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b5384bc8a6
This PR implements proper support for optional generic associated values in enum cases. Most of the code changes are supporting generic types in more contexts in the printer, the rest are making sure we handle the null pointer case when we try to get the declaration from the type that represents a generic parameter. rdar://131112273
344 lines
15 KiB
Swift
344 lines
15 KiB
Swift
// RUN: %empty-directory(%t)
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// RUN: %target-swift-frontend %s -typecheck -module-name Generics -enable-experimental-cxx-interop -emit-clang-header-path %t/generics.h
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// RUN: %FileCheck %s < %t/generics.h
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// RUN: %check-interop-cxx-header-in-clang(%t/generics.h -Wno-reserved-identifier -DSWIFT_CXX_INTEROP_HIDE_STL_OVERLAY)
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// RUN: %empty-directory(%t)
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// RUN: %target-swift-frontend %s -enable-library-evolution -typecheck -module-name Generics -clang-header-expose-decls=all-public -emit-clang-header-path %t/generics.h
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// RUN: %FileCheck %s < %t/generics.h
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// RUN: %check-interop-cxx-header-in-clang(%t/generics.h -Wno-reserved-identifier -DSWIFT_CXX_INTEROP_HIDE_STL_OVERLAY)
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// FIXME: remove the need for -Wno-reserved-identifier
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public class TracksDeinit {
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init() {
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print("init-TracksDeinit")
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}
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deinit {
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print("destroy-TracksDeinit")
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}
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}
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public func constructTracksDeinit() -> TracksDeinit {
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return TracksDeinit()
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}
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@frozen
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public struct StructForEnum {
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let x: TracksDeinit
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public init() {
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x = TracksDeinit()
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}
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}
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@frozen public enum GenericOpt<T> {
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case none
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case some(T)
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public func method() {
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let copyOfSelf = self
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print("GenericOpt<T>::testme::\(copyOfSelf);")
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}
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public mutating func reset() {
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self = .none
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}
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public func genericMethod<T>(_ x: T) -> T {
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print("GenericOpt<T>::genericMethod<T>::\(self),\(x);")
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return x
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}
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public var computedProp: Int {
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return 42
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}
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}
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public func makeGenericOpt<T>(_ x: T) -> GenericOpt<T> {
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return .some(x)
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}
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public func makeConcreteOpt(_ x: UInt16) -> GenericOpt<UInt16> {
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return GenericOpt<UInt16>.some(x)
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}
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public func takeGenericOpt<T>(_ x: GenericOpt<T>) {
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print(x)
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}
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public func takeConcreteOpt(_ x: GenericOpt<UInt16>) {
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print("CONCRETE opt:", x, ";")
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}
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public func inoutGenericOpt<T>(_ x: inout GenericOpt<T>, _ y: T) {
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switch (x) {
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case .some:
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x = .none
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case .none:
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x = .some(y)
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}
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}
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public func inoutConcreteOpt(_ x: inout GenericOpt<UInt16>) {
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switch (x) {
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case .some(let x_):
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x = .some(x_ * 3)
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case .none:
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break
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}
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}
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@frozen public enum GenericCustomType<T> {
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case success(T?)
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case failure
