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coral / aiy-coralkit-tools / 4d3f7279a96e1eb96f315234e32ba9949c02dce3
commit4d3f7279a96e1eb96f315234e32ba9949c02dce3[log] [tgz]
authorScott Main <smain@google.com>Tue Sep 14 15:38:47 2021 -0700
committerScott Main <smain@google.com>Tue Sep 14 15:38:47 2021 -0700
tree9cccc0ee391cdb155d6e08793ee36174d4a4d0e7
parent3cef4a21e7d17fa9f5099a0c0662f5da4b7a15f8 [diff]
remove git clone so this step is consistent with new kit setup

Change-Id: I453fb306e53c27879fdbf5ec40607fb53a492745
1 file changed
tree: 9cccc0ee391cdb155d6e08793ee36174d4a4d0e7
  1. overlay/
  2. scripts/
  3. CONTRIBUTING.md
  4. LICENSE
  5. Makefile
  6. README.md
  7. setup.sh
README.md

Raspberry Pi system image tools

This repository contains scripts to set up a Raspberry Pi OS image that's configured with library requirements for the Coral USB Accelerator.

There are actually two paths you can take:

  • Use the make targets in Makefile to build a new Raspberry Pi OS image and flash your SD card.
  • Run the setup.sh script on an existing Raspberry Pi image to add the Coral libraries.

Build the SD card image

Note: If you're on macOS, be sure you install coreutils (either brew install coreutils or sudo port install coreutils).

To build an SD card image inside the docker container on Linux or Mac:

make docker-release

To build an SD card image directly on Linux:

make release

The image is saved in the out directory.

Update an existing Raspberry Pi image

Run this in the terminal on your Raspberry Pi:

bash <(curl https://raw.githubusercontent.com/google-coral/aiy-coralkit-tools/main/setup.sh)

The unusual command format is necessary so the script can accept user input.