On top of some separate patches to make the mainline 64-bit ARM Linux kernel closer to building under Clang, a separate pull request was sent in for the Linux 3.18 kernel that works to make other areas of the kernel's massive code-base more compatible with the LLVM/Clang compiler.
The LLVMLinux project remains dedicated to making the Linux kernel compatible with LLVM's Clang as an alternative to using GCC. Using this alternative compiler can yield faster build times, lower memory usage, static analysis capabilities, and for making the kernel's code more portable across compilers. Read more in my recent Building The Linux Kernel With LLVM's Clang Yields Comparable Performance article.
The ability to bookmark drives or other locations in the file manager should be something standard. Surprisingly, it's not a feature that's present everywhere and it lacks flexibility. Let's take the example of Ubuntu, which is used as the base of Linux Mint. Users can make bookmarks, even if it's a Samba directory, but they can't move them. This can be annoying, if you really want the power to change everything you want.
Linux Mint is based on Ubuntu, but it doesn't use the same file manager. In Ubuntu it's Nautilus (Files) from the GNOME project, but on Linux Mint it's Nemo. The two are very different and they provide various options for their users.
At the time of writing each operating system in my trial has been up and running for a few days. About once a week I will update each system and take note of what does or does not work. At the moment I plan to focus on whether each system is still able to boot after an update, whether I will be able to login to a graphical desktop and browse the web using Firefox and edit documents using LibreOffice. I am open to suggestions as to other tests readers may want me to perform. During this trial I will be posting observations on events as they happen on my Twitter feed as regular updates seem appropriate for a trial involving rolling-release distributions. I will also post updates on the experience here on weeks when something of significance happens.
I own three Raspberry Pi's (two B's and one B+) and many people I know also own one or more Pis. All those Pi add up and now the Raspberry Pi Foundation says that it has sold 3.8 million units.
That's a whole lot of Pi.
The Raspberry Pi was never supposed to be a massive volume seller. It was supposed to be a teaching and educational tool to help get kids (and adults) interested in development and maker culture.
There is no shortage of Linux distributions to serve specific markets and use cases. In the security market, a number of Linux distributions are widely used, including Kali Linux, which is popular with security penetration testers. There's also CAINE Linux, which is focused on another area of security. CAINE, an acronym for Computer Aided INvestigative Environment, is a Linux distribution for forensic investigators. Instead of penetration testing tools, CAINE is loaded with applications and tools to help investigators find the clues and data points that are required for computer security forensics. Among the tools included in CAINE are memory, database and network analysis applications. CAINE is built on top of the Ubuntu Linux 14.04 distribution that was released in April. Rather than use the Ubuntu Unity desktop environment, CAINE uses the MATE desktop. The CAINE 6.0 "Dark Matter" operating system was first released on Oct. 7 and includes new and updated applications to help forensics investigators. CAINE can be run as a live image from a CD or USB memory stick and can also be installed onto a user's hard drive. In this slide show, eWEEK examines some of the key features of CAINE 6.
Vision Components has launched two Linux-based, smart machine vision cameras and a COM built around a Xilinx Zynq SoC, each supporting up to 4.2MP video.
Over the last decade, smart cameras for machine vision have been transitioning from DSPs to systems that combine DSPs or FPGAs with ARM or x86 processors running Linux. The latest to join the Linux camp is Ettlingen, Germany based machine vision manufacturer Vision Components, which with its latest “VC Z” cameras has switched from a DSP-based system to a tuxified ARM/FPGA combo. Thanks to the Xilinx Zynq, the company was able to accomplish this with a single system-on-chip. The VC Z is available in a VCSBC nano Z computer-on-module, which also appears to act as the foundation for the new VC nano Z and VC pro Z cameras.
Similarly, "there is no answer better than, 'any distro that works for you, has more than two users and has good information and forums online,'" suggested Google+ blogger Gonzalo Velasco C.
For fans of free and open source software, "the present year has been one of philosophical questioning about the future of GNU/Linux, freedom of choice and 'market' share," he pointed out. "So, the answers will reflect this."