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Document all Apple targets in rustc's platform support
- Fixed std support in top-level docs. - Added `*-apple-darwin` docs. - Added `i686-apple-darwin` docs. - Moved `aarch64-apple-ios-sim` to `*-apple-ios` and document all the iOS targets there. - Added `*-apple-ios-macabi` docs. - Add myself (madsmtm) as co-maintainer of most of these targets.
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src/doc/rustc/src/platform-support/aarch64-apple-ios-sim.md
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| # `*-apple-darwin` | ||
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| Apple macOS targets. | ||
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| **Tier: 1** | ||
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| - `x86_64-apple-darwin`: macOS on 64-bit x86. | ||
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| **Tier: 2 (with Host Tools)** | ||
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| - `aarch64-apple-darwin`: macOS on ARM64 (M1-family or later Apple Silicon CPUs). | ||
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| ## Target maintainers | ||
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| - [@thomcc](https://github.com/thomcc) | ||
| - [@madsmtm](https://github.com/madsmtm) | ||
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| ## Requirements | ||
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| ### OS version | ||
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| The minimum supported version is macOS 10.12 Sierra on x86, and macOS 11.0 Big | ||
| Sur on ARM64. | ||
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| This version can be raised per-binary by changing the [deployment target], | ||
| which might yield more performance optimizations. `rustc` respects the common | ||
| environment variables used by Xcode to do so, in this case | ||
| `MACOSX_DEPLOYMENT_TARGET`. | ||
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| The current default deployment target for `rustc` can be retrieved with | ||
| [`rustc --print=deployment-target`][rustc-print]. | ||
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| [deployment target]: https://developer.apple.com/library/archive/documentation/DeveloperTools/Conceptual/cross_development/Configuring/configuring.html | ||
| [rustc-print]: ../command-line-arguments.md#option-print | ||
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| ### Binary format | ||
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| The default binary format is Mach-O, the executable format used on Apple's | ||
| platforms. | ||
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| ## Building | ||
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| These targets are distributed through `rustup`, and otherwise require no | ||
| special configuration. | ||
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| ## Testing | ||
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| There are no special requirements for testing and running this target. | ||
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| x86 binaries can be run on Apple Silicon by using Rosetta. | ||
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| ## Cross-compilation toolchains and C code | ||
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| Cross-compilation of these targets are supported using Clang, but may require | ||
| Xcode or the macOS SDK (`MacOSX.sdk`) to be available to compile C code and | ||
| to link. | ||
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| The path to the SDK can be passed to `rustc` using the common `SDKROOT` | ||
| environment variable. |
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| # `*-apple-ios-macabi` | ||
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| Apple Mac Catalyst targets. | ||
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| **Tier: 3** | ||
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| - `aarch64-apple-ios-macabi`: Mac Catalyst on ARM64. | ||
| - `x86_64-apple-ios-macabi`: Mac Catalyst on 64-bit x86. | ||
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| ## Target maintainers | ||
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| - [@madsmtm](https://github.com/madsmtm) | ||
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| ## Requirements | ||
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| These targets are cross-compiled, and require the corresponding macOS SDK | ||
| (`MacOSX.sdk`) which contain `./System/iOSSupport` headers to allow linking to | ||
| iOS-specific headers, as provided by Xcode 11 or higher. | ||
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| The path to the SDK can be passed to `rustc` using the common `SDKROOT` | ||
| environment variable. | ||
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| ### OS version | ||
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| The minimum supported version is iOS 13.1. | ||
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| This can be raised per-binary by changing the deployment target. `rustc` | ||
| respects the common environment variables used by Xcode to do so, in this | ||
| case `IPHONEOS_DEPLOYMENT_TARGET`. | ||
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| ## Building the target | ||
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| The targets can be built by enabling them for a `rustc` build in | ||
| `config.toml`, by adding, for example: | ||
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| ```toml | ||
| [build] | ||
| target = ["aarch64-apple-ios-macabi", "x86_64-apple-ios-macabi"] | ||
| ``` | ||
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| Using the unstable `-Zbuild-std` with a nightly Cargo may also work. | ||
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| ## Building Rust programs | ||
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| Rust programs can be built for these targets by specifying `--target`, if | ||
| `rustc` has been built with support for them. For example: | ||
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| ```console | ||
| $ rustc --target aarch64-apple-ios-macabi your-code.rs | ||
| ``` | ||
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| ## Testing | ||
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| Mac Catalyst binaries can be run directly on macOS 10.15 Catalina or newer. | ||
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| x86 binaries can be run on Apple Silicon by using Rosetta. | ||
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| Note that using certain UIKit functionality requires the binary to be bundled. |
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