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Warning
For safety reasons, DO NOT install Red with a root user. If you are unsure how to createa new user on Linux, see this guide by DigitalOcean.
Installing the pre-requirements¶
Please install the pre-requirements using the commands listed for your operating system.
Python 3.8.1 or greater; Python 3.9 is currently not supported!
Pip 18.1 or greater
Git 2.11+
Java Runtime Environment 11 (for audio support)
We recommend installing the nano text editor as our guides may instruct you to create or edit some files. We also recommend installing some basic compiler tools in case our dependencies don’t provide pre-built “wheels” for your architecture.
Operating systems¶
Warning
Latest Python packages for Arch Linux provide Python 3.9 which Red does not currently support.To use Red on Arch Linux, you will need to install latest version of Python 3.8 on your own.
Continue by Creating a Virtual Environment.
In order to install Git 2.11 or greater, we recommend adding the IUS repository:
Complete the rest of the installation by installing Python 3.8 with pyenv.
Complete the rest of the installation by installing Python 3.8 with pyenv.
We recommend installing pyenv as a method of installing non-native versions of python onDebian/Raspbian Buster. This guide will tell you how. First, run the following commands:
Complete the rest of the installation by installing Python 3.8 with pyenv.
Fedora Linux 32 and above has all required packages available in official repositories. Installthem with dnf:
Continue by Creating a Virtual Environment.
Install Brew: in Finder or Spotlight, search for and open Terminal. In the terminal, paste thefollowing, then press Enter:
After the installation, install the required packages by pasting the commands and pressing enter,one-by-one:
Continue by Creating a Virtual Environment.
We recommend installing a community package to get Python 3.8 on openSUSE Leap 15.2+. This package willbe installed to the /opt directory.
First, add the Opt-Python community repository:
Now install the pre-requirements with zypper:
Since Python is now installed to /opt/python, we should add it to PATH. You can add a file in/etc/profile.d/ to do this:
Now, install pip with easy_install:
Continue by Creating a Virtual Environment.
openSUSE Tumbleweed has all required dependencies available in official repositories. Install themwith zypper:
Continue by Creating a Virtual Environment.
We recommend adding the git-core ppa to install Git 2.11 or greater:
We recommend adding the deadsnakes ppa to install Python 3.8.1 or greater:
Now install the pre-requirements with apt:
Continue by Creating a Virtual Environment.
We recommend adding the git-core ppa to install Git 2.11 or greater:
Now install the pre-requirements with apt:
Continue by Creating a Virtual Environment.
We recommend adding the git-core ppa to install Git 2.11 or greater:
Now, to install non-native version of python on non-LTS versions of Ubuntu, we recommendinstalling pyenv. To do this, first run the following commands:
And then complete the rest of the installation by installing Python 3.8 with pyenv.
Installing Python with pyenv¶
Note
If you followed one of the sections above, and weren’t linked here afterwards, you should skipthis section.
On distributions where Python 3.8 needs to be compiled from source, we recommend the use of pyenv.This simplifies the compilation process and has the added bonus of simplifying setting up Red in avirtual environment.
After this command, you may see a warning about ‘pyenv’ not being in the load path. Follow theinstructions given to fix that, then close and reopen your shell.
Then run the following command:
This may take a long time to complete, depending on your hardware. For some machines (such asRaspberry Pis and micro-tier VPSes), it may take over an hour; in this case, you may wish to removethe CONFIGURE_OPTS=--enable-optimizations part from the front of the command, which willdrastically reduce the install time. However, be aware that this will make Python run about 10%slower.
After that is finished, run:
Pyenv is now installed and your system should be configured to run Python 3.8.
Continue by Creating a Virtual Environment.
Creating a Virtual Environment¶
Tip
If you want to learn more about virtual environments, see page: About Virtual Environments
We require installing Red into a virtual environment. Don’t be scared, it’s verystraightforward.
You have 2 options:
Using venv (quick and easy, involves just two commands)
Using pyenv virtualenv (only available and recommended when you installed Python with pyenv)
Using venv¶
This is the quickest way to get your virtual environment up and running, as venv is shipped withpython.
First, choose a directory where you would like to create your virtual environment. It’s a good ideato keep it in a location which is easy to type out the path to. From now, we’ll call itredenv and it will be located in your home directory.
Create your virtual environment with the following command:
And activate it with the following command:
Important
You must activate the virtual environment with the above command every time you open a newshell to run, install or update Red.
