source: tests/attributes.cfa@ 8705a11

//
// Cforall Version 1.0.0 Copyright (C) 2017 University of Waterloo
//
// The contents of this file are covered under the licence agreement in the
// file "LICENCE" distributed with Cforall.
// 
// attributes.cfa -- 
//
// Author           : Peter A. Buhr
// Created On       : Mon Feb  6 16:07:02 2017
// Last Modified By : Peter A. Buhr
// Last Modified On : Thu Feb  6 12:06:22 2025
// Update Count     : 117
//

#pragma GCC diagnostic ignored "-Wattributes"

// label attribute
int la() {
  L: __attribute__(( unused )) 1;
  return 1;
}


// aggregate_name
static struct __attribute__(( unused )) {} Dummy;
struct __attribute__(( unused )) Agn1;
struct __attribute__(( unused )) Agn2 {};
enum __attribute__(( unused )) { E1 };
enum __attribute__(( unused )) Agn3;
enum __attribute__(( packed )) Agn3 { E2 };
#ifdef __CFA__
struct __attribute__(( unused )) {} ( int );
struct __attribute__(( unused )) Agn4 {} ( int );
#endif // __CFA__


// field_declaring_list
typedef short int shint;
struct Fdl {
    int f1 __attribute__(( unused ));
    int __attribute__(( unused )) f2;
    int __attribute__(( unused )) f3 __attribute__(( unused ));
    __attribute__(( unused )) int f4;
    __attribute__(( unused )) int f5 __attribute__(( unused ));
    __attribute__(( used )) int f6 __attribute__(( packed )), f7 __attribute__(( unused )) __attribute__(( unused )), __attribute__(( used )) f8 __attribute__(( unused ));
    int * f9 __attribute__(( unused ));
    __attribute__(( used )) int __attribute__(( unused )) * f10;
    int ( ( * f11 __attribute__(( unused )) ) __attribute__(( unused )) );
    int ( ( __attribute__(( unused )) * f12  __attribute__(( unused )) ) __attribute__(( unused )) );
    int ( ( __attribute__(( unused )) * (f13)  __attribute__(( unused )) ) __attribute__(( unused )) );
    int ( ( ( __attribute__(( unused )) * (f14) )  __attribute__(( unused )) ) __attribute__(( unused )) );
//      shint __attribute__(( used )) shi1;
//      shint __attribute__(( used )) shi2 __attribute__(( used ));
        __attribute__(( used )) shint shi3;
        __attribute__(( used )) shint shi4 __attribute__(( used ));
//      __attribute__(( used )) shint __attribute__(( used )) shi5 __attribute__(( used ));
};


// asm_name_opt
int f() asm( "xyz" ) __attribute__(( unused ));


// variable_declarator
const __attribute__(( used )) int vd1 __attribute__(( used )), __attribute__(( unused )) vd2;
const __attribute__(( used )) int __attribute__(( used )) * __attribute__(( used )) vd3 __attribute__(( used )), __attribute__(( unused )) (* __attribute__(( unused )) (vd4)) __attribute__(( used ));
const __attribute__(( used )) int __attribute__(( used )) vd5[5] __attribute__(( used )), __attribute__(( unused )) ((vd6)[5]) __attribute__(( used ));
const __attribute__(( used )) int __attribute__(( used )) (* __attribute__(( used )) vd7)() __attribute__(( used )), __attribute__(( unused )) ((* __attribute__(( used )) vd8)()) __attribute__(( used ));
const __attribute__(( used )) int __attribute__(( used )) ( __attribute__(( used )) * vd9)() __attribute__(( used )), __attribute__(( unused )) (( __attribute__(( used )) * vd10)()) __attribute__(( used ));


// function_declarator
__attribute__(( unused )) int f1() __attribute__(( used ));
__attribute__(( unused )) int f1() { return 1; }
__attribute__(( unused )) int * __attribute__(( unused )) * const __attribute__(( unused )) f2() __attribute__(( used ));
__attribute__(( unused )) int * __attribute__(( unused )) * const __attribute__(( unused )) f2() { return 0p; }
__attribute__(( unused )) int (* __attribute__(( unused )) f3(int))[] __attribute__(( used ));
__attribute__(( unused )) int ( __attribute__(( unused )) * __attribute__(( unused )) f4(int))[] __attribute__(( used ));
__attribute__(( unused )) int (* __attribute__(( unused )) f5(int p))[] { (void)p; return 0p; }
__attribute__(( unused )) int ( __attribute__(( unused )) * (f6)(int p))[] { (void)p; return 0p; }
__attribute__(( unused )) int (* __attribute__(( unused )) f7())(int) __attribute__(( used ));
__attribute__(( unused )) int (* __attribute__(( unused )) f8())(int) { return 0p; }
__attribute__(( unused )) int ( __attribute__(( unused )) * f9())(int) { return 0p; }
__attribute__(( unused )) int ( __attribute__(( unused )) * (f10)())(int) { return 0p; }


