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|
%module redefined
%warnfilter(SWIGWARN_RUBY_WRONG_NAME) agua;
/* no redundant warnings */
%warnfilter(SWIGWARN_PARSE_REDUNDANT);
#if 1
//
// All these repeated declarations are not redefinitions,
// and they are valid C++ code, therefore, we skip
// swig redefined warnings.
//
%define uja
aju;
%enddef
%define uja
aju;
%enddef
%constant int agua = 0;
%constant int agua = 0;
%inline %{
#define REDUNDANT 1
#define REDUNDANT 1
#define MACROREP(x) x
#define MACROREP(x) x
class Hello;
class Hello;
typedef int Int;
typedef int Int;
inline int hello(int);
int hello(int) { return 0; }
struct B;
struct A
{
typedef int Int;
friend int foo(A*, B*);
};
struct B
{
typedef int Int;
friend int foo(A*, B*);
};
inline int foo(A*, B*) { return 0; }
%}
#else
//
// the %extend and %rename directive ALWAYS emit redefined warnings,
// since they are not C/C++/CPP standard.
//
%extend Hello {
int hi(int) { return 0; }
}
%rename(chao) hi(int);
//
// All these repeated declarations are really redefinitions,
// therefore, swig must produce a redefined warning
//
%constant int agua = 0;
%constant int agua = 1;
%inline %{
#define REDEFINED 1
#define REDEFINED 2
#define MACROREP(x) x
#define MACROREP(x) x*2
typedef int Int;
typedef double Int;
int hi(int);
int chao(int);
int hello(int);
inline double hello(int) { return 0; }
struct Hello
{
typedef int Int;
typedef double Int;
friend short hello(int);
int hi(int) { return 0; }
};
%}
#endif
|
