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Android rule (lemmy.blahaj.zone)

submitted 1 year ago* (last edited 1 year ago) by [email protected] to c/[email protected]

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[–] [email protected] 2 points 1 year ago* (last edited 1 year ago) (1 children)

Open source developer and Linux enthusiast here. Although cluttered, Android's home directory is fairly simple to understand

The nightmare begins when you take a look at the root filesystem.

One time I was trying to port an OS to my phone and I had to figure out the Android init system. Went to source.android.com and what. the. fuck. Just as a side-by-side comparison:

Linux boot sequence: Android boot sequence (unmodded, SIMPLE):

There are so many wrong things about it like why are there 11, 12 places to put programs (/system/bin, /bin, /usr/bin /system/usr/bin, /sbin, /system/usr/share/bin...)

Why the fuck drivers are scattered around folders instead of just /lib/modules

Why is the home directory /storage/emulated/0/ instead of just /home/0/ (also why the user is named "0")

Where the fuck is everything???

God (Linus Torvalds) forgive me but even Windows is better than that shit

[–] [email protected] 2 points 1 year ago (1 children)

i wonder if that graphic is up to date with system as root and A/B dynamic partitioning and whatever crazy new bullshit google invents with every release

[–] [email protected] 2 points 1 year ago* (last edited 1 year ago)

I raise you all of these monstrosities:

Phones launching with Android 13 without a dedicated partition for recovery mode

Phones launching with Android 13 without a dedicated partition for recovery mode

Phones launching with Android 13 with two dedicated partitions for recovery mode (two because of A/B partitioning scheme)

Phones launching with Android 13 with a two dedicated partitions for recovery mode

Phones launching with Android 13 with one dedicated partition for recovery mode (only one because A/B partitioning scheme is not used)

Phones launching with Android 13 with one dedicated partition for recovery mode

Phones that launch with or upgrade to Android 12, that use a generic kernel image, without a dedicated partition for recovery mode

Phones that launch with or upgrade to Android 12, that use a generic kernel image, without a dedicated partition for recovery mode

Phones that launch with or upgrade to Android 12, that use a generic kernel image, with two dedicated partitions for recovery mode (A/B partitioning scheme)

Phones that launch with or upgrade to Android 12, that use a generic kernel image, with two dedicated partitions for recovery mode

Phones that launch with or upgrade to Android 12, that use a generic kernel image, with one dedicated partition for recovery mode (non-A/B partitioning scheme)

Phones that launch with or upgrade to Android 12, that use a generic kernel image, with one dedicated partition for recovery mode

Phones that upgrade to Android 12, that does not use a generic kernel image, with no dedicated partition for recovery mode

Phones that launch with or upgrade to Android 12, that does not use a generic kernel image, with no dedicated partition for recovery mode

Phones that upgrade to Android 12, that does not use a generic kernel image, with dedicated partition(s) for recovery mode

Phones that upgrade to Android 12, that does not use a generic kernel image, with dedicated partition(s) for recovery mode

In Android's defense however, a phone would likely use only one of these layouts at a time. The question of which of these layouts does a said phone uses though, that's a more complicated question.