Programs and scripts used in manufacturing

Supports the following flashers:

• Bus Pirate
• Segger JLink

These scripts are intended to be installed as a bundle The current flashing stations are Arch Linux installs which can be updated with the package.

cd archpkg
makepkg

After installing the kiibohd-manufacturing package. This requires an internet connection as well as the pacgem package to be installed.

cd /tmp
/usr/local/kiibohd/gemgen.bash

Install all packages. The builds will run again, this time providing you all of the pkgs in the /tmp/gempkgs folder.

Remember, these packages may be platform specific. Pay attention to the platform.

Flashing is straight-forward.

• Attach flasher and keyboard to flashing station.
• Run flashing script (e.g. IC60.flash)

• IC60.flash
• ICED-R.flash
• ICED-L.flash
• WF.flash

Each .flash script calls many other scripts. In general these are:

• erase.bash - #1 Erases chip, runs first.
• bootloader.bash - #2 Flashes bootloader using external flasher
• firmware.bash - #3 Flashes firmware using built-in usb flasher
• test.bash - #4 Runs basis QA script

The generate.bash script is used to compile the specific git branch/revision of the bootloader and firmware binary images. This is only used when building the package.

Here's an example of a .bashrc configuration that takes advantage of the manufacturing infrastructure.

###### Flasher ######
alias mk20dx128vlf5='export DEVICE="MK20DX128XXX5"; export FAMILY="K20_50"'
alias mk20dx256vlh7='export DEVICE="MK20DX256XXX7"; export FAMILY="K20_72"'

jlink() {
	export TOOLCHAIN=$HOME/Downloads/jlink/JLink_Linux_V496m_x86_64
	export FIRMWARE=$2
	export ADDRESS=$3
	$HOME/Source/manufacturing/jlink.bash $1
}

buspirate() {
	export TOOLCHAIN=$HOME/Source/manufacturing/archpkg/src/programmer
	export FIRMWARE=$2
	export ADDRESS=$3
	$HOME/Source/manufacturing/buspirate.bash $1
}