// variable_type_redeclarator
typedef int t1, t2, t3, t4, t5, t6, t7, t8;
void vtr() {
    // redefine typedef name in new scope
    __attribute__(( unused )) int __attribute__(( unused )) t1 __attribute__(( used ));
    __attribute__(( unused )) int __attribute__(( unused )) (* (* t2 __attribute__(( unused )) ) __attribute__(( unused )) ) __attribute__(( unused ));
    __attribute__(( unused )) int __attribute__(( unused )) t3[5] __attribute__(( unused ));
    __attribute__(( unused )) int __attribute__(( unused )) (* (* __attribute__(( unused )) t4[5]) __attribute__(( unused )) ) __attribute__(( unused ));
    __attribute__(( unused )) int __attribute__(( unused )) ( __attribute__(( unused )) * ( __attribute__(( unused )) * t5[5]) __attribute__(( unused )) ) __attribute__(( unused ));
    __attribute__(( unused )) int __attribute__(( unused )) t6() __attribute__(( unused ));
    __attribute__(( unused )) int __attribute__(( unused )) * __attribute__(( unused )) ((t6))() __attribute__(( unused ));
}

// identifier_parameter_declarator
void ipd1( __attribute__(( unused )) int __attribute__(( unused )) p __attribute__(( unused )),
          __attribute__(( unused )) int __attribute__(( unused )) q __attribute__(( unused )) );
void ipd1( __attribute__(( unused )) int __attribute__(( unused )) p __attribute__(( unused )),
          __attribute__(( unused )) int __attribute__(( unused )) q __attribute__(( unused )) ) {}
void ipd2( __attribute__(( unused )) int __attribute__(( unused )) * __attribute__(( unused )) p __attribute__(( unused )),
          __attribute__(( unused )) int __attribute__(( unused )) (* (q)) __attribute__(( unused )) );
void ipd2( __attribute__(( unused )) int __attribute__(( unused )) * __attribute__(( unused )) p __attribute__(( unused )),
          __attribute__(( unused )) int __attribute__(( unused )) (* (q)) __attribute__(( unused )) ) {}
void ipd3( __attribute__(( unused )) int __attribute__(( unused )) p[] __attribute__(( unused )),
          __attribute__(( unused )) int __attribute__(( unused )) ((q)[]) __attribute__(( unused )) );
void ipd3( __attribute__(( unused )) int __attribute__(( unused )) p[] __attribute__(( unused )),
          __attribute__(( unused )) int __attribute__(( unused )) ((q)[]) __attribute__(( unused )) ) {}
void ipd4( __attribute__(( unused )) int __attribute__(( unused )) p() __attribute__(( unused )),
          __attribute__(( unused )) int __attribute__(( unused )) ((q)()) __attribute__(( unused )) );
void ipd4( __attribute__(( unused )) int __attribute__(( unused )) p() __attribute__(( unused )),
          __attribute__(( unused )) int __attribute__(( unused )) ((q)()) __attribute__(( unused )) ) {}


// type_parameter_redeclarator
typedef int Foo;
int tpr1( __attribute__(( unused )) int __attribute__(( unused )) Foo __attribute__(( unused )) );
int tpr2( __attribute__(( unused )) int __attribute__(( unused )) (* __attribute__(( unused )) (* __attribute__(( unused )) Foo) __attribute__(( unused )) ) __attribute__(( unused )) );
int tpr3( __attribute__(( unused )) int __attribute__(( unused )) Foo[]  __attribute__(( unused )));
int tpr4( __attribute__(( unused )) int __attribute__(( unused )) ( __attribute__(( unused )) Foo[5] __attribute__(( unused )) ) );
int tpr5( __attribute__(( unused )) int __attribute__(( unused )) (*Foo)() __attribute__(( unused )) );
int tpr6( __attribute__(( unused )) int __attribute__(( unused )) Foo() __attribute__(( unused )) );
int tpr7( __attribute__(( unused )) int __attribute__(( unused )) ( __attribute__(( unused )) Foo( __attribute__(( unused )) int __attribute__(( unused )) ) ) );


