- How to virtualize an apple server os install#
- How to virtualize an apple server os update#
- How to virtualize an apple server os code#
- How to virtualize an apple server os download#
How to virtualize an apple server os update#
This approaching change means that iOS and macOS development teams will need to update their CI/CD processes to align with Apple’s new hardware. With the November 2020 release of its new ARM-based M1 chip, Apple has made clear its intentions to eventually discontinue support for previous, Intel-based machines. You should also see the new agent listed in the appropriate agent pool in the Azure UI, which will look like the following: Confirming successĪfter starting the Azure DevOps self-hosted agent for macOS, you should see a “Listening for jobs” dialogue in the terminal. Next, you can simply press Enter to select PAT as your authentication type, and then finally paste the PAT you collected earlier into the terminal when prompted.Īnd with that, you’ll be ready to start the agent by running. When you do, you will see the following dialogue in the terminal:įirst, you will need to provide the server URL, which is. config.sh, as shown above, in order to associate the agent with your organization in Azure DevOps. Again, please refer to the following screenshot.Īfter extracting the agent into a newly-created directory, you’ll need to run. You’ll then simply need to run the provided commands on your M1 mini to configure and start the agent.
How to virtualize an apple server os code#
Avoid the code signing errorĪfter downloading, but before extracting the agent, you’ll need to run the following to allow the agent to run on Mac as it is currently distributed: xattr -c vsts-agent-osx-圆4-2.193.0.tar Complete the installation
How to virtualize an apple server os install#
NOTE: if you have not yet done so, you will be prompted to install Rosetta 2 on your Apple M1 machine.
How to virtualize an apple server os download#
Then, you’ll need to select the macOS agent version and Download the agent onto your M1 mini by clicking Download. Next, either select or create the agent pool you intend to use for your iOS or macOS CI/CD workflow by first clicking Agent pools in the left sidebar and then clicking New agent as shown in the following screenshot. To do so, navigate to Project Settings on the left sidebar of the Azure DevOps portal, as shown below. Within your Azure DevOps project, you’ll need to either select an existing agent pool to add your M1 mini to or you can create a new one. NOTE: You’ll need to copy the PAT when the hash is generated, as it will only be available to view at that point and it won’t be displayed again after this step.ĭownload and extract the Azure DevOps Agent You can select Show all scopes at the bottom of the window to see the complete list of possible scopes to set permissions for. At a minimum, the PAT will need read and manage permissions for Agent Pools scope. Generate a personal access tokenīefore you begin, you’ll need to generate a personal access token (PAT) for a user with adequate permissions within your Azure DevOps organization. Today, we’ll walk through the process of adding a MacStadium-hosted Apple M1 Mac mini to an Azure DevOps Agent Pool, so that it can execute arm64 builds in your macOS or iOS Xcode pipeline. Thankfully, teams that are using Microsoft Azure’s DevOps solution have a relatively straightforward path to getting this new hardware incorporated into their existing pipeline(s) by self-hosting the Azure DevOps Agent on an Apple M1 Mac mini hosted by MacStadium. What this means for development teams is that they will need to update their CI/CD pipelines to accommodate this M1 hardware. This is due to the fact that Apple has made clear its intentions of eventually – although not immediately – dropping support for Intel-based machines. First released in November of last year, Apple’s ARM-based M1 chip is quickly figuring into development and release planning for macOS and iOS development teams.