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d3dbe75419
- Tests that depend on emitted interfaces should generally use flags that are typical for modules that have textual interfaces (e.g. `-enable-library-evolution`). - If a test is intended to produce a valid `swiftinterface` then it should verify that interface. This will help prevent interface printing regressions caused by compiler changes. - Having commonly used substitutions for tests that emit interfaces makes it easy to experiment with compiler flags that might effect interface printing. Resolves rdar://91634358
56 lines
2.5 KiB
Swift
56 lines
2.5 KiB
Swift
// RUN: %empty-directory(%t)
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// RUN: %target-swift-frontend(mock-sdk: %clang-importer-sdk) -typecheck -swift-version 5 -emit-module-interface-path %t/full-convention.swiftinterface -enable-library-evolution %s -experimental-print-full-convention -use-clang-function-types
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// RUN: %target-swift-frontend(mock-sdk: %clang-importer-sdk) -typecheck-module-from-interface %t/full-convention.swiftinterface
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// RUN: %FileCheck %s < %t/full-convention.swiftinterface
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import ctypes
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public func f(
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// CHECK: g: @convention(c)
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g: @convention(c) () -> (),
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// CHECK: h0: @convention(c)
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h0: @convention(c) (Int64) -> Int32,
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// CHECK: h1: @convention(c)
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h1: @convention(c, cType: "int (*)(long long)") (Int64) -> Int32,
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// CHECK: h1c: @convention(c, cType: "intptr_t (*)(size_t)")
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h1c: @convention(c, cType: "intptr_t (*)(size_t)") (Int) -> Int,
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// CHECK: i0: @convention(c)
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i0: @convention(c) (Int64, Int32) -> Optional<UnsafeMutablePointer<Int32>>,
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// CHECK: i1: @convention(c)
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i1: @convention(c, cType: "int *(*)(long long, int)") (Int64, Int32) -> Optional<UnsafeMutablePointer<Int32>>,
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// CHECK: i1c: @convention(c, cType: "size_t *(*)(intptr_t, ptrdiff_t)")
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i1c: @convention(c, cType: "size_t *(*)(intptr_t, ptrdiff_t)") (Int, Int) -> Optional<UnsafeMutablePointer<Int>>,
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// CHECK: p0: @convention(c)
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// CHECK: @convention(c)
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p0: @convention(c) (@convention(c) (Int32) -> Void) -> Void,
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// CHECK: p1: @convention(c)
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// CHECK: @convention(c)
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p1: @convention(c, cType: "void (*)(void (*)(int))") (@convention(c) (Int32) -> Void) -> Void,
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// CHECK: p1c: @convention(c, cType: "void (*)(void (*)(size_t))")
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// CHECK: @convention(c)
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p1c: @convention(c, cType: "void (*)(void (*)(size_t))") (@convention(c) (Int) -> Void) -> Void,
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// CHECK: p2: @convention(c)
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// CHECK: @convention(c)
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p2: @convention(c) (@convention(c, cType: "void (*)(int)") (Int32) -> Void) -> Void,
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// CHECK: p2c: @convention(c)
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// CHECK: @convention(c, cType: "void (*)(size_t)")
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p2c: @convention(c) (@convention(c, cType: "void (*)(size_t)") (Int) -> Void) -> Void,
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// CHECK: p3: @convention(c)
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// CHECK: @convention(c)
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p3: @convention(c, cType: "void (*)(void (*)(int))") (@convention(c, cType: "void (*)(int)") (Int32) -> Void) -> Void,
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// CHECK: p3c: @convention(c)
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// CHECK: @convention(c, cType: "void (*)(size_t)")
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p3c: @convention(c, cType: "void (*)(void (*)(size_t))") (@convention(c, cType: "void (*)(size_t)") (Int) -> Void) -> Void
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) {}
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