12/29/2023 0 Comments Keybase m1 mac![]() Now we’ve created a copy of our terminal app that can be used for tools not yet available for the M1. Open the native version of your terminal app to see what the output of those commands look like otherwise: $ arch Open the Rosetta-version of your terminal app and confirm it’s using Rosetta: $ arch Right-click on the new Rosetta terminal copy, and click “Get Info”.Ĭheck “Open using Rosetta” then close the “Get Info” window. Name the copy Rosetta-iTerm.app (or Rosetta-Terminal.app, or whatever that makes sense to you). Open Finder to /Applications (or /Applications/Utilities if using Terminal.app).Ĭreate a copy of iTerm.app (or Terminal.app).Having both makes it easy to visually separate which environment you’re working in, as you can now customize the look and theme of each terminal app. You may find it a lot easier to have two copies of iTerm.app (or Terminal.app), one that runs with Rosetta, and one that does not. However, if you choose to skip this step, you’ll want to do Step 3.3. Optional Step 2: iTerm2 for Rosetta and Native In a terminal, run: softwareupdate -install-rosetta -agree-to-license Then there’s Docker, which will run fine on Apple Silicon, but can cause frustration when trying to build & deploy to a non-M1 environment. ![]() For instance, for Python, there are many packages with C-extensions whose binaries are not yet built for the M1, causing a lot of headaches (I’m looking at you, grpcio, tensorflow, librosa). While many apps for macOS have transitioned to running on M1 machines, there are still a lot of non-user-facing (a.k.a developer-facing) software and tools that do not play nicely. Rosetta 2 is an “emulator” or a translator for software built for Intel-based processors to run on Apple’s Silicon/M1 processors. To start, here are the relevant details of the machine I’m working with, as of the date of this post:
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