#KERNEL RANCHU ANDROID EMULATOR MAC UPDATE#
#KERNEL RANCHU ANDROID EMULATOR MAC PATCH#
#KERNEL RANCHU ANDROID EMULATOR MAC FOR ANDROID#

Oldconfig - Update current config utilising a provided. Gconfig - Update current config utilising a GTK based front-end Xconfig - Update current config utilising a QT based front-end Menuconfig - Update current config utilising a menu based program Nconfig - Update current config utilising a ncurses menu based program

#KERNEL RANCHU ANDROID EMULATOR MAC PATCH#

Mrproper - Remove all generated files + config + various backup filesДistclean - mrproper + remove editor backup and patch filesД¬onfig - Update current config utilising a line-oriented program

In current AndroidUnder the root of the kernel source, execute make help Command, get information about the Android kernel compiling configuration command.Д¬lean - Remove most generated files but keep the config andД®nough build support to build external modules configВ At the time of the make command, you can refer to Google's official documentation: can also refer to the help file under the Android kernel source code, here is /goldfish/READMEВ Document, the description of the Make command generates the compilation profile is as follows: Using incorrect EABI will cause compilation failure.Дў. According to the 'Android Security Guide' Chinese version of the 'Tips' on page 251, When compiling the Android kernelпјЊ To use the ARM-EABI compilerпјЊ Instead of ARM-Linux-Androideabi compiler. Make goldfish_armv7_defconfig Give the script file run_make_config.sh to generate the configuration file compiled by the script to generate Android kernel by executable nfigВ гЂ‚ДЎ. Configuration on the compilation environment of the Android kernel source can refer to Google's official documentation: гЂ‚Д®xport CROSS_COMPILE=$(pwd)/arm-eabi-4.7/bin/arm-eabi. You can save the configured command line as a script file run_make_config.shВ . Set the environment variable, export the path to the Android core cross-compilation tool, generate the configuration file used in the kernel compile. Third, the configuration and compilation of Android kernel source code $ git checkout -t remotes/origin/android-goldfish-3.4 -b goldfish3.4 $ git checkout remotes/origin/android-goldfish-3.4 # Select the kernel source code for Android-goldfish-3.4 Remotes/origin/heads/for/android-goldfish-3.18-dev Remotes/origin/android-goldfish-3.4-l-mr1-dev Remotes/origin/android-goldfish-3.10-n-dev Remotes/origin/android-goldfish-3.10-m-dev Remotes/origin/android-goldfish-3.10-l-mr1-dev # View the version of the Linux kernel source code that can be downloaded The chip platform for the Android device obtained according to the LS / dev / block / platage form goldfish, Then check the compilation documentation of the Android kernel source code provided by Google, perform the download of the Android kernel source and Android kernel source code cross-compilation toolchain. Second, the download of the Android kernel source code $ ls /dev/block/platform The results executed on the Windows system are shown below: exist ubuntu 14.04.5The command line terminal is turned on on the system or Windows system, perform the following command, get the chip used by the mobile device to obtain version information of the mobile device kernel source code.

#KERNEL RANCHU ANDROID EMULATOR MAC FOR ANDROID#

First create an Android Simulator for Android API 19 (version) and run the Android Simulator. Relatively, the debugging of the Android simulator kernel source code is relatively simple, here as an example of the debugging of the Android emulator kernel source code. First, the choice of Android kernel source codeДЄndroid mobile phone equipment built-in debugging requires support for external hardware devices, and debugging steps are more troublesome.

Kernel-ranchu android emulator mac