers? Are the women who complete OPW kernel internships continuing to work on open source projects after their internship ends? Do they find jobs where they can be paid to work on open source?
In order to measure this, I created a longitudinal study to measure open source contributions of OPW alumni. I’ll send out the survey every 6 to 12 months, and compare the results of the program over time. The most recent survey results from our eleven Linux Kernel OPW alumni shows the program is successful at encouraging women to continue to participate in open source.
Pantelis Antoniou originated device tree overlay support for the purpose of enabling dynamic hardware configuration under Linux on devices like BeagleBone that use device tree for hardware configuration. Device tree was introduced to Linux for the purpose of putting the description of hardware into data structures, rather than building it up programmatically, greatly reducing the amount of code required to be maintained within the Linux kernel sources. Until now, the device tree data structure was only processed at boot time and that simply can't work for devices that might change hardware configurations after boot. While many BeagleBone capes can be probed by the bootloader, a common use-case is hardware that is reconfigurable. The most obvious example is a cape with an FPGA on it.
The user friendly distros have done a great job of accommodating this new set of Linux users. It’s now entirely possible for a new Linux user running something like Ubuntu or one of its derivatives to never once open a terminal and still have a pretty decent experience. Some of these new users, who might have initially come to Linux only to breath new life into an old computer until they can afford a new Windows box, might be curious enough to delve under the hood enough to discover that what they’re using isn’t merely a free OS that works on obsolete hardware, but a powerful and highly configurable operating system that puts Windows to shame on almost every level.
The Linux Foundation, a non-profit consortium that promotes Linux and open source software, announced Vault on Thursday. The purpose of the conference, according to the group, is to help guide the direction of open source storage development as organizations increasingly move data to the cloud, creating new types of security and privacy challenges.
Less than a year after their announcement that they planned to invest a billion dollars in the Linux platform, IBM continues to ramp up their Linux play by rolling out Linux on Power System servers across 54 of the IBM Innovation and Client Centers worldwide. This comes almost two years after IBM announced that they had ported Linux to the Power Server platform.
The new services, announced last week at LinuxCon North America, are designed to get customers up and running on the Power Server environment while keeping their options open in terms of Linux flavor and applications. Support and training is now available to developers to build applications that can make use of the virtualization and parallel processing features of the Power Systems servers using Canonical Ubuntu Linux, Red Hat Enterprise Linux, and SUSE Enterprise Server.