Let’s see how we can write the configuration in Swift. But since we are dealing with virtual machines, we'll do this in code. Configuring a virtual machine is just like that. We can add a trackpad, and we can interact with the UI. We can add a display, and we get to see the content. We can start from a simple configuration. We define how many CPUs we want, how much memory, what kind of devices. Creating a configuration is like configuring a Mac on the Apple Store. We'll start with looking at the configuration. Those objects abstract virtual machines and how to interact with them. The second kind are virtual machine objects. They define all the properties of our virtual machines. The first kind are configuration objects. When using Virtualization framework, we'll deal with two kinds of objects. Today, our session will focus on Virtualization framework. ![]() Virtualization framework enables the creation of virtual machines running macOS on Apple silicon or Linux on both Apple silicon and Intel. ![]() For this, there is a higher-level API, which is Virtualization framework. Oftentimes, we want to run full operating systems. But, because it's a low-level framework, you need to write every single detail of the virtual environment. Hypervisor framework is a low-level API that lets you virtualize CPUs and memory. To use those capabilities from your application, you can use Hypervisor framework. You no longer need to write kernel extensions, or KEXTs. And this is built right into the macOS kernel. Next, we need software to take advantage of this hardware. This means you can run multiple operating systems on top of a single SoC. Apple silicon has special hardware that enables the virtualization of CPUs and memory. We'll first look into the stack that enables virtualization. We'll see how to run full Linux distributions and some cool new features. And finally, we'll do a second deep dive, this time into Linux. We'll see how we can set up a virtual Mac and install macOS into it. We will start with an overview of virtualization technologies, and we'll see how to use Virtualization framework to build virtual machines. This may seem a little ambitious, but stick with us, and we'll do it together. By the end of this session, you will be able to do the same on your own Mac. We'll see how you can run macOS and Linux inside virtual machines, on Apple silicon. This is what we are going to do together today. DS_Store files etc.Benjamin Poulain: Hi everyone, and welcome to our session about virtualization. Also, better SMB optimization like, custom nf settings, the ability to choose to remove. Some areas of improvement I would love to see are, further customizing the mount points, by allowing us to set a custom mount point name which we would like to appear, for example, the path server/files/shared I would like to customize it more naming it S - Drive. (2) exporting setting to configuration profiles so that you can deploy the settings easily with Jamf Pro, and (3) other cool features like, custom mount points, run apps/scripts or open files on successful mount, and safely unmounting if the drive is unavailable.ĪutoMounter is not perfect, but its damn close. I understand that most of you already use login items and finder to achieve this or other tools like mountain duck and expandrive, but what sets this apart from the competition, this was written with the SysAdmin in mind.ĪutoMounter and its pro settings, go a little further then its competition by offering better customization by using (1) mount rules to auto mount the drive(s) if any or all the set rules were met, I searched Jamfnation a did not find much info about it, so I decided to share some info on it.ĪutoMounter by Pixeleyes LTD, allows you to manage your AFP/SMB/HTTPS/FTP shares and automount them on your mac. ![]() I hope this would be useful for someone other than me.
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