Meh, just run several associated services and keep the same username on all of them. Nothing is interoperable, stop trying to force it. And a rogue app with bad user data handling practices is still going to leak your data, even if you store your copy of the data securely.

My fediverse accounts are always “patrick@<service>.bestiver.se”. I currently am only running Mastodon/Lemmy and a few supporting services (e.g. a link manager - https://bestiver.se/@patrick), but I’m adding more as I get to them. Pixelfed, Peertube, Loops(?), Piefed…

Adopting this ActivityPods thing looks like it will require each Fediverse project to make what I’d guess are fairly significant changes to their user data handling, and none of those projects are properly funded for this. In fact what this actually seems to be doing is asking every other Fedi app to build on top of their user data API.

I applaud the attempt at building a new standard in the Fediverse, but I doubt it’s going to happen.

It’s definitely instance dependent. I run the servers for my instance at the closest Hetzner data center to myself (west coast USA) for latency reduction and over-size/engineer it for better perf.

My instance is open for registration too, if anybody reading here would find that useful.

Do you think that Amazon gets its content (movies on Prime video) for free? Or do you think that piracy sites pay for their content (stolen movies on torrent sites)?

Edit: To answer you more directly, YouTube pays creators a cut of the ad revenue, and Amazon/Netflix pay the movie/show creators through licensing deals.

That just makes sense though? The legit sites have to pay for, fund, or in some way support the content which does cost money. The piracy sites obviously don’t have that cost so they don’t need as much income.

The piracy sites also pay a lot less in infra, since they rely on the user to store, seed to others, and serve the content to the local users. All that infra is offloaded to the user.

That is a lot of effort to go through to avoid using a VPN.

That’s interesting, I heard of Cosmic recently but I haven’t had a chance to try it yet. I guess you’re liking it if you’re already building apps on it?

I’ve been slowly building a text based MMO game that I will probably continue working on this week: galactic-war

It’s based on Inselkampf, a very slow-paced game that I played years ago and wanted to play again. Inselkampf just started a new World this weekend, which it does every ~6 months, so I will probably end up working on my virtual clone of it this week while I’m thinking about it.

If you wanted to play too now would be a very good time to start. The userbase has continued dropping over the years it seems, with only a few dozen to a couple hundred players.

I also want to get releases and announcement posts out for a couple of my Matrix bot projects this week, pokem and chaz, but that’s been on the backlog for a couple weeks already

That’s somewhat similar to the plot of the movie Plan 75.

“In a dystopian alternate reality, the Japanese government creates a program called “Plan 75” that offers free euthanasia services to all Japanese citizens 75 and older in order to deal with its rapidly aging population.”

What could content creators switch to that would save your own bandwidth?

Yea, too many people won’t realize that they are just the on-call person fixing it.

Hmm, I could have sworn I had code for this but I’m not able to find it. I wrote a DLX impl many years ago and used it for a few things, and I wrote several different sudoku solvers, but I don’t seem to have ever used my DLX impl to solve sudoku puzzles…

What you need to do is create a row for every possible entry and location in the puzzle. So you will have a row representing every single possible entry option. 9 options x 81 total squares = 729 total rows.

The columns in your Exact Cover Matrix represent all the different constraints, where each column must be unique in the solution.

• You’ll have 81 columns that represent just the location (you can only have 1 number in each of the 81 boxes).
• For every Row/Column in the Sudoku Puzzle, you will have 9 columns to represent the 9 different numbers. (e.g you can only have a single “5” in every Row of the Sudoku)
• For every 3x3 box in the Sudoku puzzle, you’ll also have 9 columns for the 9 different numbers.

So your Exact Cover Matrix will need 324 columns = 81 (squares) + (9 (numbers) * 9 (rows)) + (9 (numbers) * 9 (cols)) + (9 (numbers) * 9 (boxes))

When you fill out all the rows, you’ll place 1’s in all the columns that that specific entry aligns with. Take the example of the row corresponding to the entry “5” in the Sudoku Puzzles top left box. That row in your Exact Cover Matrix will contain:

• A 1 in the column representing that specific box.
• A 1 in the column that represents the number 5 in the first Sudoku Row.
• A 1 in the column representing the number 5 in the first Sudoku Column.
• A 1 in the column representing the number 5 in the top left Sudoku Box.
• 0’s everywhere else

To feed a specific puzzle into your solver, it kinda depends on the solver, you just need to force the output to contain those specific rows.