a common source of oddities and, in theory, removes some redundant ABI computations. Also fixes a miscompile I introduced yesterday by refactoring some code and causing a slightly different code path to be taken that didn't perform *parameter* type canonicalization, just normal type canonicalization; this in turn caused a bit of ABI code to misfire because it was looking for 'double' or 'float' but received 'const float'. llvm-svn: 97030
50 lines
851 B
C
50 lines
851 B
C
// RUN: %clang_cc1 %s -emit-llvm -o - | FileCheck %s
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int g();
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int foo(int i) {
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return g(i);
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}
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int g(int i) {
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return g(i);
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}
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// rdar://6110827
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typedef void T(void);
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void test3(T f) {
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f();
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}
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int a(int);
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int a() {return 1;}
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// RUN: grep 'define void @f0()' %t
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void f0() {}
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void f1();
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// RUN: grep 'call void @f1()' %t
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void f2(void) {
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f1(1, 2, 3);
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}
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// RUN: grep 'define void @f1()' %t
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void f1() {}
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// RUN: grep 'define .* @f3' %t | not grep -F '...'
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struct foo { int X, Y, Z; } f3() {
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while (1) {}
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}
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// PR4423 - This shouldn't crash in codegen
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void f4() {}
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void f5() { f4(42); }
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// Qualifiers on parameter types shouldn't make a difference.
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static void f6(const float f, const float g) {
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}
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void f7(float f, float g) {
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f6(f, g);
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// CHECK: define void @f7(float{{.*}}, float{{.*}})
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// CHECK: call void @f6(float{{.*}}, float{{.*}})
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}
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