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Joined 1 year ago
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Cake day: July 25th, 2023

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  • I remember taking my first selfhosting/Linux steps a year or so after the launch of Let’s Encrypt with a Pi 3. At the time, most tutorials didn’t set up https at all, and if they did, they were self signed certificates (resulting in browser warnings).

    Self-signed certificates are annoying and creating them was a series of copy pasting long, weird commands, usually using long exspiration dates (manual renewing sucks).

    Not long after, guides started recommending certbot. Nowadays reverse proxys like caddy set up TLS automatically.

    At least that’s how I remember it, given my complete lack of knowledge about Linux at the time.




  • Symphonium is a great Android music player which connects to a Subsonic or Jellyfin server (or any other protocol like SMB).

    Navidrome is a music server which implements the Subsonic protocol. This means apps like Symphonium can connect to it.


    Any old PC is enough, even a Raspberry Pi is fast enough for a music server.

    1. Install Navidrome on the server/pc
    2. Configure Navidrome (open ports, add your music library/folder)
    3. Connect a subsonic-compatible music app to to the server (I.e. type in IP or domain as well as the port).

    Anything more like SSL (https) and a domain is optional for getting it working, and only a benefit if used outside of your home network. Using Tailscale makes a domain/SSL unnecessary and also no longer needs messing around with networking (e.g. no opening ports on the router).








  • Analogue likely doesn’t emulate the hardware at the transistor level, as it’s far more difficult than doing what most software emulators do.

    From an interesting (altough non-conclusive) HN-thread [1].

    Without seeing the code, it’s impossible to know where Analog’s implementation falls on the spectrum of software emulation vs hardware simulation. There is nothing magical about FPGAs that automatically makes anything developed with them a 1:1 representation of real hardware. In fact, there are plenty of instances where the FPGA version of a particular console is literally just a representation of a popular emulator only in verilog/vhdl. In many instances, even the best FPGA implementations of some systems are still only simulating system level behavior. Off the top of my head, one famously difficult case is audio, where many chips have analog circuitry that cannot be fully simulated.

    [1] https://news.ycombinator.com/item?id=37901381


  • FreeTube does not have controller support, and for AndroidTV I’d recommend SmartTube.

    Kodi/LibreELEC is able to do all of it, but IMO it’s not a good experience for browsing YouTube and I don’t know how well the third party Steam Link integrations work.

    This is why I’d also recommend LineageOS Android TV, which supports Pi’s thanks to konstakang. But I’m not sure why it’d work better than a FireTV stick, since both run AndroidTV.

    Edit: I’ve had an issue where the Pi 5 wouldn’t boot AndroidTV, until I tried to turn it on again after a few weeks. So I’d recommend sticking with the FireTV + SmartTube + Jellyfin + Steam Link (unless you’ve got a Pi 5 lying around anyway).

    Edit 2: The Pi 5 + Android TV had issues with HDMI-CEC of the TV, so I had to buy a remote with a USB adapter. This sends the wrong signals (e.g. keyboard enter, not what Android TV expects), which is fixable with some app remapper. Maybe it’ll work better for you, but the FireTV is likely the easier solution.




  • Because they use the official apps/web-vault, they don’t need to implement most of the vault/encryption features, so at least the actual data should be fine.

    Security audits are expensive, so I don’t expect it to happen, unless some sponsor pays for it.

    They have processes for CVEs and it seems like there wasn’t any major security issues (altough I wouldn’t host a public instance for unknown users).