Mercurial > hg > CbC > CbC_gcc
view gcc/testsuite/g++.dg/cpp0x/rv1p.C @ 158:494b0b89df80 default tip
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author | Shinji KONO <kono@ie.u-ryukyu.ac.jp> |
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date | Mon, 25 May 2020 18:13:55 +0900 |
parents | 1830386684a0 |
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// I, Howard Hinnant, hereby place this code in the public domain. // Test overload resolution among reference types // { dg-do compile { target c++11 } } // { dg-skip-if "packed attribute missing for struct one/three/five/seven" { "epiphany-*-*" } } // { dg-additional-options "-fno-ipa-icf" } template <bool> struct sa; template <> struct sa<true> {}; struct one {long x[1];}; struct two {long x[2];}; struct three {long x[3];}; struct four {long x[4];}; struct five {long x[5];}; struct six {long x[6];}; struct seven {long x[7];}; struct eight {long x[8];}; struct A { A(); A(const volatile A&&); }; A source(); const A c_source(); volatile A v_source(); // { dg-warning "deprecated" "" { target c++2a } } const volatile A cv_source(); // { dg-warning "deprecated" "" { target c++2a } } // 1 at a time one sink_1_1( A&); int test1_1() { A a; const A ca; volatile A va; const volatile A cva; sa<sizeof(sink_1_1(a)) == 1 * sizeof(long)> t1; return 0; } two sink_1_2(const A&); int test1_2() { A a; const A ca; volatile A va; const volatile A cva; sa<sizeof(sink_1_2(a)) == 2 * sizeof(long)> t1; sa<sizeof(sink_1_2(ca)) == 2 * sizeof(long)> t2; sa<sizeof(sink_1_2(source())) == 2 * sizeof(long)> t5; sa<sizeof(sink_1_2(c_source())) == 2 * sizeof(long)> t6; return 0; } three sink_1_3(volatile A&); int test1_3() { A a; const A ca; volatile A va; const volatile A cva; sa<sizeof(sink_1_3(a)) == 3 * sizeof(long)> t1; sa<sizeof(sink_1_3(va)) == 3 * sizeof(long)> t3; return 0; } four sink_1_4(const volatile A&); int test1_4() { A a; const A ca; volatile A va; const volatile A cva; sa<sizeof(sink_1_4(a)) == 4 * sizeof(long)> t1; sa<sizeof(sink_1_4(ca)) == 4 * sizeof(long)> t2; sa<sizeof(sink_1_4(va)) == 4 * sizeof(long)> t3; sa<sizeof(sink_1_4(cva)) == 4 * sizeof(long)> t4; return 0; } five sink_1_5( A&&); int test1_5() { A a; const A ca; volatile A va; const volatile A cva; sa<sizeof(sink_1_5(source())) == 5 * sizeof(long)> t5; return 0; } six sink_1_6(const A&&); int test1_6() { A a; const A ca; volatile A va; const volatile A cva; sa<sizeof(sink_1_6(source())) == 6 * sizeof(long)> t5; sa<sizeof(sink_1_6(c_source())) == 6 * sizeof(long)> t6; return 0; } seven sink_1_7(volatile A&&); int test1_7() { A a; const A ca; volatile A va; const volatile A cva; sa<sizeof(sink_1_7(source())) == 7 * sizeof(long)> t5; sa<sizeof(sink_1_7(v_source())) == 7 * sizeof(long)> t7; return 0; } eight sink_1_8(const volatile A&&); int test1_8() { A a; const A ca; volatile A va; const volatile A cva; sa<sizeof(sink_1_8(source())) == 8 * sizeof(long)> t5; sa<sizeof(sink_1_8(c_source())) == 8 * sizeof(long)> t6; sa<sizeof(sink_1_8(v_source())) == 8 * sizeof(long)> t7; sa<sizeof(sink_1_8(cv_source())) == 8 * sizeof(long)> t8; return 0; } int main() { return test1_1() + test1_2() + test1_3() + test1_4() + test1_5() + test1_6() + test1_7() + test1_8(); }