| commit | da2af1847eef673a237206ecd2453796f70b4488 | [log] [tgz] |
|---|---|---|
| author | John Stultz <john.stultz@linaro.org> | Wed Jun 24 20:29:07 2020 +0000 |
| committer | Amit Pundir <amit.pundir@linaro.org> | Wed Jul 01 12:35:55 2020 +0530 |
| tree | e489fa3cbdf18c4b14e8f5cf8bc59999311acdb4 | |
| parent | d56da2e13611a673b65d82c0973e31ff85b6adb0 [diff] |
init.common.usb.rc: Add setprop sys.usb.controller to avoid picking the dummy hcd cherry-picked from upstream device/linaro/dragonboard project. With some kernels that neable DUMMY_USB_HCD, we end up with multiple UDC devices, and the system might pick the dummy one to use which causes adb to fail. This corrects this by setting the sys.usb.controller property to the db845c controller name. Signed-off-by: John Stultz <john.stultz@linaro.org> Change-Id: Ife99b9b16204cfe767c8b755ec5208ce5047c211 Signed-off-by: Amit Pundir <amit.pundir@linaro.org>
IMPORTANT NOTICE --> UNLOCKING AND ROOTING MAY VOID YOUR PHONE WARRANTY AND MAY BRICK YOUR DEVICE AS WELL. I'M NOT RESPONSIBLE FOR EITHER OF THAT.
Here is a reasonable guide to get you started on unlocking and rooting Poco F1 --> https://forum.xda-developers.com/poco-f1/how-to/xiaomi-poco-f1-unlock-bootloader-custom-t3839405
Just for the records I downloaded and installed following external packages to unlock and root my device-->
Also Dont forget to take a backup of your images from TWRP and copy them to your Host machine. It will come very handy. Believe me :)
mkdir aosp-repo cd aosp-repo repo init -u https://android.googlesource.com/platform/manifest -b master git clone git@github.com:pundiramit/android-local-manifests.git .repo/local_manifests -b master repo sync -j$nproc source build/envsetup.sh lunch aosp_beryllium-userdebug make -j$nproc
NOTE: To get display working on PocoF1, we need supported Adreno firmware binaries, otherwise PocoF1 will not boot to UI.
Adreno binaries are shipped with non-distributable license,
hence I'm not shipping them in my build setup. You can
extract Adreno a630_* firmware binaries from a working
device build. I extracted mine from
lineage-16.0-20190612-nightly-beryllium-signed.zip ;)
Then copy the binaries to out vendor directory
i.e. out/target/product/aosp_beryllium/vendor/firmware,
and run "make -j$nproc" to create vendor.img again.
fastboot flash system system.img fastboot flash vendor vendor.img fastboot flash userdata userdata.img fastboot flash boot boot.img fastboot reboot
input swipe 20 2000 20 0 input tap 300 600 input tap 200 600 input tap 200 600 # Scanning for devices here. So wait till your BT mouse appears. input tap 400 600 input keyevent 22 input keyevent 22 input keyevent 66
mkdir kernel-repo cd kernel-repo repo init -u https://android.googlesource.com/kernel/manifest -b common-android-mainline git clone git@github.com:pundiramit/android-local-manifests.git .repo/local_manifests -b kernel repo sync -j$nproc BUILD_CONFIG=beryllium/build.config.beryllium ./build/build.sh
Delete all objects in aosp-repo/device/xiaomi/beryllium/prebuilt-kernel/android-mainline/ then copy build artifacts from kernel-repo/out/android-mainline/dist/ to aosp-repo/device/xiaomi/beryllium/prebuilt-kernel/android-mainline/ build AOSP images again.
cd aosp-repo source build/envsetup.sh lunch aosp_beryllium-userdebug make TARGET_KERNEL_USE=mainline -j$nproc
Now flash and boot AOSP images again with your custom kernel.
ToDo -->