would anyone be interested in remote access to any of the following devices for the purposes of #Linux mainline development and testing? You'd be able to power cycle the device and boot an Android boot.img (kernel + dtb + ramdisk), I'm also open to using these devices in CI
* OnePlus 6/6T - #Qualcomm Snapdragon 845
* OnePlus 7 and/or 7 pro - #Qualcomm #Snapdragon 855 / sm8150
* OnePlus 9 Pro - Snapdragon 888 (sm8350), however i haven't yet found out how/if UART is exposed on this device.
* Google Pixel 2 XL, 3, or 3 XL - Snapdragon 835 (msm8998) or Snapdragon 845 (sdm845). (Only have one usb-cereal adapter so only one of these is viable right now)
* #Fairphone 2 - MSM8974
* #Fairphone 5 - QCM6490
* #LG G6 - msm8996 (if someone can find UART and find a workaround for the "charger wet" detection being stuck on)
* #Samsung j3 (j3xnlte) - some spreadtrum SoC - Only if you can find UART for me
I don't have things fully set up here but I'm trying to figure out what i should prioritise.
If any of these sounds useful to you then please get in touch with me! I'm especially interested in folks from the #LinuxMobile community, #Kernel maintainers, or anyone else with an interest in upstream Linux support on phones. Please have some kind of public presence in a related field and tell me what your usecase is.
* DM me on matrix - @ caleb:postmarketos.org
* Email me - caleb@connolly.tech
Please boost for reach!
#FOSSMobile #postmarketOS #Android #Embedded #BoardFarm #Testing #CI
Just to note, if this interests you but the idea of figuring out how to build a boot.img to test is too much of a headache, I'm working on an (almost complete) feature for @postmarketos for exactly this purpose, so you can quite easily go from your local kernel artifacts to a device specific boot image with a ramdisk containing all the kernel modules, firmware, udev, and run specific scripts or pop a shell on boot.