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| Description | Miguel Ventura’s blog : Dotnet core debugging in Apple Silicon Miguel Ventura’s blog : Dotnet core debugging in Apple Silicon (M1) 2021-08-09 Apple is transitioning its processors’ architecture from Intel (x86_64) to |
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Última atualização: 2022-10-11 19:16:32
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| Miguel Ventura’s blog : Dotnet core debugging in Apple Silicon (M1) 2021-08-09 Apple is transitioning its processors’ architecture from Intel (x86_64) to ARM (arm64e) for its line of laptop and desktop computers. The M1 is the first processor in this transition. Programs built for one architecture don’t run on the other, but to make this transition smooth, Apple is using a few tricks it already used in past transitions. One of these tricks is Rosetta, which effectively acts as an emulator, allowing x86_64 applications to run in arm64e as if they were running in x86_64. The other trick is fat binaries, which Apple calls universal binaries. These are binaries that contain multiple copies of the code, one for each target architecture. When the time comes to run the program, the system selects the copy of the code that matches the architecture where it’s running. The disadvantage is that the binaries get a lot larger, but it’s great for distribution as users don’t need to worry about |
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