Allright, final ICS is out, but the stock bootloader still doesn't have fastboot oem unlock working. So, it's either HC bootloader or patched ICS bootloader. Please note that installing custom kernel / recovery on unpatched ICS bootloader will require recovering your device only with nvflash! This bootloader can only be flashed using nvflash. You can use the guide here.

There is also a post explaining nvflash in here: YOU DO EVERYTHING AT YOUR OWN RISK!!! Code: mount('ext4', 'EMMC', '/dev/block/mmcblk0p3', '/system'); package_extract_file('bootloader.blob','/tmp/bootloader.blob'); unmount('/cache'); format('ext4','EMMC','/dev/block/mmcblk0p4','0'); run_program('/system/bin/dd','if=/tmp/bootloader.blob','of=/dev/block/mmcblk0p4'); unmount('/system');mmcblk0p4 is cache partition. Please note that flashing a nonworking bootloader via *.blob will require recovery using nvflash. Download hiew32 full version rar software. MULTILBOOT: Before I start, the bootloader will work correctly if you just use single kernel image as you were used to on previous versions. You can just use it the very same as the older versions. In other words, you can just install it and not have to bother about this at all. Allright, new feature of V5 is dualboot, i.e toggling to boot two different images and keeping the recovery intact, it is primarily intended to run both Android & Native Linux ported by sp3dev.

In V9 this was extended with booting from EXT4 filesytem. First, basic information: Multiboot sets the booting partition with 'permament effect' (i.e not like holding down a button to boot secondary partition, nothing like that). It is the parition that is highlighted by default on the selection screen. Primary kernel image is LNX partition (/dev/block/mmcblk0p2, size 8 MB), or 'boot' when using fastboot flash / erase command. This is the default partition, used by older bootloaders as well. Secondary kernel image is AKB partition (/dev/block/mmcblk0p7, size 10 MB), or 'secboot' when using fastboot flash / erase command.

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This parition used for storing checksums on HC bootloader. If this partition doesn't contain Android boot image, it will not show. Further kernel images can be specified in the menu file for the bootloader. Now, how to toggle between booting images: A) Using bootloaderctl B) Using fastboot: - 'fastboot oem set-boot-image 0' - sets to boot first kernel image - 'fastboot oem set-boot-image 1' - sets to boot second kernel image - etc. C) Using bootmenu GUI Now, how to flash the secondary kernel image: Either use 'dd if=secboot.img of=/dev/block/mmcblk0p7' from within android or recovery, or in fastboot, you can use. Code: fastboot oem set-boot-file APP:/boot/menu.skrilaxIf you have problems with booting (stuck on BL screen w/o text showing anything) and have EXT4 FS boot setup, reboot to bootmenu and forbid EXT4 FS boot (it may get stuck if FS is corrupted). C) Bootmenu Bootmenu part of the bootloader is open source, with basic functions of the bootloader map.

This includes full framebuffer access (hacked a bit as of V9), some standard library functions (you can use your own of course), partition handling, gpio (key handling), fastboot, reboot. Bootmenu currently acts as sub-bootloader, as it passes control back to the bootloader for booting the actual image. Bootmenu is licensed GPL V3, you can find repository here: Compile it by making 'make', with CROSS_COMPILE set. You can also use 'O=./obj' if you prefer obj folder like I do. Also for bootloaderctl either set NO_BOOTLOADERCTL=1 or LINUX_COMPILE and ANDROID_COMPILE for cross-compilers for Linux or Android. FAQ: Q: What are the main advantages over HC bootloader?