ROM Androud: Manipulasi boot.img
Menggunakan unpack-MT.pl
Download dari
https://github.com/bgcngm/mtk-tools/
Caranya
cd ~/Downloads wget https://github.com/bgcngm/mtk-tools/archive/master.zip mv master.zip MTK-tools.zip
Buka
unzip MTK-tools.zip
unpack boot.img dari upgrade ROM MTK
cd ~/lokasi-upgrade-ROM-MTK/ ~/Downloads/mtk-tools-master/unpack-MTK.pl boot.img
Menggunakan split_bootimg.pl
The Android boot.img file contains a kernel and a ramdisk. While researching Android, I've needed to manipulate the ramdisk of a phone. I created the split_bootimg.pl script to parse the boot.img file format and extract the parts.
split_bootimg.pl http://www.enck.org/tools/split_bootimg_pl.txt
The following example uses the boot.img from the full TC4-RC28 update:
% ./split_bootimg.pl boot.img Page size: 2048 (0x00000800) Kernel size: 1388548 (0x00153004) Ramdisk size: 141518 (0x000228ce) Second size: 0 (0x00000000) Board name: Command line: no_console_suspend=1 Writing boot.img-kernel ... complete. Writing boot.img-ramdisk.gz ... complete.
Extract the ramdisk.
% mkdir ramdisk % cd ramdisk % gzip -dc ../boot.img-ramdisk.gz | cpio -i % cd ..
Cara ini tampaknya tidak berlaku untuk boot.img upgrade ROM untuk MTK.
Make any changes necessary (e.g., set ro.secure=0 in default.prop).
Recreate the cpio archive using the mkbootfs binary produced from building the Android source code (The cpio utility in OS X does not recognize the newc format, therefore mkbootfs is the best option for OS X users).
% mkbootfs ./ramdisk | gzip > ramdisk-new.gz
Recreate the image file using the mkbootimg binary produced from building the Android source code.
% mkbootimg --cmdline 'no_console_suspend=1 console=null' \
--kernel boot.img-kernel \
--ramdisk ramdisk-new.gz \
-o boot-new.img
Additional Notes:
For Nexus One: Add --base 0x20000000 to mkbootimg command-line. The console=null command line option was introduced in the TC4-RC30 boot images to remove the root shell Do not use a boot.img image extracted directly from /dev/mtd/mtd2. This image may become corrupted during the read process.