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// Tests classes passed by value, pointer and reference
// Note: C# module has a large runtime test
%warnfilter(SWIGWARN_TYPEMAP_THREAD_UNSAFE,SWIGWARN_TYPEMAP_DIRECTOROUT_PTR) Base::Ref;
%warnfilter(SWIGWARN_TYPEMAP_THREAD_UNSAFE,SWIGWARN_TYPEMAP_DIRECTOROUT_PTR) Base::Ptr;
%warnfilter(SWIGWARN_TYPEMAP_THREAD_UNSAFE,SWIGWARN_TYPEMAP_DIRECTOROUT_PTR) Base::ConstPtrRef;
#ifdef SWIGOCAML
%warnfilter(SWIGWARN_PARSE_KEYWORD) val;
#endif
%module(directors="1") director_classes
%feature("director") Base;
%feature("director") Derived;
%include "std_string.i"
%{
#if defined(__SUNPRO_CC)
#pragma error_messages (off, hidevf)
#endif
%}
%inline %{
#include <cstdio>
#include <iostream>
// Use for debugging
bool PrintDebug = false;
struct DoubleHolder
{
DoubleHolder(double v = 0.0) : val(v) {}
double val;
};
class Base {
protected:
double m_dd;
public:
Base(double dd) : m_dd(dd) {}
virtual ~Base() {}
virtual DoubleHolder Val(DoubleHolder x) { if (PrintDebug) std::cout << "Base - Val(" << x.val << ")" << std::endl; return x; }
virtual DoubleHolder& Ref(DoubleHolder& x) { if (PrintDebug) std::cout << "Base - Ref(" << x.val << ")" << std::endl; return x; }
virtual DoubleHolder* Ptr(DoubleHolder* x) { if (PrintDebug) std::cout << "Base - Ptr(" << x->val << ")" << std::endl; return x; }
virtual DoubleHolder *const& ConstPtrRef(DoubleHolder *const& cprx) { if (PrintDebug) std::cout << "Base - ConstPtrRef(" << cprx->val << ")" << std::endl; return cprx; }
virtual std::string FullyOverloaded(int x) { if (PrintDebug) std::cout << "Base - FullyOverloaded(int " << x << ")" << std::endl; return "Base::FullyOverloaded(int)"; }
virtual std::string FullyOverloaded(bool x) { if (PrintDebug) std::cout << "Base - FullyOverloaded(bool " << x << ")" << std::endl; return "Base::FullyOverloaded(bool)"; }
virtual std::string SemiOverloaded(int x) { if (PrintDebug) std::cout << "Base - SemiOverloaded(int " << x << ")" << std::endl; return "Base::SemiOverloaded(int)"; }
virtual std::string SemiOverloaded(bool x) { if (PrintDebug) std::cout << "Base - SemiOverloaded(bool " << x << ")" << std::endl; return "Base::SemiOverloaded(bool)"; }
virtual std::string DefaultParms(int x, double y = 1.1) {
if (PrintDebug) std::cout << "Base - DefaultParms(" << x << ", " << y << ")" << std::endl;
std::string ret("Base::DefaultParms(int");
if (y!=1.1)
ret = ret + std::string(", double");
ret = ret + std::string(")");
return ret;
}
};
class Derived : public Base {
public:
Derived(double dd) : Base(dd) {}
virtual ~Derived() {}
virtual DoubleHolder Val(DoubleHolder x) { if (PrintDebug) std::cout << "Derived - Val(" << x.val << ")" << std::endl; return x; }
virtual DoubleHolder& Ref(DoubleHolder& x) { if (PrintDebug) std::cout << "Derived - Ref(" << x.val << ")" << std::endl; return x; }
virtual DoubleHolder* Ptr(DoubleHolder* x) { if (PrintDebug) std::cout << "Derived - Ptr(" << x->val << ")" << std::endl; return x; }
virtual DoubleHolder *const& ConstPtrRef(DoubleHolder *const& cprx) { if (PrintDebug) std::cout << "Derived - ConstPtrRef(" << cprx->val << ")" << std::endl; return cprx; }
virtual std::string FullyOverloaded(int x) { if (PrintDebug) std::cout << "Derived - FullyOverloaded(int " << x << ")" << std::endl; return "Derived::FullyOverloaded(int)"; }
virtual std::string FullyOverloaded(bool x) { if (PrintDebug) std::cout << "Derived - FullyOverloaded(bool " << x << ")" << std::endl; return "Derived::FullyOverloaded(bool)"; }
virtual std::string SemiOverloaded(int x) { if (PrintDebug) std::cout << "Derived - SemiOverloaded(int " << x << ")" << std::endl; return "Derived::SemiOverloaded(int)"; }
// No SemiOverloaded(bool x)
virtual std::string DefaultParms(int x, double y = 1.1) {
if (PrintDebug) std::cout << "Derived - DefaultParms(" << x << ", " << y << ")" << std::endl;
std::string ret("Derived::DefaultParms(int");
if (y!=1.1)
ret = ret + std::string(", double");
ret = ret + std::string(")");
return ret;
}
};
class Caller {
private:
Base *m_base;
void delBase() { delete m_base; m_base = 0; }
public:
Caller(): m_base(0) {}
~Caller() { delBase(); }
void set(Base *b) { delBase(); m_base = b; }
void reset() { m_base = 0; }
DoubleHolder ValCall(DoubleHolder x) { return m_base->Val(x); }
DoubleHolder& RefCall(DoubleHolder& x) { return m_base->Ref(x); }
DoubleHolder* PtrCall(DoubleHolder* x) { return m_base->Ptr(x); }
DoubleHolder *const& ConstPtrRefCall(DoubleHolder *const& cprx) { return m_base->ConstPtrRef(cprx); }
std::string FullyOverloadedCall(int x) { return m_base->FullyOverloaded(x); }
std::string FullyOverloadedCall(bool x) { return m_base->FullyOverloaded(x); }
std::string SemiOverloadedCall(int x) { return m_base->SemiOverloaded(x); }
std::string SemiOverloadedCall(bool x) { return m_base->SemiOverloaded(x); }
std::string DefaultParmsCall(int x) { return m_base->DefaultParms(x); }
std::string DefaultParmsCall(int x, double y) { return m_base->DefaultParms(x, y); }
};
%}
%feature(director) BaseClass;
%feature(director) DerivedClass;
%inline %{
class BaseClass
{
public:
virtual ~BaseClass() {};
virtual int dofoo(int& one, int& two, int& three) {return 0;}
};
class DerivedClass : public BaseClass
{
};
%}
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