This repository lets you build you build an Alpine Linux box for Raspberry Pi Model B/B+/4/Zero
- pi-factory is now a persistent OS Only! For Nodes, please refer to earlier versions or go to the noma project
- Latest version updated to Alpine 3.10.2
- We now have 64 bit (aarch64) and 32 bit images (armhf). The Raspberry PI 3/3b works well on 64 bit
- Deterministic builds. Images now built and released automatically through github actions.
-
Raspberry Pi
- Recommended: model 3B+
- Optional: case, heatsink, LAN cable, HDMI cable and monitor (for troubleshooting and issue tracking), Keyboard (to use for troubleshooting and issue tracking)
-
microSD card
- Recommended: SanDisk 16GB or more
- microSD card to USB adapter or built-in hardware
Quality goes over quantity here!
-
Power Supply (5V/2.5A) with micro-USB cable
- Recommended: official Raspberry Pi power supply
- Alternatively:
- high-quality USB charger (e.g. Samsung)
- short USB to micro-USB cable. (a longer cable can work with 5.1V chargers)
Warning! Your Raspberry Pi will not work properly without a correctly rated power supply and cable, and may result in data loss. We are not responsible if you lose any data.
- Download Etcher
- Download the image from the Releases page or simply clone the
https://github.com/lncm/pi-factory.gitrepository on github - Insert SD Card and open up Etcher
- Etch one of the images onto the SD card
- Remount the SD card and create a file called
wpa_supplicant.conf - Inside the file put the following
network={
ssid="Your Wifi SSID goes here"
key_mgmt=WPA-PSK
psk="YOUR Password goes here"
}
- Unmount the drive and put it into a PI or PI zero and then start it up. And in about 10-20 minutes (PI-Zero will take longer), you will be able to login through avahi/mdns
box.local, or if you don't have avahi/mdns on your desktop you will need to grab the IP address from plugging in your PI to a TV or from your router.
-
lncm
- username: lncm
- password: chiangmai
-
root
- username: root
- password: chiangmai
Note: sudo is not installed, use su instead. We also highly recommend that you change the password.
Note: First boot will take some time as ssh host keys are generated.
When building the image yourself you can create a wpa_supplicant.automatic.conf file with all your wifi passwords.
You may disable several stuff by placing an empty file inside the FAT partition. This should be done before first boot
| Filename | Description |
|---|---|
| noswap | disables SWAP generation (not recommended unless you know what you are doing!) |
| noavahi | disables install for avahi-daemon / mdns discovery (not recommended unless you know what you are doing!) |
| nodocker | disables Docker installation |
| nopython | Disables python3 installation |
| notor | Disables tor installation |
You may disable swap generation by touching a file in the FAT partition called "noswap". This needs to be done the first time.
To generate a fresh image from source run ./make_img.sh as root on a Debian, Ubuntu or Alpine system.
For convenience, we also support vagrant to automate setting up your development VM.
Install dependencies (homebrew, virtualbox, vagrant):
/usr/bin/ruby -e "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/master/install) && \
brew install --cask virtualbox vagrant && \
git clone https://github.com/lncm/pi-factory.git && \
cd pi-factory Create VM and generate image:
vagrant up
Rebuild image without wiping VM:
vagrant up --provision
Also useful:
vagrant sshvagrant haltvagrant destroy -fbrew cask install vagrant-manager(optional menu-bar utility)
If you are having problems, please create an issue
Bug reports, pull-requests and suggestions are very welcome!
You may run git tag -v RELEASENAME on any signed tags.
The project is licensed under the permissive Apache 2.0 license.