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}
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// CHECK: namespace Generics SWIFT_PRIVATE_ATTR SWIFT_SYMBOL_MODULE("Generics") {
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// CHECK: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: class SWIFT_SYMBOL("s:8Generics17GenericCustomTypeO") GenericCustomType;
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// CHECK: static inline const constexpr bool isOpaqueLayout<Generics::GenericCustomType<T_0_0>> = true;
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// CHECK: template<class T_0_0>
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// CHECK: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: class SWIFT_SYMBOL("s:8Generics10GenericOptO") GenericOpt;
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// CHECK: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: static inline const constexpr bool isUsableInGenericContext<Generics::GenericOpt<T_0_0>> = isUsableInGenericContext<T_0_0>;
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// CHECK: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: class _impl_GenericOpt;
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// CHECK: SWIFT_EXTERN swift::_impl::MetadataResponseTy $s8Generics10GenericOptOMa(swift::_impl::MetadataRequestTy, void * _Nonnull) SWIFT_NOEXCEPT SWIFT_CALL;
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// CHECK: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: class SWIFT_SYMBOL("s:8Generics10GenericOptO") GenericOpt final {
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// CHECK-NEXT: public:
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// CHECK-NEXT: #ifndef __cpp_concepts
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// CHECK-NEXT: static_assert(swift::isUsableInGenericContext<T_0_0>, "type cannot be used in a Swift generic context");
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// CHECK-NEXT: #endif
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// CHECK-NEXT: SWIFT_INLINE_THUNK ~GenericOpt() noexcept {
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// CHECK-NEXT: auto metadata = _impl::$s8Generics10GenericOptOMa(0, swift::TypeMetadataTrait<T_0_0>::getTypeMetadata());
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// CHECK-NEXT: auto *vwTableAddr = reinterpret_cast<swift::_impl::ValueWitnessTable **>(metadata._0) - 1;
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// CHECK-NEXT: #ifdef __arm64e__
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// CHECK-NEXT: auto *vwTable = reinterpret_cast<swift::_impl::ValueWitnessTable *>(ptrauth_auth_data(reinterpret_cast<void *>(*vwTableAddr), ptrauth_key_process_independent_data, ptrauth_blend_discriminator(vwTableAddr, 11839)));
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// CHECK-NEXT: #else
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// CHECK-NEXT: auto *vwTable = *vwTableAddr;
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// CHECK-NEXT: #endif
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// CHECK-NEXT: vwTable->destroy(_getOpaquePointer(), metadata._0);
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// CHECK-NEXT: }
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// CHECK: enum class cases {
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// CHECK-NEXT: some SWIFT_SYMBOL("s:8Generics10GenericOptO4someyACyxGxcAEmlF"),
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// CHECK-NEXT: none SWIFT_SYMBOL("s:8Generics10GenericOptO4noneyACyxGAEmlF")
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// CHECK-NEXT: };
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// CHECK: SWIFT_INLINE_THUNK GenericOpt<T_0_0> operator()(const T_0_0& val) const;
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// CHECK-NEXT: } some SWIFT_SYMBOL("s:8Generics10GenericOptO4someyACyxGxcAEmlF");
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// CHECK: SWIFT_INLINE_THUNK GenericOpt<T_0_0> operator()() const;
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// CHECK-NEXT: } none SWIFT_SYMBOL("s:8Generics10GenericOptO4noneyACyxGAEmlF");
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// CHECK: SWIFT_INLINE_THUNK operator cases() const {
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// CHECK-NEXT: switch (_getEnumTag()) {
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// CHECK-NEXT: case 0: return cases::some;
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// CHECK-NEXT: case 1: return cases::none;
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// CHECK-NEXT: default: abort();
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// CHECK-NEXT: }
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// CHECK-NEXT: }
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// CHECK: SWIFT_INLINE_THUNK void method() const SWIFT_SYMBOL("s:8Generics10GenericOptO6methodyyF");
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// CHECK-NEXT: SWIFT_INLINE_THUNK void reset() SWIFT_SYMBOL("s:8Generics10GenericOptO5resetyyF");
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// CHECK-NEXT: template<class T_1_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_1_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: SWIFT_INLINE_THUNK T_1_0 genericMethod(const T_1_0& x) const SWIFT_SYMBOL("s:8Generics10GenericOptO13genericMethodyqd__qd__lF");
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// CHECK-NEXT: SWIFT_INLINE_THUNK swift::Int getComputedProp() const SWIFT_SYMBOL("s:8Generics10GenericOptO12computedPropSivp");
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// CHECK: SWIFT_INLINE_THUNK void inoutConcreteOpt(GenericOpt<uint16_t>& x) noexcept SWIFT_SYMBOL("s:8Generics16inoutConcreteOptyyAA07GenericD0Oys6UInt16VGzF") {
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// CHECK-NEXT: _impl::$s8Generics16inoutConcreteOptyyAA07GenericD0Oys6UInt16VGzF(_impl::_impl_GenericOpt<uint16_t>::getOpaquePointer(x));
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// CHECK-NEXT: }
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// CHECK: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: SWIFT_INLINE_THUNK void inoutGenericOpt(GenericOpt<T_0_0>& x, const T_0_0& y) noexcept SWIFT_SYMBOL("s:8Generics15inoutGenericOptyyAA0cD0OyxGz_xtlF") {
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// CHECK-NEXT: #ifndef __cpp_concepts
