Initializing Installation with Oracle VM VirtualBox Manager. Open the Oracle VM VirtualBox manager, click on new, and type in the name of the new operating system you want to create; in this case, it is Arch Linux. The system will automatically pick up the type and version of the Arch Linux, based on your system’s configuration. Push-button installer of macOS on VirtualBox macos-guest-virtualbox.sh is a Bash script that creates a macOS virtual machine guest on VirtualBox with unmodified macOS installation files downloaded directly from Apple servers.
Awlan network & wireless cards driver download. Estimated reading time: 4 minutes
Welcome to Docker Desktop for Mac. This page contains information about Docker Desktop for Mac system requirements, download URLs, installation instructions, and automatic updates.
Download Docker Desktop for Mac:
By downloading Docker Desktop, you agree to the terms of the Docker Software End User License Agreement and the Docker Data Processing Agreement.
System requirements
Your Mac must meet the following requirements to successfully install Docker Desktop.
Mac with Intel chip
macOS must be version 10.14 or newer. That is, Mojave, Catalina, or Big Sur. We recommend upgrading to the latest version of macOS.
Edging paint brush. If you experience any issues after upgrading your macOS to version 10.15, you must install the latest version of Docker Desktop to be compatible with this version of macOS.
Note
Docker supports Docker Desktop on the most recent versions of macOS. That is, the current release of macOS and the previous two releases. As new major versions of macOS are made generally available, Docker stops supporting the oldest version and supports the newest version of macOS (in addition to the previous two releases). Docker Desktop currently supports macOS Mojave, macOS Catalina, and macOS Big Sur.
At least 4 GB of RAM.
VirtualBox prior to version 4.3.30 must not be installed as it is not compatible with Docker Desktop.
Mac with Apple silicon
You must install Rosetta 2 as some binaries are still Darwin/AMD64. To install Rosetta 2 manually from the command line, run the following command:
For more information, see Docker Desktop for Apple silicon.
What’s included in the installer
The Docker Desktop installation includes Docker Engine, Docker CLI client, Docker Compose, Notary, Kubernetes, and Credential Helper.
Install and run Docker Desktop on Mac
Mac Os On Virtualbox Linux
Double-click
Docker.dmg
to open the installer, then drag the Docker icon to the Applications folder.Double-click
Docker.app
in the Applications folder to start Docker. (In the example below, the Applications folder is in “grid” view mode.)The Docker menu in the top status bar indicates that Docker Desktop is running, and accessible from a terminal.
If you’ve just installed the app, Docker Desktop launches the onboarding tutorial. The tutorial includes a simple exercise to build an example Docker image, run it as a container, push and save the image to Docker Hub.
Click the Docker menu () to seePreferences and other options.
Select About Docker to verify that you have the latest version.
Congratulations! You are now successfully running Docker Desktop.
If you would like to rerun the tutorial, go to the Docker Desktop menu and select Learn.
Automatic updates
Starting with Docker Desktop 3.0.0, updates to Docker Desktop will be available automatically as delta updates from the previous version.

When an update is available, Docker Desktop displays an icon to indicate the availability of a newer version. You can start downloading the update in the background whenever it is convenient for you.
After downloading the update, all you need to do is to click Update and restart from the Docker menu. This installs the latest update and restarts Docker Desktop for the changes to take effect.
Uninstall Docker Desktop
To uninstall Docker Desktop from your Mac:
- From the Docker menu, select Troubleshoot and then select Uninstall.
- Click Uninstall to confirm your selection.
Important
Uninstalling Docker Desktop destroys Docker containers, images, volumes, andother Docker related data local to the machine, and removes the files generatedby the application. Refer to the back up and restore datasection to learn how to preserve important data before uninstalling.
Where to go next
- Getting started provides an overview of Docker Desktop on Mac, basic Docker command examples, how to get help or give feedback, and links to other topics about Docker Desktop on Mac.
- Docker Desktop for Apple silicon for detailed information about Docker Desktop for Apple silicon.
- Troubleshooting describes common problems, workarounds, howto run and submit diagnostics, and submit issues.
- FAQs provide answers to frequently asked questions.
- Release notes lists component updates, new features, and improvements associated with Docker Desktop releases.
- Get started with Docker provides a general Docker tutorial.
- Back up and restore data provides instructionson backing up and restoring data related to Docker.
I recently started flipping through The MagPi back-issues, and came across an article where someone talked about setting up a virtual Raspberry Pi environment. At the time he wrote his article, I don’t think the Pi was even really available to the public yet.
It got me thinking though. I’ve been playing around a lot on the Pi itself, but it’d be convenient to have an environment setup where I could experiment with code even when I don’t have access to the Pi.
Goal: Setup a virtual machine with Debian (from which Raspbian is derived). Install Python and other libraries and installers, so I can code solutions that can be migrated to the Pi.