// abstract_declarator
void ad() {
    typeof( int __attribute__(( used )) ) ad1 __attribute__(( unused ));
    typeof( int __attribute__(( unused )) * __attribute__(( unused )) ) ad2 __attribute__(( unused ));
    typeof( int __attribute__(( unused )) [5] ) __attribute__(( unused )) ad3 __attribute__(( unused ));
    typeof( __attribute__(( unused )) int __attribute__(( unused )) (*)[10] __attribute__(( unused )) ) __attribute__(( unused )) ad4 __attribute__(( unused )), ad5 __attribute__(( used ));
    typeof( __attribute__(( unused )) int __attribute__(( unused )) () __attribute__(( unused )) ) __attribute__(( unused )) ad6 __attribute__(( unused ));
    sizeof( __attribute__(( unused )) int __attribute__(( unused )) );
    sizeof( __attribute__(( unused )) int __attribute__(( unused )) (* __attribute__(( unused )) (* __attribute__(( unused )) ) ) );
    sizeof( __attribute__(( unused )) int __attribute__(( unused )) [5] __attribute__(( unused )) );
    sizeof( __attribute__(( unused )) int __attribute__(( unused )) (*)[10] __attribute__(( unused )) );
    sizeof( __attribute__(( unused )) int __attribute__(( unused )) () __attribute__(( unused )) );
    sizeof( struct { int i; } __attribute__(( unused )) );
    sizeof( enum { R } __attribute__(( unused )) );
}


// abstract_parameter_declarator
int apd1( __attribute__(( unused )) int __attribute__(( unused )) * __attribute__(( unused )),
        __attribute__(( unused )) int __attribute__(( unused )) * __attribute__(( unused )) );
int apd2( __attribute__(( unused )) int __attribute__(( unused )) (* (* __attribute__(( unused )) ) __attribute__(( unused )) ),
        __attribute__(( unused )) int __attribute__(( unused )) (* (* __attribute__(( unused )) ) __attribute__(( unused )) ) );
int apd3( __attribute__(( unused )) int __attribute__(( unused )) ([]) __attribute__(( unused )),
        __attribute__(( unused )) int __attribute__(( unused )) ([]) __attribute__(( unused )) );
int apd4( __attribute__(( unused )) int __attribute__(( unused )) ()  __attribute__(( unused )),
        __attribute__(( unused )) int __attribute__(( unused )) ()  __attribute__(( unused )) );
int apd5( __attribute__(( unused )) int __attribute__(( unused )) (( __attribute__(( unused )) int )) __attribute__(( unused )),
        __attribute__(( unused )) int __attribute__(( unused )) ( __attribute__(( unused )) int ) __attribute__(( unused )) );
int apd6( __attribute__(( unused )) int __attribute__(( unused )) (*)()  __attribute__(( unused )),
        __attribute__(( unused )) int __attribute__(( unused )) (*)()  __attribute__(( unused )) );
int apd7( __attribute__(( unused )) int __attribute__(( unused )) ((*)( __attribute__(( unused )) int ) ) __attribute__(( unused )),
        __attribute__(( unused )) int __attribute__(( unused )) ((*)( __attribute__(( unused )) int ) ) __attribute__(( unused )) );


// variable_abstract_declarator
struct Vad {
    int __attribute__(( unused )) x;
    int __attribute__(( unused )) :4;
    int __attribute__(( unused )) :4, __attribute__(( unused )) :6;
};


// statments
void fred() {
        int [[unused]] i;
        // C23 attributes are parsed but not pushed through the compiler.
        // int [[gnu::xxx]] j;
        switch ( 3 ) {
                __attribute__((unused)) int ret;
          case 2:
                4;
                __attribute__(( fallthrough ));
                [[fallthrough]];
          case 1:
                3;
        }
  L : __attribute__(( unused )) goto L;
  L1 : [[ unused ]] L2 : [[ unused ]] goto L2;
        __attribute__(( unused )) return;
        [[ noreturn ]] return;
        __attribute__(( noreturn )) return;
        [[ GNU::fred ]] i += 1;
}

void mary() {
        @[aligned(64)] struct S { int i; };
        int @[unused] i;
        switch ( 3 ) {
          case 2:
                4;
                __attribute__(( fallthrough ));
                @[fallthrough];
          case 1:
                3;
        }
  L : __attribute__(( unused )) goto L;
  L1 : @[ unused ] L2 : @[ unused ] goto L2;
        __attribute__(( unused )) return;
        @[ noreturn ] return;
        __attribute__(( noreturn )) return;
}

[[ noreturn ]] void jack() {
        exit( -1 );
}

// Local Variables: //
// tab-width: 4 //
// compile-command: "cfa attributes.cfa" //
// End: //