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// CHECK-NEXT: static_assert(swift::isUsableInGenericContext<T_0_0>, "type cannot be used in a Swift generic context");
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// CHECK-NEXT: #endif
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// CHECK-NEXT: _impl::$s8Generics15inoutGenericOptyyAA0cD0OyxGz_xtlF(_impl::_impl_GenericOpt<T_0_0>::getOpaquePointer(x), swift::_impl::getOpaquePointer(y), swift::TypeMetadataTrait<T_0_0>::getTypeMetadata());
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// CHECK-NEXT: }
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// CHECK: SWIFT_INLINE_THUNK GenericOpt<uint16_t> makeConcreteOpt(uint16_t x) noexcept SWIFT_SYMBOL("s:8Generics15makeConcreteOptyAA07GenericD0Oys6UInt16VGAFF") SWIFT_WARN_UNUSED_RESULT {
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// CHECK-NEXT: return _impl::_impl_GenericOpt<uint16_t>::returnNewValue([&](char * _Nonnull result) SWIFT_INLINE_THUNK_ATTRIBUTES {
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// CHECK-NEXT: _impl::swift_interop_returnDirect_Generics_uint32_t_0_4(result, _impl::$s8Generics15makeConcreteOptyAA07GenericD0Oys6UInt16VGAFF(x));
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// CHECK-NEXT: });
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// CHECK-NEXT: }
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// CHECK: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: SWIFT_INLINE_THUNK GenericOpt<T_0_0> makeGenericOpt(const T_0_0& x) noexcept SWIFT_SYMBOL("s:8Generics14makeGenericOptyAA0cD0OyxGxlF") SWIFT_WARN_UNUSED_RESULT {
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// CHECK-NEXT: #ifndef __cpp_concepts
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// CHECK-NEXT: static_assert(swift::isUsableInGenericContext<T_0_0>, "type cannot be used in a Swift generic context");
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// CHECK-NEXT: #endif
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// CHECK-NEXT: return _impl::_impl_GenericOpt<T_0_0>::returnNewValue([&](char * _Nonnull result) SWIFT_INLINE_THUNK_ATTRIBUTES {
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// CHECK-NEXT: _impl::$s8Generics14makeGenericOptyAA0cD0OyxGxlF(result, swift::_impl::getOpaquePointer(x), swift::TypeMetadataTrait<T_0_0>::getTypeMetadata());
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// CHECK-NEXT: });
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// CHECK-NEXT: }
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// CHECK: SWIFT_INLINE_THUNK void takeConcreteOpt(const GenericOpt<uint16_t>& x) noexcept SWIFT_SYMBOL("s:8Generics15takeConcreteOptyyAA07GenericD0Oys6UInt16VGF") {
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// CHECK-NEXT: _impl::$s8Generics15takeConcreteOptyyAA07GenericD0Oys6UInt16VGF(_impl::swift_interop_passDirect_Generics_uint32_t_0_4(_impl::_impl_GenericOpt<uint16_t>::getOpaquePointer(x)));
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// CHECK-NEXT: }
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// CHECK: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: SWIFT_INLINE_THUNK void takeGenericOpt(const GenericOpt<T_0_0>& x) noexcept SWIFT_SYMBOL("s:8Generics14takeGenericOptyyAA0cD0OyxGlF") {
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// CHECK-NEXT: #ifndef __cpp_concepts
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// CHECK-NEXT: static_assert(swift::isUsableInGenericContext<T_0_0>, "type cannot be used in a Swift generic context");
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// CHECK-NEXT: #endif
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// CHECK-NEXT: _impl::$s8Generics14takeGenericOptyyAA0cD0OyxGlF(_impl::_impl_GenericOpt<T_0_0>::getOpaquePointer(x), swift::TypeMetadataTrait<T_0_0>::getTypeMetadata());
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// CHECK-NEXT: }
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// CHECK: SWIFT_INLINE_THUNK bool GenericCustomType<T_0_0>::isFailure() const {
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// CHECK: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif // __cpp_concepts
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// CHECK-NEXT: SWIFT_INLINE_THUNK GenericOpt<T_0_0> GenericOpt<T_0_0>::_impl_some::operator()(const T_0_0& val) const {
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// CHECK-NEXT: auto result = GenericOpt<T_0_0>::_make();
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// CHECK-NEXT: #pragma clang diagnostic push
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// CHECK-NEXT: #pragma clang diagnostic ignored "-Wc++17-extensions"
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// CHECK-NEXT: if constexpr (std::is_base_of<::swift::_impl::RefCountedClass, T_0_0>::value) {
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// CHECK-NEXT: void *ptr = ::swift::_impl::_impl_RefCountedClass::copyOpaquePointer(val);
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// CHECK-NEXT: memcpy(result._getOpaquePointer(), &ptr, sizeof(ptr));
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// CHECK-NEXT: } else if constexpr (::swift::_impl::isValueType<T_0_0>) {
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// CHECK-NEXT: alignas(T_0_0) unsigned char buffer[sizeof(T_0_0)];
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// CHECK-NEXT: auto *valCopy = new(buffer) T_0_0(val);
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// CHECK-NEXT: swift::_impl::implClassFor<T_0_0>::type::initializeWithTake(result._getOpaquePointer(), swift::_impl::implClassFor<T_0_0>::type::getOpaquePointer(*valCopy));
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// CHECK-NEXT: } else {
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// CHECK-NEXT: memcpy(result._getOpaquePointer(), &val, sizeof(val));
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// CHECK-NEXT: }
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// CHECK-NEXT: #pragma clang diagnostic pop
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// CHECK-NEXT: result._destructiveInjectEnumTag(0);
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// CHECK-NEXT: return result;
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// CHECK-NEXT: }
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// CHECK-NEXT: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: SWIFT_INLINE_THUNK bool GenericOpt<T_0_0>::isSome() const {