Continue by Installing Red.
Using pyenvvirtualenv¶
Using pyenvvirtualenv saves you the headache of remembering where you installed your virtualenvironments. This option is only available if you installed Python with pyenv.
First, ensure your pyenv interpreter is set to python 3.8.1 or greater with the following command:
Now, create a virtual environment with the following command:
Replace <name> with whatever you like. If you ever forget what you named it,you can always use the command pyenvversions to list all virtual environments.
Now activate your virtualenv with the following command:
Important
You must activate the virtual environment with the above command every time you open a newshell to run, install or update Red. You can check out other commands like pyenvlocal andpyenvglobal if you wish to keep the virtualenv activated all the time.
Continue by Installing Red.
Installing Red¶
Choose one of the following commands to install Red.
To install without additional config backend support:
Or, to install with PostgreSQL support:
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Note
These commands are also used for updating Red
Setting Up and Running Red¶
After installation, set up your instance with the following command:
This will set the location where data will be stored, as well as yourstorage backend and the name of the instance (which will be used forrunning the bot).
Once done setting up the instance, run the following command to run Red:
It will walk through the initial setup, asking for your token and a prefix.You can find out how to obtain a token withthis guide.
Tip
If it’s the first time you’re using Red, you should check our Getting started guidethat will walk you through all essential information on how to interact with Red.
Nothing extraneous, everything intentional. To create a high-performance system based on absolute flexibility and uncompromising utility, Mac Pro was designed from the inside out. It’s a tool built to remove barriers. So you can do your greatest work.
A whole new take on the tower.
Building a workstation that delivers immense performance and modularity meant considering it as an integrated system. Through and through, Mac Pro is built to change with your needs.
A foundation for creation.
The starting point for Mac Pro, the stainless steel space frame accommodates a vast range of components and configurations. Extending from foot to handle, it provides support to the overall system and mounting points for interior components.
360 degrees of access.
A single entry point wasn’t enough. Remove the aluminum housing and you have total access to the system. The logic board is dual-sided, making it easy to add and remove components. Processor, graphics, and expansion on one side. Storage and memory on the other. Mac Pro is ready for customization when you are.
Two sides. One goal.
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The extreme performance of Mac Pro requires a tremendously capable thermal system. Three axial fans quietly push air across the CPU and the GPUs, keeping them cool under even the most intensive workloads. On the opposite side, a blower pulls the air across the memory and storage and through the power supply, exhausting it out the back of the machine.
The inside shapes the outside.
Three forged and machined aluminum pieces integrated into a single part, the housing is much more than a decorative shell. It provides rigidity to the space frame. It also acts as a tight seal for the internal cavity. Working with the fans, blower, and internal ducts, it creates distinct pressure zones to maximize the thermal capacity of the system.
Design inspired by nature.
The lattice pattern on Mac Pro is based on a naturally occurring phenomenon in molecular crystal structures. A network of three-dimensional interlocking hemispheres, it increases the surface area, optimizing airflow and structural rigidity.
More air than metal.
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To create the structure, a spherical array is machined onto the internal and external surfaces of the aluminum. The result is a lightweight lattice pattern that maximizes airflow while creating an extremely rigid structure.
Beautifully functional.
A powerful device by itself is limited unless its design takes into consideration the ways someone actually uses it. From the handles, latches, and top ports to the optional wheels and rack mount, all the components you interact with were created to work smoothly and intuitively. So you can work more efficiently than ever.
Stainless steel handles.
The rounded handles are comfortable to grip. Because they’re part of the space frame itself, Mac Pro is exceptionally solid and stable when it’s lifted or moved.
Top ports. Wheels. Top latch.
Two Thunderbolt 3 ports are placed conveniently on the top where you need them. Optional wheels make Mac Pro easy to transport across the set or from one studio to another. With a simple twist, the top latch releases the aluminum housing from the space frame, then serves as a handle to lift it, providing access to the entire system.
Rack mount.
Designed for rack workstation applications, tool-less slide rails support the most common rack sizes and depths. The rack enclosure features the 3D lattice pattern along with stainless steel handles, two USB-C ports, a power button, and a status indicator LED on the front.
A powerful partnership.
Pair Mac Pro with Pro Display XDR from Apple to create the ultimate workstation and experience your projects on the first 32-inch Retina 6K display ever.
Use AR to see Mac Pro in your workspace.
Open this page using Safari on your iPhone or iPad.
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