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  1. OSx86 Project | InsanelyMac

  2. Home | tonymacx86.com

  3. People also ask
    Although you can create this binary on an Intel-based Mac computer, you can’t run or debug the arm64 slice of it. Only a Mac with Apple silicon is capable of running and debugging both slices of your binary; use Rosetta translation to run and debug the x86_64 slice.
    On an Intel-based Mac computer, the system always executes the x86_64 slice of the binary. On Apple silicon, the system prefers to execute the arm64 slice when one is present. Users can force the system to run the app under Rosetta translation by enabling the appropriate option from the app’s Get Info window in the Finder.
    If you verified that your app runs correctly on both Apple silicon and Intel-based Mac computers, add the LSArchitecturePriority key to your app’s Info.plist file and list the arm64 architecture first. Create a version of your macOS app that runs on both Apple silicon and Intel-based Mac computers.
    Intel-based Macs would run a new recompiled version of OS X along with Rosetta, a binary translation layer which enables software compiled for PowerPC Mac OS X to run on Intel Mac OS X machines. The system was included with Mac OS X versions up to version 10.6.8. Apple dropped support for Classic mode on the new Intel Macs.
    en.wikipedia.org
  4. OSx86 - Wikipedia

  5. Infinite Mac

  6. 2021年 Windowsパソコンで macOSを動かす OSX86 ...

  7. macOS をダウンロードしてインストールする方法 - Apple サポー …

  8. Building a Universal macOS Binary - Apple Developer

  9. UTM | Virtual machines for Mac

  10. macOS - Wikipedia

  11. Mac に搭載されている macOS を調べる - Apple サポート (日本)

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