I agree with the ethos but "banning installing" wouldn't have been correct here.

There should be terminology for installing from the source of your choice which doesn't carry the marginal or sinister connotations of "sideloading" though.

"Freeloading" would have been a good one but... yeah

You can also install through the Play store. Sideloading is more specific.

Doesn't feel like any conspiracy.. Isn't sideloading installing through adb instead of from the system itself? (by clicking on an APK or using an app Store like Xiaomi/Googled/Huawei/Fdroid)

"Side" being.. from your computer

> Waydroid works also pretty good.

Did you test apps that need sensors and notifications? If I want to run an OpenStreetmaps apk (there's no good way to run OMS on Linux natively), do I get GPS and compass heading? Do I get turn-by-turn navigation? Even if the app is in the background?

I made a partition for Nix on mine so I have all the tools I need while not relying on Jolla to package things (the installable package list is quite barren). My audio works from the speakers, but the patches to make the headphone jack (something you Fairphone users no longer know of :P) work won’t come til the next release. For banks, I just use cash or log into the website on my laptop if required—while I will refuse goods/services that require an apps to the fullest extent possible (couldn’t get around TicketMaster which was a real blood-boiler beyond just the “phone required” aspect).

That's already happening today.

https://grapheneos.org/

But for the reason an antiquated os like postmarketos are suggested is that the project is being opportunistic thinking this is a chance they can be relevant. Additionally, the population of HN has more sentimental view on these legacy operating systems and view it as a chance to go back to the past and use software they are familiar with.

Some people (like myself) prefer the desktop userland which is more familiar and works like you would expect as opposed to the android quirks.

eOS is basically what you are looking for for most phones or GrapheneOS (pixel only)

Yeah, the requirement to build and provide device trees for most mobile devices is the huge issue. For all of the garbage we have gotten from buggy ass ACPI tables on assorted PC’s, it’s absolutely true that it solved a lot of headaches with hardware discovery/enumeration.

It’s really too bad that ARM had adopted ACPI as part of their SystemReady certification. It does work, and not reinventing the wheel is always a wise where feasible, but I think we could absolutely push something better.

I've never seen UEFI in any mainstream Android device.

The problem is... in the x86 world, even the most modern systems around still ship with decades of garbage. INT 10h and VBE, every x86 system still speaks it - either directly in the card, or emulated in BIOS/UEFI compatibility layers, so even a basic "hello world" can get video output, 09h/16h gives you keyboard input, 13h gives you disk I/O, 14h a serial port.

That means that at least the initial bringup for a second-stage bootloader is incredibly easy, less than 40 lines of assembler code [1]. And when you write a tiny operating system, as long as you're content with that basic foundation of 640x480 and text output, it will run on any x86 compatible PC or server.

On anything ARM, that's outright impossible to do and that is a large part of the problem. ARM is power efficient, but it comes at a serious cost. The low level bringup will be handled by the board's ROM, similar to PC BIOS/EFI, but after control is passed to the OS it gets different - all the OS gets is the devicetree stating "here's the memory addresses and interfaces of the hardware in the system", but you still need to write drivers for each and every individual thing from the bottom up, there is no framework for even most basic hardware interactions.

[1] https://gist.github.com/MyCatShoegazer/38dc3ee7db9627ff3a20e...