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#ifndef __C1_h__
#define __C1_h__
#include <stdio.h>
class M {
int i;
public:
M() { i = 815; };
M(const M&c) { i = c.i; }
int val () const { return i; }
};
template <typename T> class TemplateBase {
};
class Unique {
int _id;
void gen () {
static int curr = 0;
_id = curr++;
}
public:
Unique () { gen (); }
Unique (const Unique &obj) { gen (); }
int id () const { return _id; }
};
// the TemplateBase is only handled correct with --real-instances
class C1 : TemplateBase<int>, Unique {
// these elements should not be copied!
friend class M;
enum E { E1 = 10, E2 };
static const int c = 13;
// --
M m;
M ma[3];
const int &r;
const int val;
double array[2];
unsigned scalar;
static char *static_ptr;
int a1[3], s1;
int s2, a2[6];
typedef int INT[10];
int s3, a3[4][6], s4;
public:
C1 (int v) : val (v), r(val) {
array[0] = 3.14; array[1] = 2.71;
scalar = 4711;
dump ();
}
inline C1 (double);
~C1 () {}
void dump () const {
printf ("C1 obj %d (%d, [%d, %d, %d], %d, %d, %d, [%1.2lf, %1.2lf] %d)\n",
id (),
m.val (),
ma[0].val (), ma[1].val (), ma[2].val (),
r,
val,
c,
array[0], array[1],
scalar);
}
};
char *C1::static_ptr = (char*)0; // this cast creates an anonymous attribute!
inline C1::C1 (double d) : val (-1), r (val) {
array[0] = d + 1.0;
array[1] = d + 2.0;
scalar = 4712;
dump ();
}
#endif // __C1_h__
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