Install via Docker¶
This installation method is currently under testing and awaiting feedback from users. Should you run into problems or have found a fix to solve errors along the way, feel free to reach out through our Discord support channel.
Install Docker and change permissions
curl -fsSL https://get.docker.com -o get-docker.sh sudo sh get-docker.sh sudo usermod -a -G docker $USER
Start and automate Docker
sudo systemctl start docker && sudo systemctl enable docker
Exit terminal/shell to refresh shell
Restart terminal — close and restart your terminal window to enable the correct permissions for
docker command before proceeding.
The Latest ARM version can be found here (filter list by "arm") - Hummingbot DockerHub
You can install Hummingbot with either of the following options:
- Scripts: download and use automated install scripts
- Manual: run install commands manually
# 1) Download Hummingbot install, start, and update script wget https://raw.githubusercontent.com/hummingbot/hummingbot/development/installation/docker-commands/create.sh wget https://raw.githubusercontent.com/hummingbot/hummingbot/development/installation/docker-commands/start.sh wget https://raw.githubusercontent.com/hummingbot/hummingbot/development/installation/docker-commands/update.sh # 2) Enable script permissions chmod a+x *.sh # 3) Create a hummingbot instance ./create.sh # 4) Pull Hummingbot ARM image when asked what version to use Enter Hummingbot version: [ latest/development ] ( default = 'latest' ) >> version-1.7.0-arm_beta
# 1) Create folder for your new instance mkdir hummingbot_files # 2) Create folders for logs, config files and database file mkdir hummingbot_files/hummingbot_conf mkdir hummingbot_files/hummingbot_logs mkdir hummingbot_files/hummingbot_data mkdir hummingbot_files/hummingbot_scripts # 3) Launch a new instance of hummingbot docker run -it \ --network host \ --name hummingbot-instance \ --mount "type=bind,source=$(pwd)/hummingbot_files/hummingbot_conf,destination=/conf/" \ --mount "type=bind,source=$(pwd)/hummingbot_files/hummingbot_logs,destination=/logs/" \ --mount "type=bind,source=$(pwd)/hummingbot_files/hummingbot_data,destination=/data/" \ --mount "type=bind,source=$(pwd)/hummingbot_files/hummingbot_scripts,destination=/scripts/" \ hummingbot/hummingbot:version-1.7.0-arm_beta
Install from source¶
This guide walks you through how to prepare your development environment and get started developing for Hummingbot.
Running Hummingbot on a Raspberry Pi has the same main benefit of running it on a cloud server: having a dedicated machine for Hummingbot. Raspberry Pi’s are relatively low cost, easy to set up, and, of course, don’t have the monthly charges associated with a cloud provider.
Read through our full blog post about Deploying Hummingbot on a Raspberry Pi.
The only way to currently install Hummingbot on a Raspberry Pi is by downloading the source files from GitHub and compiling and running from source. This adds a few more steps than downloading binaries or running from Docker, but below we have provided a step-by-step guide to walk you through the process.
Install 64-bit Raspberry Pi OS
To run Hummingbot on a Raspberry Pi, a 64-bit OS is required. Raspberry Pi now has an official 64-bit version of the Raspberry Pi OS. You can download the 64-bit OS from the Raspberry Pi website.
Load the image file to your Raspberry Pi’s SD card
Raspberry Pi has an easy to follow guide with alternatives on how to load the SD card with a Raspberry Pi OS from different operating systems.
Boot your Raspberry Pi
Insert your SD card into the Raspberry Pi and plug in the power source. From there, the first launch options will be prompted.
Install Hummingbot dependencies
Open the Raspberry Pi terminal. In the top left corner of the desktop, there is a shortcut that opens the terminal.
# Install Miniforge, Python and update alternatives wget https://github.com/conda-forge/miniforge/releases/latest/download/Miniforge3-Linux-aarch64.sh sh Miniforge3-Linux-aarch64.sh sudo apt-get install python3.7 sudo update-alternatives --install /usr/bin/python python /usr/bin/python3 1
Logout and login again to enable
conda, this will make the
conda command available in shell / terminal.
Clone project and install dependencies
# Clone the Hummingbot repo from Github git clone https://github.com/hummingbot/hummingbot.git # Install the pip dependencies cd hummingbot ./install conda activate hummingbot
Compile and run Hummingbot
# Clean your Hummingbot directory and compile ./clean && ./compile # Run Hummingbot bin/hummingbot.py
Create Hummingbot ARM image for Docker¶
This guide would help you build your own Hummingbot ARM image when there is a new release. Please be advised that for every new release, you would need to install from source first and follow the steps provided in order to create an image that you can use for your RaspberryPi docker.
- Go to your source directory and run the command below
# Set a name of your image on insert_name docker build -t coinalpha/hummingbot:insert_name -f Dockerfile.arm .
On this sample, we set
v036 for the name of the image. This is needed when you run
Building the Hummingbot ARM image from source would normally take 45 minutes or more
Controlling remotely using VNC Viewer¶
SSH and VNC features are natively built into the Raspberry Pi and can easily be turned on in the Raspberry Pi configurations settings. By turning these on, you can access the Raspberry Pi from another computer by:
- Using terminal to SSH, similar to how you would access a cloud server
- Using VNC to enable remote desktop access to the Raspberry Pi GUI.
This is very convenient; after initial setup of the Raspberry Pi, you can simply unplug the monitor, keyboard and mouse, and just set the Raspberry Pi itself aside and just access it remotely going forward.
Enable SSH and VNC on your Raspberry Pi¶
- Option 1: Terminal using raspi-config
Under Interfacing Options, enable SSH and VNC.
- Option 2: Access in Raspberry Pi Configuration
Select the menu in the top left corner of the screen then go to Preferences > Raspberry Pi configuration > Interfaces from there you will see options to enable SSH and VNC.
Set a default screen resolution in
7 Advanced Options >
A5 Resolution to enable VNC access to the GUI whenever you boot the Raspberry Pi without a connected monitor. For troubleshooting please visit this link.
Setting a default resolution will avoid the following error:
Get your Raspberry Pi’s IP address¶
ifconfig to get the IP address of your Raspberry Pi to enter into your VNC Viewer. For SSH, you can run
ssh pi@[ipaddress]. The IP address is the
inet address which is not the localhost IP address 127.0.0.1: