You know, I’m not actually quite sure what I’m doing, but I can tell you I am not looking at the keyboard. I suppose it’s similar to how I play violin? I don’t look at where my hand is but it shifts to different positions depending on what makes the most sense for the pattern I’m trying to play, and yes, a different position does imply a different fingering to reach the same notes.

When learning to program, I initially tried to follow the touch typing guidelines, but they say that you should use the right pinky to reach every key towards the upper right end of the keyboard, which gets old fast given how frequently you need to access them. And just as with music, there are patterns. In programming, you may frequently need to type {}, :=, or even something like \{\}, and flailing around with the pinky is a good way to give yourself carpal tunnel. So your right hand learns to shift to hit those keys using a combination of fingers.

As a Gen X, I think my typing speed peaked around late high school/early university? I tried to teach myself touch typing and got moderately proficient. Then I got into programming where you need to reach all of those punctuation marks. So my right hand has drifted further to the right over the years, which is better for code but suboptimal for regular text.

One thing that’s really tanked for me though is writing in cursive. I used to be able to take notes in class as fast as the prof could speak. Now I can scarcely sign my own name.

I suppose it depends on how you look at it. Take solar, for example. On the one hand, you could argue that if your primary goal is to generate heat, you might as well use a solar thermal plant with lots of focusing mirrors over photovoltaics. The conversion to electricity first would inevitably be far less efficient.

On the other hand, if you’ve got your PV plants for electricity already but they are overproducing at times, there is the question of what to do with the excess power, and using it to run heat pumps may actually be a pretty efficient application at the point?

I paid a visit to Green Bank WV once out of an interest in astronomy. The giant radio telescopes are truly a sight to behold!

Less impressive were the people camped out nearby who saw the place as the promised land where they could cast off their tinfoil hats in the cellular-banned zone surrounding the complex.

I suppose the same could be said on the lemmy side. There’s no reason someone couldn’t write a lemmy app that lets you do what an RSS client does in terms of only showing content from a selected subgroup of communities.

You raise a good point that it would be nice to have more control over which group of communities you are drawing from at a given time. (Is there a way to group subscriptions and switch between them?) It’s a bit disconcerting to see 5 tech headlines and then suddenly something about the war in Ukraine or whatever. It jars my train of thought. With an RSS client, you can group feeds however you want.

That said, my experience with RSS readers is not quite so idyllic. In the end, rather than having nicely partitioned feed groups by topic, I wind up having to separate the ones that produce content frequently but with a poor signal-to-noise from those that post once in awhile but are generally worth your time. With something like lemmy, people are helping you do the work of finding the more interesting content from that site that posts every 10 minutes.

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Anyways, did I miss anything?

I think the big problem in link aggregation is how to sort/prioritize content for the end user. RSS does not provide a way to do this, nor should it as far as I’m concerned. It should simply be about public content being tagged in a standardized way for any app to come along and organize it using whatever algorithm.

A simple RSS reader has the problem that the more prolific sites will tend to flood your feed and make it tedious to scroll through miles of links. Commercial news portals try to learn your tastes through some sort of machine learning algorithm and direct content accordingly. This sounds like a good idea in theory, but tends to build echo chambers around people that reinforce their biases, and that hasn’t done a lot of good for the world to put it mildly.

The lemmy approach is to use one of a number of sorting algorithms built atop a crowd-sourced voting model. It may not be perfect, but I prefer it to being psychoanalyzed by an AI.

Btw there was a post from about a month ago where someone was offering to make any RSS feed into a community. I’ve subscribed to a few of them and it’s actually pretty awesome.

Didn’t kbin have a separate mechanism for supporting a post in a more public way? I can’t remember how that worked now, but it was in addition to the regular voting I think?

Well that’s the way it should be. If they’re selling your data, they should compensate you for that in some way. Then it becomes a personal decision as to how much it matters to you.

Ah that makes sense.

I think another thing that might be uniquely Canadian is when you’re paying at a drivethru and you see the machine emerge from the pickup window taped to the end of a hockey stick. That was a big thing during the pandemic for social distancing. I guess more recently, they’ve been moving to less improvised solutions, which is a shame. I really liked the hockey stick!

The cash I have on hand comes exclusively from playing pub gigs in a band. That is still very much a cash-driven economy where I am. When I accumulate enough, I usually wind up spending it on music gear, so I don’t think this hobby of mine is major wealth-builder. But while many businesses are moving away from cash, it seems music stores are used to people like me and still allow fairly hefty cash transactions.

