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This makes the C++ ABI depend entirely on the target: MS ABI for -win32 triples, Itanium otherwise. It's no longer possible to do weird combinations. To be able to run a test with a specific ABI without constraining it to a specific triple, new substitutions are added to lit: %itanium_abi_triple and %ms_abi_triple can be used to get the current target triple adjusted to the desired ABI. For example, if the test suite is running with the i686-pc-win32 target, %itanium_abi_triple will expand to i686-pc-mingw32. Differential Revision: http://llvm-reviews.chandlerc.com/D2545 llvm-svn: 199250
88 lines
1.3 KiB
C++
88 lines
1.3 KiB
C++
// RUN: %clang_cc1 %s -emit-llvm -triple %itanium_abi_triple -o - | FileCheck %s
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// CHECK: @_ZZ4FUNCvEN4SSSSC1ERKf
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// CHECK: @_ZZ4FUNCvEN4SSSSC2E_0RKf
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// CHECK: @_ZZ4GORFfEN4SSSSC1ERKf
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// CHECK: @_ZZ4GORFfEN4SSSSC2E_0RKf
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void FUNC ()
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{
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{
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float IVAR1 ;
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struct SSSS
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{
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float bv;
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SSSS( const float& from): bv(from) { }
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};
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SSSS VAR1(IVAR1);
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}
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{
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float IVAR2 ;
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struct SSSS
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{
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SSSS( const float& from) {}
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};
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SSSS VAR2(IVAR2);
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}
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}
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void GORF (float IVAR1)
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{
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{
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struct SSSS
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{
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float bv;
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SSSS( const float& from): bv(from) { }
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};
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SSSS VAR1(IVAR1);
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}
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{
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float IVAR2 ;
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struct SSSS
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{
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SSSS( const float& from) {}
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};
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SSSS VAR2(IVAR2);
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}
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}
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// CHECK: @_ZZ12OmittingCodefEN4SSSSC1E_0RKf
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inline void OmittingCode(float x) {
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if (0) {
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struct SSSS {
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float bv;
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SSSS(const float& from): bv(from) { }
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};
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SSSS VAR1(x);
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}
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struct SSSS {
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float bv;
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SSSS(const float& from): bv(from) { }
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};
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SSSS VAR2(x);
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}
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void CallOmittingCode() { OmittingCode(1); }
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// CHECK: @_ZZ15LocalAnonStructvENUt0_1gEv
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inline void LocalAnonStruct() {
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if (0) {
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struct { void f() {} } x;
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x.f();
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}
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struct { void g() {} } y;
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y.g();
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}
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void CallLocalAnonStruct() { LocalAnonStruct(); }
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