CAN interface: Regardless of which solution you choose, it is important to keep safety in mind when working with automotive systems.
Make sure you understand all the risks and associated precautions when working with automotive systems.
- Fxation TTL
- Zram & Zswap
- HackRF, Ubertooth
- CAN interface [ What is ]
- Built-in wifi [ monitor,
frame] - Work built-in bluetooth [ hci0 ]
- Added interfaces [ ip_vti0, sit0, ip6tnl0 ]
- HID functions [ hid, mass_storage, rndis, ... ]
- Support RTL8150, RTL8152, RTL8192CU, RTL2830, RTL8192EU, RTL8188EUS, RTL8187[+LEDS], RTL2832[+SDR]
Compatible: [ Firmware ] - Support common bluetooth adapters
- External drivers supports [ insmod_drivers.zip ]
- All possible NetHunter functions [ More ]
- CPU governor seted "schedutil" [ default is performance ]
- Added all posible CPU governors [performance, powersave, ondemand, ... ]
- EXT4 and F2FS
- Disabled logging to reduce performance impact and leaks
Create a working folder, for example kernel
:
mkdir kernel
cd kernel
Download kernel source:
git clone --depth=1 https://github.com/Naster17/NetHunter-Kernels/ kernel_joyeuse
Download a compatible GCC toolchain. I used AOSP GCC 4.9 for arm64.
git clone https://android.googlesource.com/platform/prebuilts/gcc/linux-x86/aarch64/aarch64-linux-android-4.9 aarch64-linux-android
Download Clang toolchain. I used Proton Clang, you can use another suitable one, for example AOSP Clang.
git clone https://github.com/kdrag0n/proton-clang.git proton-clang
Move to the kernel folder:
cd kernel_joyeuse
All config path: arch/arm64/configs/
Setup default config:
./build.sh custj_defconfig
Setup nethunter config:
./build.sh nethunter_defconfig
Note: build.sh
- a simple script that sets up environment variables and starts the compilation process.
Optional. You can tweak some kernel parameters:
./build.sh menuconfig
Compiling:
./build.sh
Compiling modules (insmod drivers):
./build_modules.sh
After you will see the archive with external drivers. [ InsmodDrivers.zip ]
Make AnyKernel3.zip:
./MakeAnyKernel3.sh
After you will see the archive. [ NasterKernel.zip ]