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README.md

buildbrain

This repository includes:

  • linux-brain, u-boot-brain and nkbin_maker as submodules
  • Useful build targets in Makefile
  • r3build.toml to watch changes that occur in submodules

Confirmed environments

  • Debian 10 (buster) amd64

Getting Started

  1. Install dependencies.

    $ sudo apt install build-essential bison flex libncurses5-dev gcc-arm-linux-gnueabi

  2. Clone this repository with recursive clone enabled.

    $ git clone --recursive git@github.com:brain-hackers/buildbrain.git
    • If you've cloned it without --recursive, run following command:
    $ git submodule update --init --recursive

  3. Install uuu.

    • Follow the instruction and build uuu executable.
    • Put uuu where the PATH executable points to.

Build and inject U-Boot

  1. Run make udefconfig-sh* to generate .config.

    • For Sx1: make udefconfig-sh1
    • For Sx6: make udefconfig-sh6

  2. Run make ubuild to build whole repository and generate u-boot.sb.

    • i.MX283 loads a packed U-Boot executable called u-boot.sb.

  3. To inject the executable into i.MX283 in recovery mode, run make uuu.

Build and make NK.bin

  1. Run make udefconfig to generate .config.

  2. Run make ubuild to build whole repository and generate u-boot.bin.

  3. To make nk.bin, run make nkbin.

    • nkbin_maker packs u-boot.bin into nk.bin.

Build Linux

  1. Run make ldefconfig to generate .config.

  2. Run make lbuild to generate zImage.

  3. Confirm that linux-brain/arch/arm/boot/zImage exists.

Bootstrap Debian 10 (buster)

  1. Partition an SD card into two partitions.

    • 1st: FAT32 (vfat), about 100MB
    • 2st: ext4, fill the remaining area

  2. Build and copy the Linux kernel.

    • Run make ldefconfig lbuild.
    • Copy /linux-brain/arch/arm/boot/zImage and /linux-brain/arch/arm/boot/dts/imx28-evk.dtb into the 1st partition.

  3. Run APT cache in background (mandatory): make aptcache.

  4. Run make debian.

  5. Copy all contents in ./debian into the 2nd partition.

    • sudo cp -ar ./debian/* /path/to/your/sd/2nd/partition/
    • Please make sure that all attributes are preserved with -a flag.

Watch changes in submodules & auto-build

  1. Run make setup-dev to prepare a Python venv to watch code changes. Namely;

    • Python 3 venv in env
    • r3build command in the env

  2. Run r3build. It'll detect the changes you make and builds the corresponding executable automatically.

What's r3build?

r3build is a smart file watcher that aims to provide hot-reloading feature like Web frontend development.