fair nuf.
sigh.
given the ‘abandonment and support issues’ mentioned above , this should be ‘fun’.
for reference for anyone else that stumbles on this while trying to get a firmware bug addressed – especially if on the Murena e/OS variant – just fyi:
Reading
The Fairphone (Gen. 6) - Build Instructions
https://code.fairphone.com/projects/fairphone-gen-6/build-instructions.html#fairphone-gen-6-build-instructions
"Fairphone (Gen. 6) makes use of Qualcomm’s single system image (QSSI),
thus two source trees are needed: QSSI (higher level Android system) and
target (most of the device specific code, including the Linux kernel).
"
references two binary-only components
Android 15 (QSSI)
Android 15 (target)
available – as blobs – at
The Fairphone (Gen. 6) - Binary Blobs Package
https://code.fairphone.com/projects/fairphone-gen-6/binary-blobs-package.html
to be used as includes – in the e/OS (or any derivative ROM) build
‘QSSI’ contains closed-source components related to the generic QSSI
; not specific to FP6 device itself, but required for base chipset functionality.
‘target’, otoh, contains closed-source specific to the FP6.
THIS includes firmware and drivers for the device’s specific hardware configuration – specifically including the modem firware that interfaces with the device RIL.
The blobs’ license is pretty clear:
“Fairphone grants you a free of charge, non-exclusive, non-sublicensable, non-transferable, limited copyright license to download, install and use the Software for non commercial purposes only on a Fairphone 6 device in machine-readable (i.e., object code) environment. You are not allowed to use the Software in any other way. You are also not allowed to remove portions of the Software, alter or otherwise modify it, or translate, reproduce, copy, reverse engineer, reverse compile, disassemble or transfer the Software.”
, and appears to explicitly prohibit a “3rd-party” like Murena from fixing a bug in, e.g., the modem firmware, or even reverse engineer or decompile to troubleshoot.
Addressing the bug rests with Fairphone, either to address it directly, &/or with Qualcomm.