Limitations: The RPi.GPIO library expects the GPIO pins to be available. If you’re not on the Pi, you can’t execute code that directly accesses them. It’ll complain loudly that you can only run your code on an actual Pi.
We’ll contemplate work-arounds later. Just wanted to state this upfront though – this solution is not a complete virtual Pi.
Also, this is an attempt to closely emulate Raspbian, not the ARM processor found on the Pi. If you’re interested in trying to emulate the processor, check out QEMU. It looked a little complicated to tackle, so I’m holding off for now, but I’d like to revisit it.
(Even better, reader kriss seems to have gotten QEMU to work, and left a helpful comment below.)
Install VirtualBox
I already use VirtualBox for emulating Windows and Ubuntu on a Mac, so I wanted to stick with that if possible.
Why not Raspbian?
Unfortunately, although Raspbian images are available for download, you can’t use them to create a VM in VirtualBox. From what I could find, it’s apparently because the Pi runs on an ARM processor, but VirtualBox is designed to emulate OS’s that support X86 processors.
Whatever the reason, all I could get was a black screen with the message:
“FATAL: No bootable medium found! System halted.”
Raspbian is based off of Debian though, so let’s use Debian.
Arm Mac Virtualbox Download
Install Debian
Go to https://www.debian.org/distrib and download the 64-bit PC netinst iso.
Create a new VirtualBox instance. Type the name “Debian” and it should auto-select type Linux and version Debian (64-bit) – if not, select them.
Set the settings according to the minimum requirements, which should pretty closely mirror the Pi. The current release is jessie. Using the graphical desktop, the recommended RAM is 1GB and hard drive space is 10GB.
Choose the ISO file you downloaded earlier and install in VirtualBox, keeping all the defaults.
Leave the network stuff the same, keeping the default hostname as-is and the domain name empty. Create passwords when prompted, and choose ‘yes’ when it asks you “write the changes to disks?”. Go get a cup of coffee. And a sandwich. It’s going to unpackage and install a lot of files, which can take 10-15 minutes.
When you finally get to the “device for boot loader installation” prompt, select the “/dev/sda” option from the list and continue. It’ll reboot and finally let you login.
When you finally get into Debian, click “Activities” in the upper-left and type in “term” to find the Terminal application.
Verify Python is Installed
You can verify that python2 and python3 are already installed by starting each shell.
Upgrading Packages
From time to time, you may want to upgrade the packages installed on your new VM. To do that, you’ll need to be logged in as root, but “sudo” isn’t installed by default. You can follow this tutorial to install sudo, or just type “su” and enter your password. Personally, I’d recommend installing sudo. Every example you find is going to tell you to use it, not to type “su”.
To upgrade installed packages, run:
Get Git
Once you start developing code, the easiest way to migrate it to the Pi will be to commit it to GitHub in your VM, and then pull it from GitHub on the Pi. For that, you’ll need to install git:
Try Out a Script
Let’s clone a project from GitHub and try out a script. There’s a repo on GitHub that’s full of “hello world” scripts in different languages. Let’s use that.
Create a new directory and clone “https://github.com/leachim6/hello-world.git”. Run the “p/python.py” file.
Installing Other Dependencies
You can install whatever else you’d normally install on Raspbian too.
Do you use Pibrella? Follow “Emulating a Raspberry Pi on Virtualbox”, starting half-way down under the header “Pibrella Module Installation” and “Python 3 Addition”.
If you typically use the pip package manager, you can easily install that too.
What about the GPIO pins and RPi.GPIO?
Arm Mac Virtualbox Free
I use the RPi.GPIO library for easily communicating with the GPIO pins from my Python scripts.
You can install the RPi.GPIO library using pip install RPi.GPIO.

Arm Mac Virtualbox Login
If you get the following error message, it can’t find some file. Run apt-get install python-dev
to make it happy.
It should install okay, but if you try to run a script that takes advantage of it, you’ll get the loud error message I posted up at the top of this post. It wants the GPIO pins to be present.
Drivers asus others. I can think of an easy fix and a hard fix.
The hard fix would be to somehow trick Debian into thinking the hardware is present. I have no idea how to do that, but I’d love to find a way to trick it, and have an app that shows a Raspberry Pi. And every time RPi.GPIO tries to enable or disable a pin, the app intercepted it and indicated what was going on.
The easy(ier) fix is to write a GPIO script that mirrors all the functions in the official RPi.GPIO library, but just outputs a message to the console saying that a pin has been turned on, or off, or adjusted somehow. Tedious, but doable. I already made one with just a few functions for one of my scripts.
Make sure you include a line like this at the top of your scripts:
Then create a mock script called MyMockedGpio or whatever you want. When you want to test things without the Pi, just replace the above line with:
And the rest of your code should be none the wiser.
If you didn’t know where to start, hopefully this helps you out. And if you manage to take this to the next level, I’d love to hear from you! Feel free to leave a comment below..
