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c99conv output unit test 1
# 1 "unit.c"
# 1 "<built-in>" 1
# 1 "<built-in>" 3
# 360 "<built-in>" 3
# 1 "<command line>" 1
# 1 "<built-in>" 2
# 1 "unit.c" 2
typedef struct AVRational { int num, den; } AVRational;
struct AVRational2 { int num; int den; char **test[3]; };
typedef struct AVRational2 AVRational2;
typedef struct AVRational4 AVRational4;
typedef struct { int num, den; struct AVRational test; } AVRational3;
static AVRational gap_test() {
AVRational gap = { 0, 4 };
gap.num = 1;
return gap;
}
static AVRational call_function_2(AVRational x)
{
AVRational y = { x.den, x.num };
int z = -1;
{ AVRational tmp__0 = { y.den, y.num }; y = tmp__0 ; }
if (z == 0)
{ AVRational tmp__1 = { 5, -5 }; return tmp__1 ; }
else
{ AVRational tmp__2 = { x.num, x.den }; {
AVRational tmp__3 = { x.den, x.num }; {
AVRational tmp__4 = { 0, 0 }; return x.num > 0 ? tmp__2 :
x.den > 0 ? tmp__3 :
tmp__4 ; } } }
}
static int call_function_3(AVRational x)
{
return x.num ^ x.den;
}
static int call_function(AVRational x)
{
{ AVRational tmp__5 = { x.num, x.den }; {
AVRational tmp__6 = { x.den, x.num }; {
AVRational tmp__7 = { 0, 0 }; AVRational y = x.num > 0 ? call_function_2(tmp__5 ) :
x.den > 0 ? call_function_2(tmp__6 ) :
call_function_2(tmp__7 );
int res;
{ AVRational tmp__8 = { 5, -5 }; if ((res = call_function_3(tmp__8 ) > 0)) {
{ AVRational tmp__9 = { -8, 8 }; return (tmp__9 ).den; }
} else { AVRational tmp__10 = { 6, -6 }; if (1 && (res = call_function_3(tmp__10 ) > 0)) {
{ AVRational tmp__11 = { -5, 5 }; return call_function_3(tmp__11 ); }
} else
return 0; } }
} } } }
static const int l[][8] = {
{ 0, 0 +1, 0 +2, 0 +3, 0 +4, 0 +4 +1, 0 +4 +2, 0 +4 +3 },
{ 16, 16 +1, 16 +2, 16 +3, 16 +4, 16 +4 +1, 16 +4 +2, 16 +4 +3 },
{ 32, 32 +1, 32 +2, 32 +3, 32 +4, 32 +4 +1, 32 +4 +2, 32 +4 +3 },
{ 48, 48 +1, 48 +2, 48 +3, 48 +4, 48 +4 +1, 48 +4 +2, 48 +4 +3 }
};
typedef struct AVCodec {
int (*decode) (AVRational x);
const int *samplefmts;
} AVCodec;
static
const int tmp__12[] = { 0, 1 };static AVCodec decoder = {
call_function ,
tmp__12 ,
};
typedef struct AVFilterPad {
const char *name;
} AVFilterPad;
typedef struct AVFilter {
const char *name;
const AVFilterPad *inputs;
} AVFilter;
static
const AVFilterPad tmp__13[] = {{"pad" ,},{( void*)0,},};AVFilter filter = {
"filter" ,
tmp__13 ,
};
int main(int argc, char *argv[])
{
int var;
{ AVRational tmp__14 = {1, 1}; switch (call_function(tmp__14 )) {
case 0:
{ AVRational tmp__15 = {2, 2}; call_function(tmp__15 ); }
break;
default:
{ AVRational tmp__16 = {3, 3}; call_function(tmp__16 ); }
break;
} }
{ const int tmp__17[2] = {1,2}; var = (tmp__17 )[argc]; }
{ AVRational tmp__18 = {1, 2}; var = call_function(tmp__18 ); }
if (var == 0) { AVRational tmp__19 = {3, 2}; return call_function(tmp__19 ); }
else { AVRational tmp__20 = {2, 3}; return call_function(tmp__20 ); }
}
# 1 "unit.c"
# 1 "<built-in>" 1
# 1 "<built-in>" 3
# 360 "<built-in>" 3
# 1 "<command line>" 1
# 1 "<built-in>" 2
# 1 "unit.c" 2
typedef struct AVRational { int num, den; } AVRational;
struct AVRational2 { int num; int den; char **test[3]; };
typedef struct AVRational2 AVRational2;
typedef struct AVRational4 AVRational4;
typedef struct { int num, den; struct AVRational test; } AVRational3;
static AVRational gap_test() {
AVRational gap = { 0, 4 };
gap.num = 1;
return gap;
}
static AVRational call_function_2(AVRational x)
{
AVRational y = { x.den, x.num };
int z = -1;
{ AVRational tmp__0 = { y.den, y.num; y = tmp__0 };
if (z == 0)
{ AVRational tmp__1 = { 5, -5; return tmp__1 };
else
{ AVRational tmp__2 = { x.num, x.den; {
AVRational tmp__3 = { x.den, x.num; {
AVRational tmp__4 = { 0, 0; return x.num > 0 ? tmp__2 } :
x.den > 0 ? tmp__3 } :
tmp__4 };
}
static int call_function_3(AVRational x)
{
return x.num ^ x.den;
}
static int call_function(AVRational x)
{
{ AVRational tmp__5 = { x.num, x.den; {
AVRational tmp__6 = { x.den, x.num; {
AVRational tmp__7 = { 0, 0; AVRational y = x.num > 0 ? call_function_2(tmp__5 }) :
x.den > 0 ? call_function_2(tmp__6 }) :
call_function_2(tmp__7 });
