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3689427834
- when compiling embedded cross compile target standard libraries, include AVR - add 16-bit pointer as a conditional compilation condition and get the void pointer size right for gyb sources - attempt to fix clang importer not importing __swift_intptr_t correctly on 16 bit platforms - changed the unit test target to avr-none-none-elf to match the cmake build [AVR] got the standard library compiling in a somewhat restricted form: General - updated the Embedded Runtime - tweaked CTypes.swift to fix clang import on 16 bit platforms Strings - as discussed in https://forums.swift.org/t/stringguts-stringobject-internals-how-to-layout-on-16-bit-platforms/73130, I went for just using the same basic layout in 16 bit as 32 bit but with 16 bit pointers/ints... the conversation is ongoing, I think something more efficient is possible but at least this compiles and will probably work (inefficiently) Unicode - the huge arrays of unicode stuff in UnicodeStubs would not compile, so I skipped it for AVR for now. Synchronization - disabled building the Synchronization library on AVR for now. It's arguable if it adds value on this platform anyway.
9 lines
228 B
Swift
9 lines
228 B
Swift
// RUN: %swift -typecheck %s -verify -target avr-none-none -disable-objc-interop -parse-stdlib
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#if arch(avr) && os(none) && _runtime(_Native) && _endian(little) && _pointerBitWidth(_16)
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class C {}
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var x = C()
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#endif
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var y = x
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