Ever since my teenage years, I felt as if there were a filmy curtain separating me from other people my age. I understood the words of their conversations, but I could not grasp why they said what they did. Much later I realized that I didn’t understand the subtle cues that other people were responding to.
Later in life, I discovered that some people had negative reactions to my behavior, which I did not even know about. Tending to be direct and honest with my thoughts, I sometimes made others uncomfortable or even offended them – especially women. This was not a choice: I didn’t understand the problem enough to know which choices there were.
Sometimes I lost my temper because I didn’t have the social skills to avoid it. Some people could cope with this; others were hurt. I apologize to each of them. Please direct your criticism at me, not at the Free Software Foundation.
For those short on time or not wanting to manually install Arch Linux on your systems and wanting to use Arch Linux directly rather than one of the more desktop-friendly options like Manjaro and EndeavourOS, this month’s Arch Linux install media is shipping archinstall.
Today marks ten years since the release of the very first version of elementary OS. Our 0.1 release, codenamed “Jupiter”, came with the bold tagline, “It’s gonna be huge”. A decade later, elementary OS is made up of over 130 open source git repositories, has its own FreeDesktop.org-recognized desktop environment, comes with more than a dozen first party apps and a unique app store with nearly 200 native third-party apps, has been translated to more than 20 languages, and most recently comes pre-installed on several desktops and laptops.
The block layer of QEMU, the open-source machine emulator and virtualizer, forms the backbone of many storage virtualization features: the QEMU Copy-On-Write (QCOW2) disk-image file format, disk image chains, point-in-time snapshots, backups, and more. At the recently concluded 2020 KVM Forum virtual event, Eric Blake gave a talk on the current work in QEMU and libvirt to make differential backups more powerful. As the name implies, “differential backups” address the efficiency problems of full disk backups: space usage and speed of backup creation.
This is peak ASMR.
In the last days, I read the Qt Interest mailing list and was amazed about the very verbose discussion there about what is all bad with Qt in general and Qt 6. As for any mailing list discussion, that is not representative, but if you just read that, the world looks bleak.
A short (personal) digest could read like: Qt 5 => 6 is horrible, the Qt project (and company) doesn’t care for their (open source and other) users and the future is doomed for Qt.
These are some examples of using the perf Linux profiler, which has also been called Performance Counters for Linux (PCL), Linux perf events (LPE), or perf_events. Like Vince Weaver, I’ll call it perf_events so that you can search on that term later. Searching for just “perf” finds sites on the police, petroleum, weed control, and a T-shirt. This is not an official perf page, for either perf_events or the T-shirt.
When a new major version of some piece of software is released, there is often an immediate focus put on visual changes. If there aren’t a ton of new and shinies, social media will inevitably be filled with words like “stale,” “old,” and “outdated.” This has become especially true for elementary OS, whose visual design hasn’t really changed all that much over the years. At elementary, we tend to avoid making changes for the sake of change. We’re very skeptical about design trends, and do our best to create things that feel a bit more “evergreen.” After all, “Good design is long lasting” and this allows us to focus more on refining than constantly reinventing. We also have a third-party developer community to think about, and making sweeping visual changes means that the nearly 200 apps in AppCenter will have to be updated and tested to make sure they still look as intended. So, when we decided to work on the look and feel for elementary OS 6, we wanted to approach things with a lot of intentionality, avoiding trends and focusing on setting the stage for the next several years.
Lockless algorithms are of interest for the Linux kernel when traditional locking primitives either cannot be used or are not performant enough. For this reason they come up every now and then on LWN; one of the last mentions, which prompted me to write this article series, was last July. Topics that arise even more frequently are read-copy-update (RCU — these articles from 2007 are still highly relevant), reference counting, and ways of wrapping lockless primitives into higher-level, more easily understood APIs. These articles will delve into the concepts behind lockless algorithms and how they are used in the kernel.
In this article, we’ll take a closer look at the ST Microelectronics STM32MP1 microprocessor series, which contains 2 650-800MHz Cortex-A7 cores and a single Cortex-M4 clocked at 209MHz. They both have access to all the SoC peripherals, except for the memory: while the main processor uses external DDR RAM, the coprocessor can only use a dedicated 448kb SRAM. To allow communication between the 2 processors, this SoC also includes a mailbox and hardware semaphore which can be used by all cores to ensure exclusive access to peripherals and exchange information.
Heya everyone !
I’m looking to rename files that have problematic symboles in them. I’m using Freefilesync to copy over files and folders and some don’t work well due to file and folder names.
Any tips on how to recursively find and rename files to remove problematic ‘.‘ and whatnots ?