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// The SIP implementation of the class_callables_module test module.
%Module(name=class_callables_module)
%ModuleHeaderCode
#define NR_ELEMS 5
class Klass
{
public:
Klass() : attr_int(0) {
for (int i = 0; i < NR_ELEMS; i++)
int_list[i] = i;
list_len = NR_ELEMS;
}
static int get_s_attr_int() {return s_attr_int;}
static void set_s_attr_int(int value) {s_attr_int = value;}
int get_attr_int() const {return attr_int;}
void set_attr_int(int value) {attr_int = value;}
int operator-() {return -attr_int;}
bool operator==(const Klass &other) {return attr_int == other.attr_int;}
int operator()(int multiplier) {return attr_int * multiplier;}
int count() const {return list_len;}
int& operator[](int idx) {return int_list[idx];}
void del_item(int idx) {
if (idx < 0 || list_len == 0)
return;
if (idx + 1 < list_len)
while (idx < list_len)
{
int_list[idx] = int_list[idx + 1];
idx++;
}
list_len--;
}
private:
static int s_attr_int;
int attr_int;
int int_list[NR_ELEMS];
int list_len;
};
%End
%ModuleCode
int Klass::s_attr_int = 0;
%End
class Klass
{
public:
Klass();
static int get_s_attr_int();
static void set_s_attr_int(int value);
int get_attr_int() const;
void set_attr_int(int value);
int operator-();
bool operator==(const Klass &other);
int operator()(int multiplier);
int count() const /__len__/;
// Return a reference once it is supported.
int operator[](int idx);
// Remove this once returned references are supported and __setitem__ is
// generated automatically.
void __setitem__(int idx, int value);
%MethodCode
if (a0 < 0 || a0 >= sipCpp->count())
{
PyErr_SetNone(PyExc_IndexError);
return -1;
}
(*sipCpp)[a0] = a1;
%End
void __delitem__(int idx);
%MethodCode
sipCpp->del_item(a0);
%End
};
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