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/* This test case is meant to be used with run tests that check that
-- the whole range of the integer types is supported;
-- errors are signalled when out-of-range values are passed.
*/
%module integers;
%inline %{
signed char signed_char_identity(signed char x) { return x; }
unsigned char unsigned_char_identity(unsigned char x) { return x; }
signed short signed_short_identity(signed short x) { return x; }
unsigned short unsigned_short_identity(unsigned short x) { return x; }
signed int signed_int_identity(signed int x) { return x; }
unsigned int unsigned_int_identity(unsigned int x) { return x; }
signed long signed_long_identity(signed long x) { return x; }
unsigned long unsigned_long_identity(unsigned long x) { return x; }
signed long long signed_long_long_identity(signed long long x) { return x; }
unsigned long long unsigned_long_long_identity(unsigned long long x) { return x; }
#ifdef __cplusplus
signed char & signed_char_ref_identity( signed char & x) { return x; }
unsigned char & unsigned_char_ref_identity( unsigned char & x) { return x; }
signed short & signed_short_ref_identity( signed short & x) { return x; }
unsigned short & unsigned_short_ref_identity( unsigned short & x) { return x; }
signed int & signed_int_ref_identity( signed int & x) { return x; }
unsigned int & unsigned_int_ref_identity( unsigned int & x) { return x; }
signed long & signed_long_ref_identity( signed long & x) { return x; }
unsigned long & unsigned_long_ref_identity( unsigned long & x) { return x; }
signed long long & signed_long_long_ref_identity( signed long long & x) { return x; }
unsigned long long & unsigned_long_long_ref_identity(unsigned long long & x) { return x; }
const signed char & const_signed_char_ref_identity( const signed char & x) { return x; }
const unsigned char & const_unsigned_char_ref_identity( const unsigned char & x) { return x; }
const signed short & const_signed_short_ref_identity( const signed short & x) { return x; }
const unsigned short & const_unsigned_short_ref_identity( const unsigned short & x) { return x; }
const signed int & const_signed_int_ref_identity( const signed int & x) { return x; }
const unsigned int & const_unsigned_int_ref_identity( const unsigned int & x) { return x; }
const signed long & const_signed_long_ref_identity( const signed long & x) { return x; }
const unsigned long & const_unsigned_long_ref_identity( const unsigned long & x) { return x; }
const signed long long & const_signed_long_long_ref_identity( const signed long long & x) { return x; }
const unsigned long long & const_unsigned_long_long_ref_identity(const unsigned long long & x) { return x; }
#endif
signed char * signed_char_ptr() { return NULL; }
unsigned char * unsigned_char_ptr() { return NULL; }
signed short * signed_short_ptr() { return NULL; }
unsigned short * unsigned_short_ptr() { return NULL; }
signed int * signed_int_ptr() { return NULL; }
unsigned int * unsigned_int_ptr() { return NULL; }
signed long * signed_long_ptr() { return NULL; }
unsigned long * unsigned_long_ptr() { return NULL; }
signed long long * signed_long_long_ptr() { return NULL; }
unsigned long long * unsigned_long_long_ptr() { return NULL; }
size_t signed_char_size() { return sizeof (signed char); }
size_t unsigned_char_size() { return sizeof (unsigned char); }
size_t signed_short_size() { return sizeof (signed short); }
size_t unsigned_short_size() { return sizeof (unsigned short); }
size_t signed_int_size() { return sizeof (signed int); }
size_t unsigned_int_size() { return sizeof (unsigned int); }
size_t signed_long_size() { return sizeof (signed long); }
size_t unsigned_long_size() { return sizeof (unsigned long); }
size_t signed_long_long_size() { return sizeof (signed long long); }
size_t unsigned_long_long_size() { return sizeof (unsigned long long); }
%}
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