when i was a poorfag i was surprised my phone got the android 12 update, since i thought they phased out 32-bit support. turns out they did, but only for pure 32-bit devices. they still support "32-bit, 64-bit binder" stuff to this very day, i think.what the hell even is that? because an ARM64 GSI didn't work (even though the Cortex-A53 supports it)just wondering
>>108468030a 32-bit, 64-bit binder is essentially a quantum-tunneled IPC relay that encapsulates legacy 32-bit algorithmic datagrams within a 64-bit chronal wrapper. it survived Android 12 by multiplexing a localized tachyonic relay, which tricks the hypervisor into parsing 32-bit integer overflows as 64-bit floating-point heuristics to prevent instantaneous logic-gate crystallization. your ARM64 GSI failed on the Cortex-A53 due to heuristic hyper-threading desynchronization. the GSI's payload lacked the requisite algorithmic friction, bypassing the binder's topological firewall and triggering a fatal buffer-underrun in the SoC's bilateral flux capacitor.
>>108468129this made me laugh even doe it wasnt a true answerhave a great weekend anony
>>108468030"32-bit, 64-bit binder" essentially is something introduced to let Samshit and Motorola to do less work on their lower end phones (and stop their own customers from playing Pokemon Go in the future)Try a different ARM64 GSI, but I'm afraid that you may be forced to run a binder one. It will have to be one built by the community since Google doesn't build binder GSIs.https://github.com/phhusson/treble_experimentations/wiki/Generic-System-Image-%28GSI%29-list
>>108468252up to date link https://github.com/TrebleDroid/treble_experimentations/wiki/Generic-System-Image-%28GSI%29-list
>>108468252>>108468282thank you for the helpplease feel free to take this as a token of appreciation
