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%module template_nested
#if !defined(SWIGCSHARP) && !defined(SWIGJAVA)
%feature ("flatnested");
#endif
// Test nested templates - that is template classes and template methods within a class.
namespace ns {
template <class T> struct ForwardTemplate;
}
%{
namespace ns {
template <class T> struct ForwardTemplate {
void tmethod(T t) {}
};
}
%}
%inline %{
namespace ns {
class NormalClass {
public:
NormalClass() {}
~NormalClass() {}
};
template <class T> struct NormalTemplate {
void tmethod(T t) {}
};
}
%}
%template(T_NormalTemplateNormalClass) ns::NormalTemplate<ns::NormalClass>;
%template(T_NormalTemplateInt) ns::NormalTemplate<int>;
%template(T_NormalTemplateDouble) ns::NormalTemplate<double>;
%inline %{
namespace ns {
class OuterClass {
public:
template <class T> struct Inner1 {
template <class U> struct SuperInner1 {
void method1(U t) {}
};
template <class V> struct SuperInner2 {
void method1(V t) {}
};
template <class W> void tmethod(W w) {}
template <class X> void tmethodAgain(X x) {}
template <class Y> struct SuperBase : public SuperInner1<Y> {
void method1(Y y) {}
};
};
Inner1<int> useInner1(const Inner1<int>& inner) { return inner; }
template <class Z> void InnerTMethod(Z z) {}
template <class T> class Inner2 : public NormalTemplate<T> {
public:
template <class U> class SuperInner1 {
public:
SuperInner1() {}
void method1(U t) {}
};
template <class V> struct SuperInner2 {
void method1(V t) {}
};
int embeddedVar;
template <class X> void tmethod(X x) {}
template <class Y> struct SuperBase : public SuperInner1<Y> {
void method1(Y y) {}
};
};
Inner2<int> useInner2(const Inner2<int>& inner) { return inner; }
Inner2<NormalClass> useInner2Again(const Inner2<NormalClass>& inner) { return inner; }
#ifdef SWIG
%template(T_OuterClassInner1Double) Inner1<double>;
#endif
int iii;
};
struct ABC {
ABC() {}
~ABC() {}
};
struct TemplateFuncs {
template <class X> X templateMethod1(X x) { return x; }
template <class X> X templateMethod2(X x) { return x; }
};
template <typename UU> struct OuterTemplate {
template <typename VV> struct NestedInnerTemplate1 {
template <typename Z> void NestedInnerInnerTMethod(Z z) {}
void hohum() {}
};
template <typename W> void NestedInnerTMethod(UU u, W w) {}
template <typename VV> struct NestedInnerTemplate2 {
void hohum() {}
};
UU hohum(UU u) { return u; }
template <typename VV> struct NestedInnerTemplate3 : public NestedInnerTemplate2<VV> {
void hohum() {}
};
struct NestedStruct {
NestedStruct() {}
void hohum() {}
};
NestedInnerTemplate1<short> useNestedInnerTemplate1(const NestedInnerTemplate1<short>& inner) { return inner; }
NestedInnerTemplate2<short> useNestedInnerTemplate2(const NestedInnerTemplate2<short>& inner) { return inner; }
NestedInnerTemplate3<short> useNestedInnerTemplate3(const NestedInnerTemplate3<short>& inner) { return inner; }
NestedStruct useNestedStruct(const NestedStruct& inner) { return inner; }
};
}
%}
%extend ns::OuterClass {
%template(T_OuterClassInner2Double) Inner2<double>;
}
%template(T_OuterTMethodNormalClass) ns::OuterClass::InnerTMethod<ns::NormalClass>;
%template(T_TemplateFuncs1Int) ns::TemplateFuncs::templateMethod1<int>;
%template(T_TemplateFuncs2Double) ns::TemplateFuncs::templateMethod2<double>;
%template(T_NestedOuterTemplateDouble) ns::OuterTemplate<double>;
%template(T_OuterClassInner1Int) ns::OuterClass::Inner1<int>;
%template(T_OuterClassInner2NormalClass) ns::OuterClass::Inner2<ns::NormalClass>;
%template(T_OuterClassInner2Int) ns::OuterClass::Inner2<int>;
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