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// CHECK-NEXT: return *this == GenericOpt<T_0_0>::some;
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// CHECK-NEXT: }
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// CHECK-NEXT: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: SWIFT_INLINE_THUNK T_0_0 GenericOpt<T_0_0>::getSome() const {
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// CHECK-NEXT: if (!isSome()) abort();
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// CHECK-NEXT: alignas(GenericOpt) unsigned char buffer[sizeof(GenericOpt)];
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// CHECK-NEXT: auto *thisCopy = new(buffer) GenericOpt(*this);
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// CHECK-NEXT: char * _Nonnull payloadFromDestruction = thisCopy->_destructiveProjectEnumData();
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// CHECK-NEXT: #pragma clang diagnostic push
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// CHECK-NEXT: #pragma clang diagnostic ignored "-Wc++17-extensions"
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// CHECK-NEXT: if constexpr (std::is_base_of<::swift::_impl::RefCountedClass, T_0_0>::value) {
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// CHECK-NEXT: void *returnValue;
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// CHECK-NEXT: returnValue = *reinterpret_cast<void **>(payloadFromDestruction);
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// CHECK-NEXT: return ::swift::_impl::implClassFor<T_0_0>::type::makeRetained(returnValue);
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// CHECK-NEXT: } else if constexpr (::swift::_impl::isValueType<T_0_0>) {
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// CHECK-NEXT: return ::swift::_impl::implClassFor<T_0_0>::type::returnNewValue([&](void * _Nonnull returnValue) SWIFT_INLINE_THUNK_ATTRIBUTES {
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// CHECK-NEXT: return ::swift::_impl::implClassFor<T_0_0>::type::initializeWithTake(reinterpret_cast<char * _Nonnull>(returnValue), payloadFromDestruction);
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// CHECK-NEXT: });
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// CHECK-NEXT: } else if constexpr (::swift::_impl::isSwiftBridgedCxxRecord<T_0_0>) {
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// CHECK-NEXT: abort();
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// CHECK-NEXT: } else {
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// CHECK-NEXT: T_0_0 returnValue;
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// CHECK-NEXT: memcpy(&returnValue, payloadFromDestruction, sizeof(returnValue));
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// CHECK-NEXT: return returnValue;
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// CHECK-NEXT: }
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// CHECK-NEXT: #pragma clang diagnostic pop
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// CHECK-NEXT: }
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// CHECK-NEXT: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif // __cpp_concepts
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// CHECK-NEXT: SWIFT_INLINE_THUNK GenericOpt<T_0_0> GenericOpt<T_0_0>::_impl_none::operator()() const {
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// CHECK-NEXT: auto result = GenericOpt<T_0_0>::_make();
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// CHECK-NEXT: result._destructiveInjectEnumTag(1);
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// CHECK-NEXT: return result;
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// CHECK-NEXT: }
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// CHECK-NEXT: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: SWIFT_INLINE_THUNK bool GenericOpt<T_0_0>::isNone() const {
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// CHECK-NEXT: return *this == GenericOpt<T_0_0>::none;
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// CHECK-NEXT: }
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// CHECK: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: SWIFT_INLINE_THUNK void GenericOpt<T_0_0>::method() const {
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// CHECK-NEXT: #ifndef __cpp_concepts
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// CHECK-NEXT: static_assert(swift::isUsableInGenericContext<T_0_0>, "type cannot be used in a Swift generic context");
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// CHECK-NEXT: #endif
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// CHECK-NEXT: _impl::$s8Generics10GenericOptO6methodyyF(swift::TypeMetadataTrait<GenericOpt<T_0_0>>::getTypeMetadata(), _getOpaquePointer());
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// CHECK-NEXT: }
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// CHECK: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: void GenericOpt<T_0_0>::reset()
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// CHECK: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: template<class T_1_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_1_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: SWIFT_INLINE_THUNK T_1_0 GenericOpt<T_0_0>::genericMethod(const T_1_0& x) const {
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// CHECK: template<class T_0_0>
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// CHECK-NEXT: #ifdef __cpp_concepts
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// CHECK-NEXT: requires swift::isUsableInGenericContext<T_0_0>
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// CHECK-NEXT: #endif
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// CHECK-NEXT: SWIFT_INLINE_THUNK swift::Int GenericOpt<T_0_0>::getComputedProp() const {
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// CHECK-NEXT: #ifndef __cpp_concepts
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// CHECK-NEXT: static_assert(swift::isUsableInGenericContext<T_0_0>, "type cannot be used in a Swift generic context");
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// CHECK-NEXT: #endif
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// CHECK-NEXT: return _impl::$s8Generics10GenericOptO12computedPropSivg(swift::TypeMetadataTrait<GenericOpt<T_0_0>>::getTypeMetadata(), _getOpaquePointer());
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// CHECK-NEXT: }
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