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da07ff577c
PrintAsClang is supposed to emit declarations in the same order regardless of the compiler’s internal state, but we have repeatedly found that our current criteria are inadequate, resulting in non-functionality-affecting changes to generated header content. Add a diagnostic that’s emitted when this happens soliciting a bug report. Since there *should* be no cases where the compiler fails to order declarations, this diagnostic is never actually emitted. Instead, we test this change by enabling `-verify` on nearly all PrintAsClang tests to make sure they are unaffected. This did demonstrate a missing criterion that only mattered in C++ mode: extensions that varied only in their generic signature were not sorted stably. Add a sort criterion for this.
109 lines
4.1 KiB
C++
109 lines
4.1 KiB
C++
// RUN: %empty-directory(%t)
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// RUN: %target-swift-frontend %S/generic-struct-in-cxx.swift -module-name Generics -clang-header-expose-decls=all-public -typecheck -verify -emit-clang-header-path %t/generics.h
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// RUN: %target-interop-build-clangxx -std=gnu++20 -c %s -I %t -o %t/swift-generics-execution.o
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// RUN: %target-interop-build-swift %S/generic-struct-in-cxx.swift -o %t/swift-generics-execution -Xlinker %t/swift-generics-execution.o -module-name Generics -Xfrontend -entry-point-function-name -Xfrontend swiftMain
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// RUN: %target-codesign %t/swift-generics-execution
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// RUN: %target-run %t/swift-generics-execution | %FileCheck %s
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// REQUIRES: executable_test
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#include "generics.h"
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#include <cassert>
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#include <cstdio>
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int main() {
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using namespace Generics;
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{
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auto x = makeGenericPair<int, int>(11, 42);
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takeGenericPair(x);
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// CHECK: GenericPair<Int32, Int32>(x: 11, y: 42)
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auto xprime = passThroughGenericPair(x, -995);
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takeGenericPair(x);
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takeGenericPair(xprime);
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// CHECK-NEXT: GenericPair<Int32, Int32>(x: 11, y: 42)
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// CHECK-NEXT: GenericPair<Int32, Int32>(x: 11, y: -995)
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inoutGenericPair(x, 0xFF);
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takeGenericPair(x);
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// CHECK-NEXT: GenericPair<Int32, Int32>(x: 255, y: 42)
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x.method();
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// CHECK-NEXT: GenericPair<T, T2>::testme::255,42;
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x.mutatingMethod(xprime);
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x.method();
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// CHECK-NEXT: GenericPair<T, T2>::testme::-995,11;
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takeGenericPair(x);
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takeGenericPair(xprime);
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// CHECK-NEXT: GenericPair<Int32, Int32>(x: -995, y: 11)
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// CHECK-NEXT: GenericPair<Int32, Int32>(x: 11, y: -995)
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assert(x.getY() == 11);
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x.setY(561);
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takeGenericPair(x);
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// CHECK-NEXT: GenericPair<Int32, Int32>(x: -995, y: 561)
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assert(x.getComputedProp() == 42);
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assert(x.getComputedVar() == -995);
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x.setComputedVar(-123456);
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assert(x.getComputedVar() == -123456);
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assert(x.getY() == 561);
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takeGenericPair(x);
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// CHECK-NEXT: GenericPair<T, T2>::computeVar::get
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// CHECK-NEXT: GenericPair<T, T2>::computeVar::set
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// CHECK-NEXT: GenericPair<T, T2>::computeVar::get
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// CHECK-NEXT: GenericPair<Int32, Int32>(x: -123456, y: 561)
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assert(x.genericMethod<float>(2.25f, 4221) == 2.25f);
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// CHECK-NEXT: GenericPair<T, T2>::genericMethod<T>::2.25,4221;
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}
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{
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auto x = makeConcretePair(10000, 0xfee7);
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takeGenericPair(x);
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// CHECK-NEXT: GenericPair<UInt16, UInt16>(x: 10000, y: 65255)
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takeConcretePair(x);
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// CHECK-NEXT: CONCRETE pair of UInt16: 10000 65255 ;
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auto xprime = passThroughConcretePair(x, 918);
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takeConcretePair(x);
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takeConcretePair(xprime);
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takeGenericPair(xprime);
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// CHECK-NEXT: CONCRETE pair of UInt16: 10000 65255 ;
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// CHECK-NEXT: CONCRETE pair of UInt16: 10000 918 ;
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// CHECK-NEXT: GenericPair<UInt16, UInt16>(x: 10000, y: 918)
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inoutConcretePair(77, x);
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takeConcretePair(x);
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// CHECK-NEXT: CONCRETE pair of UInt16: 77 65255 ;
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x.method();
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// CHECK-NEXT: GenericPair<T, T2>::testme::77,65255;
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x.mutatingMethod(xprime);
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x.method();
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// CHECK-NEXT: GenericPair<T, T2>::testme::918,10000;
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takeConcretePair(xprime);
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// CHECK-NEXT: CONCRETE pair of UInt16: 10000 918 ;
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}
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{
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auto x = GenericPair<int, int>::init(11, 234242, 44);
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takeGenericPair(x);
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x.method();
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assert(x.getY() == 44);
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// CHECK-NEXT: GenericPair<T, T2>::init::11,44,234242;
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// CHECK-NEXT: GenericPair<Int32, Int32>(x: 11, y: 44)
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// CHECK-NEXT: GenericPair<T, T2>::testme::11,44;
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auto y = GenericPair<uint16_t, uint16_t>::init(0, -987, 3425);
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takeConcretePair(y);
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y.method();
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assert(y.getY() == 3425);
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// CHECK-NEXT: GenericPair<T, T2>::init::0,3425,-987;
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// CHECK-NEXT: CONCRETE pair of UInt16: 0 3425 ;
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// CHECK-NEXT: GenericPair<T, T2>::testme::0,3425;
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auto val = PairOfUInt64::init(0xafafa, 0x32443);
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auto valprime = x.genericMethod(val, 4221);
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assert(valprime.getX() == val.getX());
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assert(valprime.getY() == val.getY());
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// CHECK-NEXT: GenericPair<T, T2>::genericMethod<T>::PairOfUInt64(x: 719610, y: 205891),4221;
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}
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puts("EOF\n");
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// CHECK-NEXT: EOF
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return 0;
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}
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