A detailed guide for using the Kernel-o-Matic can be found on The Adafruit Learning System. If you are familiar with Vagrant and VirtualBox, a brief overview of the build process can be found below.
If you are looking to compile a custom kernel with the PiTFT device tree overlays included, you can do that by using the pitft branch of this repo.
Clone the git repo & start the vagrant box:
$ git clone https://github.com/adafruit/Adafruit-Pi-Kernel-o-Matic.git Kernel-o-Matic
$ cd Kernel-o-Matic
$ vagrant up
Once the vagrant box is up, SSH in:
$ vagrant ssh
Now that you are connected to the VM, use -h for a list of options:
~$ sudo adabuild -h
usage: adabuild [options]
This will build the Raspberry Pi Kernel.
OPTIONS:
-h Show this message
-r The remote github kernel repo to clone in user/repo format
Default: raspberrypi/linux
-b The git branch to use
Default: Default git branch of repo
-1 The config file to use when compiling for Raspi v1
Default: arch/arm/configs/bcmrpi_defconfig
-2 The config file to use when compiling for Raspi v2
Default: arch/arm/configs/bcm2709_defconfig
Compile with default options:
~$ sudo adabuild
Compile adafruit-raspberrypi-linux using the rpi-3.15.y branch:
~$ sudo adabuild -r https://github.com/adafruit/adafruit-raspberrypi-linux -b rpi-3.15.y
A tar.gz archive will be available in the Kernel-o-Matic folder on the host machine
after the custom kernel has been built. Copy the archive to your Pi and extact the
contents. Installation instructions are included in the archive.
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