["Installation Guide"]
If you are using Raspberry Pi as your host, you can download one of the images and flash the image into your SD card. You will find a new network device named "ArozOS (ARxxx)" pop up in your "Network Neighbourhood". Double click the icon and you will be redirect to the system Web setup interface.
You can find the links of the image in the README file of the Github repo.
https://github.com/tobychui/arozos
To optain the .img file, you can unzip the compressed image using 7zip. If you don't have it, you can get it here
Download the correct architecture binary from the "release" tab and upload the binary with the "web" and "system" folder in "/src". After upload, you should have the following file structure
$ ls
aroz_online_linux_arm64 web system
Start the binary by calling sudo ./aroz_online_linux_arm64 (or without sudo if you prefer no hardware management)
Install Debian Buster on your PC and download the binary arozos_linux_amd64 with the web and system folder. You will see something like this everything is downloaded.
$ ls
arozos_linux_amd64 web syste
Start the binary with ./arozos_linux_amd64
To build from source, install Git and Go and follow the instructions below.
git clone https://github.com/tobychui/arozos arozos
cd ./arozos/src
go build
The ArozOS will require these extra packages to function normally.
fmpeg
wpa_supplicant (or nmcli), if you have wlan interface(s)
If you are deploying on Windows, you need to add ffmpeg to %PATH% environment variable.
This system can be built and run on Windows hosts with the following build instructions
# Download the whole repo as zip and cd into it
cd .\arozos\src\
go build
arozos.exe
However, not all features are available for Windows (e.g. WiFi / Samba)
If you want to build the ArozOS system for your Raspberry Pi (or other Linux environment) without installing Go in that environment, you can build the ArozOS with cross compile mode on Windows and move the binary and the required system files to the Linux environment.
To cross compile ArozOS on different Linux platforms, you can use the commands below
:: For armv6 /armv6l, e.g. Raspberry Pi 1, Raspberry Pi Zero (w)
set GOOS=linux
set GOARCH=arm
set GOARM=6
go build
:: For armv7, e.g. Raspberry Pi 4
set GOOS=linux
set GOARCH=arm
set GOARM=7
go build
:: For arm64, e.g. Orange Pi Zero Plus (Allwinner H5), Orange Pi Zero 2 (Allwinner H616)
set GOOS=linux
set GOARCH=arm64
go build
:: For amd64, e.g. Intel / AMD CPU PC
set GOOS=linux
set GOARCH=amd64
go build
This system is not officially support MacOS. However, just in case you want to test it out on Mac, you can try the cross compile method on Windows and move the binary files to MacOS
go build
set GOOS=darwin
set GOARCH=amd64
go build
GOOS=darwin GOARCH=amd64 go build