I have a long overdue blog entry about what happened in recent times. People that follow my tweets did catch some things. Most noteworthy there was the Trans*Inter*Congress in Munich at the start of May. It was an absolute blast. I met so many nice and great people, talked and experienced so many great things there that I'm still having a great motivational push from it every time I think back. It was also the time when I realized that I in fact do have body dysphoria even though I thought I'm fine with my body in general: Being tall is a huge issue for me. Realizing that I have a huge issue (yes, pun intended) with my length was quite relieving, even though it doesn't make it go away. It's something that makes passing and transitioning for me harder. I'm well aware that there are tall women, and that there are dedicated shops for lengthy women, but that's not the only thing that I have trouble with. What bothers me most is what people read into tall people: that they are always someone they can lean on for comfort, that tall people are always considered to be self confident and standing up for themselves (another pun, I know ... my bad).
This particular week has been tiresome as I did catch a cold ;). I did come back from Cape Town where debconf taking place. My arrival at Montreal was in the middle of the week, so this week is not plenty of news…
I became interested in running Debian on NVIDIA's Tegra platform recently. NVIDIA is doing a great job getting support for Tegra upstream (u-boot, kernel, X.org and other projects). As part of ensuring good Debian support for Tegra, I wanted to install Debian on a Jetson TK1, a development board from NVIDIA based on the Tegra K1 chip (Tegra 124), a 32-bit ARM chip.
Twitter may finally have found the feature that gets people excited about its service again: night mode. Twitter is launching a night mode feature on Android today that switches most of the interface from white to a really deep blue. It looks nice, and I have no doubt that a lot of people will use it, because everyone seems to love a good night mode.
Leftovers: OSS and Sharing
The FCC is worried. You and they spend all this time and energy getting your radio certified, and then some bozo hacks in, changes how the radio works, and puts you out of spec.
And so, back in early 2015, the FCC issued some guidelines or questions regarding WiFi devices – particularly home routers – in an effort to ensure that your radio isn’t hackable.
The result has been that some router makers have simply locked down the platform so that it’s no longer possible to do after-market modifications, and this has caused an outcry by after-market modifiers. The reason why it’s an issue is that these open-source developers have used the platform for adding apps or other software that, presumably, have nothing to do with the radio.
In an attempt to find the magic middle way, the prpl organization, headed by Imagination Technologies (IMG) and featuring the MIPS architecture, recently put out a proof of concept that they say gives both assurance to the FCC and freedom to open-source developers.
Questions from the FCC
Communications startup Wire has open-sourced the full codebase for its Wire app, so it's easier for developers to build their own encrypted messaging clients.
Wire open-sourced the rest of the client base that wasn't initially publicly available, including components related to the user interface, the web and native clients, and some internal developer tools. The company always planned to open-source the codebase, but didn't start out that way initially "because we were still working on other features," Alan Duric, co-founder and CTO of Wire, wrote in a Medium post.
Members of the OpenStack Foundation have been voting on upcoming release names and the results are now in.
Today’s interview is with David Egts, chief technologist, North America Public Sector at Red Hat. Red Hat has been around for twenty-five years and has hit over two billion on annual revenue. Topics range from open source to partnering with Microsoft to the up and coming DevNationFederal.
In the federal government circles, Red Had made a big splash years ago by working with NASA to have incredibly fast systems. Red Hat has expanded so much in the past decade that the conversation with Egts didn’t even get to NASA.
Last month, the Austrian State Secretary Muna Duzdar handed out the 'Oscars of the Open Data Community'. The awards were part of the 'open4data.at challenge 2016' organised earlier this year. The annual challenge aims to bring open data and ideas together in innovative and creative solutions.
After the two earthquakes that caused multiple casualties and widespread damage in the Italian region of Emilia-Romagna in 2012, multiple programmes were launched to reconstruct the affected areas. To make these efforts more transparent, a team from the Gran Sasso Science Institute last week presented an Open Data platform that will provide all information on who is responsible, which company is doing what, and how the money is being spent.
The 'Open Data Ricostruzione' initiative was presented last week at the Italian Festival of Participation. The platform will bring together all the numbers, figures and information on the reconstruction, and allow visitors to visualise, filter, track and map the available data. All information will be made available as open data, in the original database format as well as JSON.
Soon there will be four years since I started working on AArch64 architecture. Lot of software things changed during that time. Lot in a hardware too. But machines availability still sucks badly.
In 2012 all we had was software model. It was slow, terribly slow. Common joke was AArch64 developers standing in a queue for 10GHz x86-64 cpus. So I was generating working binaries by using cross compilation. But many distributions only do native builds. In models. Imagine Qt4 building for 3-4 days…
In 2013 I got access to first server hardware. With first silicon version of CPU. Highly unstable, we could use just one core etc. GCC was crashing like hell but we managed to get stable build results from it. Qt4 was building in few hours now.
Last year I had open source instruction set RISC-V running Linux emulated in qemu. However to really get into the architecture, and restore my very rusty FPGA skills, wouldn’t it be fun to have RISC-V working in real hardware.
The world of RISC-V is pretty confusing for outsiders. There are a bunch of affiliated companies, researchers who are producing actual silicon (nothing you can buy of course), and the affiliated(?) lowRISC project which is trying to produce a fully open source chip. I’m starting with lowRISC since they have three iterations of a design that you can install on reasonably cheap FPGA development boards like the one above. (I’m going to try to install “Untether 0.2” which is the second iteration of their FPGA design.)