Also useful for checking that a binary containing GPLed code does actually correspond to its published source.

Being able to reproduce the binary from the source code and being able to verify that it's the same as the original is quite important in some contexts.

Online retail eating away at local shops is a problem with two aspects - one of which is largely ignored and much more pernicious.

Yes, many people are shopping online which reduces footfall in the town centres. If this were a case of all the existing businesses simply shifting away from physical storefronts to virtual ones it would merely be unfortunate.

What's far worse is that the vast majority of the business that shifted away from a diverse collection of bricks-and-mortar stores now goes through one of a very few online retail giants.

Likewise, a couple of food delivery apps are parasitising takeaway food businesses.

And now we're allowing a handful of AI giants to tollbooth software development.

It can, but I've heard quite plausible claims in the past [1] that you shouldn't let it - because that's one of the things that kills motorcyclists. Your autopilot brain is looking out for other cars quite effectively - but a motorcycle isn't a car, and can slip through un-noticed if you're mind is engaged elsewhere.

[1] Citation needed, but lacking I'm afraid!

(Typing this now using an Apple M0116 with salmon Alps keyswitches, using that very converter.)

For some reason this always brings to mind that moment in Red Dwarf where Kryten, devoid of his behavioural chip, deems it appropriate to serve roast human to his crewmates. "If you eat chicken, obviously you'd eat your own species as well, otherwise you'd just be picking on the chickens!"

This can be cause by colour management. If the black is defined in terms of RGB and then converted to CMYK as part of the pre-press workflow, you'll typically have a mix of all four inks, and not necessarily 100% K - it depends on the colour profiles. For a black-only print job the C, M and Y channels will then be discarded, leaving a maybe-not-pure black.

oss-cad-suite will give you the open source toolchain for ULX3S in one convenient package. There are plenty of example projects and other resources, plus a discord server. https://ulx3s.github.io/

(Also, to download Lattice Diamond you'll need to make an account on the Lattice website which then needs to be activated. I tried that using a gmail account, and it was never activated - I had to use an email address related to one of my own domains.)

Dev board wise QMTech on AliExpress have some really nice entry-level dev boards - the Cyclone 10CL025 board, the daughter board and a clone USB-Blaster cable for programming would weigh in at well under £100.

Terasic have a bunch of different Intel/Altera dev boards, the cheapest being the DE0-Nano - personally I like the DE10-lite, but there are more modern options for those with deeper pockets.

The Tang Nano 20k is a solid and affordable choice for a Gowin chip (though be aware that this particular chip's PLLs are a bit limited and its block RAMs don't have byte enables). The JTAG stuff works but isn't anywhere near as advanced as Intel's.

For Lattice ECP5 there are several options - and these chips are well-supported by yosys/nextpnr and oss-cad-suite in general.

I quite like the IceSugar-Pro ECP5-based board and associated breakout board - but it has a quirky built-in JTAG adapter which isn't supported by the Lattice toolchain, so you'll have to use OpenOCD or OpenFPGALoader to program it, and you can't use the vendor-supplied internal logic analyzer. Its FPGA is well supported by oss-cad-suite, though, which is a big plus.

IcePi-Zero is also well worth considering, available from CrowdSupply.

ULX3S is very nice, too - but as far as I can see it's only available for pre-order on the next production run.

If I were actually using Xilinx FPGAs I'd be more pissed off. Luckily the projects that interest me currently are based around Intel, Lattice and Gowin devices.

I suspect they're massively underestimating how many hobbyists and students are on Linux. We're not talking about a typical demographic here, we're talking about people interested in computers and technology at precisely the level that Windows and MacOS aim to isolate from the user.

There are also free Linux versions of Lattice Diamond, Gowin EDA and Efinix's Efinity software.

Here I agree with you - Linux users shouldn't expect any special privileges here. But we're not asking for special treatment, we're asking that we continue to be given the same options as Windows users, just as we were for all previous versions of the software.

What people are objecting to is that for the latest version (and future versions) of the software an existing free tier has been withdrawn from Linux users - and only from Linux users.

It works surprisingly well for simple CAD tasks, too - I've used it in combination with TinkerCAD to produce some 3D-printed parts.

I just wish its CMYK handling was better. When I need CMYK or spot colour / overprint output I generally save as EPS, open in a text editor and adjust the source accordingly, but it would be nice if CMYK and Spot were first class citizens. (A friendlier workaround is to import the SVG into Scribus and modify the colours there.)

Occasionally I have a "private screening" where I'm the only one in the auditorium. The most recent example was "The Mummy". I hadn't fully thought throught the implications of watching a horror movie alone in the middle of a darkened 65-seat auditorium!

There's another town a few miles away where a similar cinema has both assigned seating and 20 minutes of adverts before the movie.

They've been accessible for a lot longer than most people think. The original Minimig project (an FPGA recreation of the Amiga chipset, coupled with a real 68000 CPU) started in 2005 - more than 20 years ago! And 15 years ago there was already a complete Amiga core (chipset and CPU) running on the Terasic DE1 development board, the C-One FPGA computer, and the Turbo Chameleon 64 cartridge.

Today's FPGAs are certainly more affordable and more capacious (especially in terms of DSP and RAM blocks) but the biggest shift is that, as you say, it's now possible and affordable to have the complete PCB assembled in short runs, which is a real blessing given that so many FPGAs come in BGA packages.