Arf.

stuff.cpp

template <typename R, typename... Args>
int RegisterGlobalFunction(R(*fptr)(Args...), std::string name, CallConv callconv = callConv<R(*)(Args...)>(nullptr))
{
    int r = engine->RegisterGlobalFunction(decompose(name, fptr).c_str(), AS_::asFunctionPtr(fptr), (AS_::asECallConvTypes)callconv);

    ASThrow(r);

    return r;
}

// Const
template <typename R, typename T, typename... Args>
int RegisterGlobalFunction(R(T::*mfptr)(Args...)const, std::string name, T* instance = nullptr, CallConv callconv = CallConv::Thiscall_global)
{
    if (instance == nullptr)
    { //static member function..I hope
        callconv = CallConv::Cdecl;
    }

    int r = engine->RegisterGlobalFunction(decompose(name, mfptr).c_str(), AS_::asSMethodPtr<sizeof(void (T::*)())>::Convert(mfptr), (AS_::asECallConvTypes)callconv, instance);
    ASThrow(r);
    return r;
}

// Non Const
template <typename R, typename T, typename... Args>
int RegisterGlobalFunction(R(T::*mfptr)(Args...), std::string name, T* instance = nullptr, CallConv callconv = CallConv::Thiscall_global)
{
    if (instance == nullptr)
    { //static member function..I hope
        callconv = CallConv::Cdecl;
    }

    int r = engine->RegisterGlobalFunction(decompose(name, mfptr).c_str(), AS_::asSMethodPtr<sizeof(void (T::*)())>::Convert(mfptr), (AS_::asECallConvTypes)callconv, instance);
    ASThrow(r);
    return r;
}