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/*
This testcase primarily test constant pointers, eg int* const. Only a getter is expected to be produced when wrapping constant pointer variables. A number of other const issues are also tested.
*/
%module constant_pointers
#if defined(SWIGSCILAB)
%rename(MbrVar) MemberVariablesTest;
%rename(RetVal) ReturnValuesTest;
#endif
%warnfilter(SWIGWARN_TYPEMAP_SWIGTYPELEAK); /* memory leak when setting a ptr/ref variable */
%warnfilter(SWIGWARN_TYPEMAP_SWIGTYPELEAK_MSG); /* Setting a pointer/reference variable may leak memory. */
%inline %{
int GlobalInt;
const int ConstInt=2;
int* GlobalIntPtr=&GlobalInt;
int* const GlobalConstIntPtr=&GlobalInt;
#define ARRAY_SIZE 2
class ParametersTest {
public:
void param1(int* a) {}
void param2(const int* a) {}
void param3(int* const a) {}
void param4(int const a) {}
void param5(const int a) {}
void param6(int& a) {}
void param7(const int& a) {}
void param8(int const& a) {}
void param9(int*& a) {}
void param10(int* const& a) {}
void param11(const int* const a) {}
void param_array1(int* a[ARRAY_SIZE]) {}
void param_array2(const int* a[ARRAY_SIZE]) {}
void param_array3(int* const a[ARRAY_SIZE]) {}
void param_array4(int const a[ARRAY_SIZE]) {}
void param_array5(const int a[ARRAY_SIZE]) {}
void param_array6(const int* const a[ARRAY_SIZE]) {}
};
class MemberVariablesTest {
public:
int* member1;
ParametersTest* member2;
int* const member3;
ParametersTest* const member4;
int* array_member1[ARRAY_SIZE];
ParametersTest* array_member2[ARRAY_SIZE];
MemberVariablesTest() : member3(NULL), member4(NULL) {}
};
void foofunction(const int *const i) {}
typedef int *typedef1, typedef2, *const typedef3;
int int1, int2=2, *int3, *const int4 = &GlobalInt;
int* const global_const_int_ptr_array[ARRAY_SIZE] = { &int1, &int2 };
ParametersTest* const array_member4[ARRAY_SIZE] = { new ParametersTest(), new ParametersTest() };
class ReturnValuesTest {
public:
typedef1 td1;
typedef2 td2;
int int1, int2, *const int3, *int4, array1[ARRAY_SIZE];
int ret1() {return 5;}
const int ret2() {return 5;}
int ret3() {return 5;}
const int* ret4() {return &ConstInt;}
int* const ret5() {return &GlobalInt;}
void ret6(int*& a) {}
int*& ret7() {return GlobalIntPtr;}
void ret8(int*const& a) {}
int*const& ret9() {return GlobalIntPtr;}
ReturnValuesTest() : int3(NULL) {}
};
const int* globalRet1() {return &GlobalInt;}
int* const globalRet2() {return &GlobalInt;}
%}
%{
struct A
{
};
%}
%inline
{
typedef const A* Acptr;
Acptr opaque(Acptr aptr) {
return aptr;
}
struct B
{
B() : ca() {}
const A ca;
A a;
A* ap;
const A* cap;
Acptr acptr;
};
const B* bar(const B* b) {
return b;
}
B *const& cbar(B *const& b) {
return b;
}
}
%{
static int wxEVT_COMMAND_BUTTON_CLICKEDv;
static int *wxEVT_COMMAND_BUTTON_CLICKEDp;
static int **wxEVT_COMMAND_BUTTON_CLICKEDpp = &wxEVT_COMMAND_BUTTON_CLICKEDp;
#if defined(SWIGR)
#undef lang1 /* conflicts with symbol in R internals */
#endif
char lang1[16] = "Hello";
char *langs[] ={ lang1 };
%}
%inline {
#define EWXWEXPORT_VAR
const int* wxEVENT_COMMAND_BUTTON_CLICKEDr = (int*) &wxEVT_COMMAND_BUTTON_CLICKEDv;
const int* wxEVENT_COMMAND_BUTTON_CLICKEDp = (int*) *wxEVT_COMMAND_BUTTON_CLICKEDpp;
char **languages1 = &langs[0];
char **languages2 = (char **)&langs[0];
}
%inline %{
struct Foo {
const int *icap;
};
const int* icap;
const Foo *cap;
%}
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