int res;
{ AVRational tmp__8 = { 5, -5; if ((res = call_function_3(tmp__8 }) > 0)) {
{ AVRational tmp__9 = { -8, 8; return (tmp__9 }). }den;
} else { AVRational tmp__10 = { 6, -6; if (1 && (res = call_function_3(tmp__10 }) > 0)) {
{ AVRational tmp__11 = { -5, 5; return call_function_3(tmp__11 } });
} else
return } } 0; } } }
}
static const int l[][8] = {
{ 0, 0 +1, 0 +2, 0 +3, 0 +4, 0 +4 +1, 0 +4 +2, 0 +4 +3 },
{ 16, 16 +1, 16 +2, 16 +3, 16 +4, 16 +4 +1, 16 +4 +2, 16 +4 +3 },
{ 32, 32 +1, 32 +2, 32 +3, 32 +4, 32 +4 +1, 32 +4 +2, 32 +4 +3 },
{ 48, 48 +1, 48 +2, 48 +3, 48 +4, 48 +4 +1, 48 +4 +2, 48 +4 +3 }
};
typedef struct AVCodec {
int (*decode) (AVRational x);
const int *samplefmts;
} AVCodec;
static
const int tmp__12[] = { 0, 1;static AVCodec decoder = {
},
tmp__12 call_function,
};
typedef struct AVFilterPad {
const char *name;
} AVFilterPad;
typedef struct AVFilter {
const char *name;
const AVFilterPad *inputs;
} AVFilter;
static
const AVFilterPad tmp__13[] = {{ "pad",},{( void*)0,},;AVFilter filter = {
"filter",
tmp__13 },
};
int main(int argc, char *argv[])
{
int var;
{ AVRational tmp__14 = {1, 1; switch (call_function(tmp__14 })) {
case 0:
{ AVRational tmp__15 = {2, 2; call_function(tmp__15 } });
break;
default:
{ AVRational tmp__16 = {3, 3; call_function(tmp__16 } });
break; }
}
{ const int tmp__17[2] = {1,2; var = (tmp__17 })[argc }];
{ AVRational tmp__18 = {1, 2; var = call_function(tmp__18 } });
if (var == 0) { AVRational tmp__19 = {3, 2; return call_function(tmp__19 } });
else { AVRational tmp__20 = {2, 3; return call_function(tmp__20 } });
}
# 1 "unit.c"
# 1 "<built-in>" 1
# 1 "<built-in>" 3
# 360 "<built-in>" 3
# 1 "<command line>" 1
# 1 "<built-in>" 2
# 1 "unit.c" 2
typedef struct AVRational { int num, den; } AVRational;
struct AVRational2 { int num; int den; char **test[3]; };
typedef struct AVRational2 AVRational2;
typedef struct AVRational4 AVRational4;
typedef struct { int num, den; struct AVRational test; } AVRational3;
static AVRational gap_test() {
AVRational gap = { .den = 4 };
gap.num = 1;
return gap;
}
static AVRational call_function_2(AVRational x)
{
AVRational y = (struct AVRational) { x.den, x.num };
int z = -1;
y = (AVRational) { y.den, y.num };
if (z == 0)
return (AVRational) { 5, -5 };
else
return x.num > 0 ? (AVRational) { x.num, x.den } :
x.den > 0 ? (AVRational) { x.den, x.num } :
(AVRational) { 0, 0 };
}
static int call_function_3(AVRational x)
{
return x.num ^ x.den;
}
static int call_function(AVRational x)
{
AVRational y = x.num > 0 ? call_function_2((AVRational) { x.num, x.den }) :
x.den > 0 ? call_function_2((AVRational) { x.den, x.num }) :
call_function_2((AVRational) { 0, 0 });
int res;
if ((res = call_function_3((AVRational) { 5, -5 }) > 0)) {
return ((AVRational) { -8, 8 }).den;
} else if (1 && (res = call_function_3((AVRational) { 6, -6 }) > 0)) {
return call_function_3((AVRational) { -5, 5 });
} else
return 0;
}
static const int l[][8] = {
{ 0, 0 +1, 0 +2, 0 +3, 0 +4, 0 +4 +1, 0 +4 +2, 0 +4 +3 },
{ 16, 16 +1, 16 +2, 16 +3, 16 +4, 16 +4 +1, 16 +4 +2, 16 +4 +3 },
{ 32, 32 +1, 32 +2, 32 +3, 32 +4, 32 +4 +1, 32 +4 +2, 32 +4 +3 },
{ 48, 48 +1, 48 +2, 48 +3, 48 +4, 48 +4 +1, 48 +4 +2, 48 +4 +3 }
};
typedef struct AVCodec {
int (*decode) (AVRational x);
const int *samplefmts;
} AVCodec;
static AVCodec decoder = {
.samplefmts = (const int[]) { 0, 1 },
.decode = call_function,
};
typedef struct AVFilterPad {
const char *name;
} AVFilterPad;
typedef struct AVFilter {
const char *name;
const AVFilterPad *inputs;
} AVFilter;
AVFilter filter = {
.name = "filter",
.inputs = (const AVFilterPad[]) {{.name="pad",},{.name=(void*)0,},},
};
int main(int argc, char *argv[])
{
int var;
switch (call_function((AVRational){1, 1})) {
case 0:
call_function((AVRational){2, 2});
break;
default:
call_function((AVRational){3, 3});
break;
}
var = ((const int[2]){1,2})[argc];
var = call_function((AVRational){1, 2});
if (var == 0) return call_function((AVRational){3, 2});
else return call_function((AVRational){2, 3});
}
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