The other day I was settling my tab at the pub and the guy hands me a machine. I say, I’ll pay by cash thanks. He says really?!? Dude, you literally just handed me cash for the gig tonight. Oh yeah…

Canada has universal tap to pay also, but what surprised me about the UK—at least in the London area—was how quick it was? The payment processing was near-instantaneous. In Canada, I think the machines make a phone call behind the scenes to a bank or something? There’s a significant delay before it goes through.

Be sure to look at what they consider a serving size is when you do this. I’ve seen cases where you have something that is packaged as a single serving, but the nutritional facts say the serving size is half of that. I think this is just criminal. Like anyone would eat only half an instant ramen or whatever.

Well the toothpick shifts to one side as you put the screw in.

The problem with a stripped hole is that the hole is now as wide as the screw, so the screw has nothing to grip anymore. Conventional wisdom in this case is that you should get a wider screw and try again, but that’s not always something you have on hand, especially when travelling.

But the toothpick hack takes it the other way. It’s effectively narrowing the hole again by taking up space in it, and now your same screw can work again.

Interesting. I will definitely pick some up! Thanks.

One time I was in Mexico with my wife while our daughter was still a baby and the lady at the front desk of the hotel where we were staying offered us a crib we could borrow. It was a kind gesture, but I was a little concerned because the crib seemed wobbly. I realized there were some screws loose but though I had a multitool on me, the holes were stripped.

So later, I was talking with a local and he’s like “I can fix that.” He comes over and pulls a pack of toothpicks out of his pocket. He sticks one into each hole and breaks it off so that it’s not sticking out anymore. Then he drives the screw back in. I shook the crib after that and it was rock solid!

Now I always keep some toothpicks handy. Fast-forward to just this year. My daughter is now an adult living in a condo, and was complaining the screw popped out of a kitchen cabinet door when her roommate yanked on it too hard. “I can fix that.”

The thing about the MPW Shell is it was sort of the only game in town if you actually wanted a command line with the classic Mac OS. (There’s an awesome little emulator called SheepShaver if you ever want to explore it btw.) Well, I suppose there was A/UX. I thought it was a miracle when that came out. You have to realize in those early days a good chunk of the operating system itself was actually baked in to ROM. (You had to do desperate things to squeeze a GUI out of such limited resources as existed back then!) So to this day I have no idea how they managed to spin off a 'nix despite that.

Anyways. I wonder, if you made some sort of template format today, to what extent you could write some sort of conversion tool that would scrape a man page or whatever to rough it in and then you could tweak it to get what you want? man pages aren’t super standardized in their format I guess, so it’s probably more trouble than it’s worth. I like to use Python’s argparse when rolling out scripts myself, and its --help format is pretty rigid given that it’s algorithmically generated. Might be more plausible with something like that? I had a quick look just now to see if you can drill down into the argparse.ArgumentParser class itself to pull out the info more directly, but it seems a rather opaque thing that doesn’t expose public APIs for that. Oh well…

This reminds me of something from my ancient past. Back in the early-ish days of Apple, there was a development system called MPW (Macintosh Programmer’s Workshop) which included its own little kludgy shell.

The weird thing about it though was while you could enter commands on the command line like in any shell, you could prefix them with the word commando (presumably a portmanteau of “command” and “window”) and this window would pop up showing various buttons, checkboxes, etc. correponding to command line options. When you ok’d the window, it would generate the command line for you.

I’m rather hazy about how all this worked, but I think there was some sort of template language to define the window layout if you wanted to add commando support for your own tool? And presumeably, as you say, you could restrict what’s possible with the window interface as you deemed fit?

You can always combine integer operations in smaller chunks to simulate something that’s too big to fit in a register. Python even does this transparently for you, so your integers can be as big as you want.

The fundamental problem that led to requiring 64-bit was when we needed to start addressing more than 4 GB of RAM. It’s kind of similar to the problem of the Internet, where 4 billion unique IP addresses falls rather short of what we need. IPv6 has a host of improvements, but the massively improved address space is what gets talked about the most since that’s what is desperately needed.

Going back to RAM though, it’s sort of interesting that at the lowest levels of accessing memory, it is done in chunks that are larger than 8 bits, and that’s been the case for a long time now. CPUs have to provide the illusion that an 8-bit byte is the smallest addressible unit of memory since software would break badly were this not the case, but it’s somewhat amusing to me that we still shouldn’t really need more than 32 bits to address RAM at the lowest levels even with the 16 GB I have in my laptop right now. I’ve worked with 32-bit microcontrollers where the byte size is > 8 bits, and yeah, you can have plenty of addressible memory in there if you wanted.