other people’s Java

I’m gonna have to disagree here, it’s always a guessing game of how many layers of abstraction they’ve used to seemingly avoid writing any implementation code… Can’t put the code related to “bicycles” in the Bicycle class, no, that obviously goes in WheeledDeviceServiceFactoryBeanImpl that’s in the ‘utils’ package.

Then, nobody says “megagram” - it’s “ton”. So there are quirks to remember.

We absolutely should, though… That and megameters, for car mileage. We always round off to the nearest thousand kilometer anyway.

Well something about 200 kms away will take 2 hours to get there on the highway going 100 km/h…

It’s not as neat as 1 mile = 1 minute at 60mph, but it’s still pretty easy to do the mental math.

Adrienne Cowan from Seven Spires and Melissa Bonny from Ad Infinitum

Saw them last year with Kamelot, it was an amazing show. I didn’t know them before but I’m a fan now!

pass probably isn’t for you then, unless you find a wrapper or something that lets you put all in one file. I’ve switched to keepassxc as well, I could never get the browser integration to work with pass.

No, only the file contents are encrypted. The file names and folder structure is visible to anyone who has access to the files.

The files themselves can contain a ton of stuff if you want, but the convention is to put the password on the first line and that’s what “pass -c my/file” will copy.

Running a bunch of services here on a i3 PC I built for my wife back in 2010. I’ve since upgraded the RAM to 16GB, added as many hard drives as there are SATA ports on the mobo, re-bedded the heatsink, etc.

It’s pretty much always ran on Debian, but all services are on Docker these days so the base distro doesn’t matter as much as it used to.

I’d like to get a good backup solution going for it so I can actually use it for important data, but realistically I’m probably just going to replace it with a NAS at some point.

In the near future: Journalists use AI to turn 1 or 2 sentences into a full article. Meanwhile, readers use AI to summarize long articles into 1 or 2 sentences.

There’s also a Kirkland near Montreal, so it could be Canada. But as it’s already been mentioned, it has nothing to do with location in this case.

For self-hosting purposes, Docker = lightweight disposable VMs that are configured via docker-compose.yml. All important data should be in “volumes”, which are just shared folders between the host and the container.

The end result is that you can delete and re-create containers at any time and they should just pick up where they left off from the data that’s in these volumes.

Each individual published image has some paths they want to use for that; everything is usually specified in their example docker-compose files.

If you’re not a dev, don’t even try to understand Dockerfiles, it’s not for you.

It’s not quite as point-and-click, but I’m using Docker for that because Yunohost kept messing up updates. Most server apps will have some instructions on how to run them in docker, especially a docker-compose.yml file, so you don’t have to rely on the Yunohost team to package said app.

The way I do it is that I put each suggested compose file in their own file, and import them in my main docker-compose.yml file like this:

version:  '3'
include:
    - syncthing.yml

Then just run docker compose pull && docker compose up -d every time you change something or want to update your apps, and you’re good to go.

Software updates in particular are waaaaaayyy easier on Docker than Yunohost.

Docker’s secret that most “getting started” tutorials seem to miss is docker-compose.yml. Who wants to type these long-ass commands to start containers? I always just create a compose file, and then docker compose up -d.

Dockerfile is for developers, you shouldn’t need more than a docker-compose.yml for self-hosting stuff.

Something something dining philosophers.

I’ve read all of them, and I really enjoyed them. It’s true that it’s basically “Royal Navy in space”, and it might be a little cheezy, but it’s a pretty relaxing read.

The space combat stuff gets much better in the later books, Weber managed to build satisfying mechanics for it. There’s some good political intrigue too. The one thing that pulled me “out” of the books a couple times were some character names, some of them are pretty ridiculous (Queen Elizabeth III for example).

It’s true that you can easily fall into analysis paralysis when you start learning JS, but honestly things have somewhat stabilized in recent years. 10 years ago everybody was switching frameworks every 6 months, but these days we’re going on 8+ years of absolute React dominance. So I guess that’s it for the view layer.

The data layer has seen some movement in more recent years with Flux then GraphQL / Relay, but I think most people have settled on either Apollo or react-query now (depending on your backend).

On the backend there was basically only express.js, and I think it’s still the king if you only want to write a backend.

Static websites came back in fashion with Jekyll and Github Pages so Gatsby solved that problem in js-land for a while, but nowadays Next also fulfills that niche, along with the more fullstack-oriented apps.

Svelte, Vue, Aurelia and Mithril are mostly niche frameworks. They have a dedicated, vocal fanbase (see the Svelte guy as sibling to your comment) but most of the industry has settled along the lines I’ve mentioned.

Honestly I think the main thing that the JS ecosystem does well is dependency / package management (npm). The standard library is very small so everything has to be added as a dependency in package.json, but it mostly works without any of the issues you often see in other languages.

Yeah, it’s not perfect, but it’s better than anything else I’ve tried:

• Python’s approach is pretty terrible (pip, easy_install, etc.) and global vs local packages
• Ruby has its own hell with bundler and where stuff goes
• PHP has had a few phases like python (composer and whatnot) and left everyone confused
• Java needs things somewhere in its $PATH but it’s never clear where (altough it’s better with Gradle and Maven)
• C needs root access because the only form of dependency management is apt-get

In contrast, NPM is pretty simple: it creates a node_modules and puts everything there. No conflicts because project A uses left-pad 1.5 and project B uses left-pad 2.1. They can both have their own versions, thank you very much.

The only people who managed to mess this up are Linux distributions, who insist on putting things in folders owned by root.

C is crazy. While you are learning it you are learning Make and gcc without your consent.

Java is crazy. While you are learning Spring you are learning Maven or Gradle even without your consent.

To any non-js dev taking this too seriously: A good half of the technologies mentioned in this meme are redundant, you only need to learn one of them (in addition to the language). It’s like complaining that there are too many Linux distributions to learn: you don’t, you just pick one and go with it.

Haven’t watched the video, but what do you think circularization is? If you’re “just a circulization away from orbit”, you are indeed going a bit slower than orbital velocity. There’s no point to going orbital velocity if your trajectory still brings you back inside the atmosphere. To get to orbit you want to raise your periapsis outside the atmosphere, and you do that by doing a burn at the apoapsis, which is what we commonly call “circularization”.

I went to Kamelot’s show last weekend, if you don’t know them definitely check them out. Opening act was Ad Infinitum, I didn’t know them but I was blown away! Melissa Bonny is an amazing singer.